{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at +1.2 seconds."], "answer": "D) Video 2 starts at +1.4 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_144/cam2.mp4", "videos/kubric_data/scene_144/cam0.mp4", "videos/kubric_data/scene_144/cam1.mp4"], "video_ranges": [[0.4, 3.4], [1.8, 4.8], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +1.8 seconds; Video 3 starts at +1.3 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_404/cam0.mp4", "videos/kubric_data/scene_404/cam2.mp4", "videos/kubric_data/scene_404/cam1.mp4"], "video_ranges": [[2.0, 5.0], [1.8, 4.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at -1.8 seconds; Video 3 starts at -2.0 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.8 seconds.", "videos": ["videos/kubric_data/scene_729/cam1.mp4", "videos/kubric_data/scene_729/cam0.mp4", "videos/kubric_data/scene_729/cam2.mp4"], "video_ranges": [[1.9, 4.9], [1.6, 4.6], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_261/cam2.mp4", "videos/kubric_data/scene_261/cam1.mp4", "videos/kubric_data/scene_261/cam0.mp4"], "video_ranges": [[1.9, 4.9], [1.8, 4.8], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -1.2 seconds."], "answer": "A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_294/cam1.mp4", "videos/kubric_data/scene_294/cam2.mp4", "videos/kubric_data/scene_294/cam0.mp4"], "video_ranges": [[1.0, 4.0], [0.6, 3.6], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at +1.7 seconds; Video 3 starts at +1.3 seconds."], "answer": "C) Video 2 starts at +0.7 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_935/cam0.mp4", "videos/kubric_data/scene_935/cam1.mp4", "videos/kubric_data/scene_935/cam2.mp4"], "video_ranges": [[1.0, 4.0], [1.7, 4.7], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_217/cam2.mp4", "videos/kubric_data/scene_217/cam1.mp4", "videos/kubric_data/scene_217/cam0.mp4"], "video_ranges": [[0.8, 3.8], [0.6, 3.6], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -1.7 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_867/cam2.mp4", "videos/kubric_data/scene_867/cam1.mp4", "videos/kubric_data/scene_867/cam0.mp4"], "video_ranges": [[1.2, 4.2], [1.9, 4.9], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.7 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.7 seconds."], "answer": "C) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_37/cam2.mp4", "videos/kubric_data/scene_37/cam0.mp4", "videos/kubric_data/scene_37/cam1.mp4"], "video_ranges": [[1.2, 4.2], [1.8, 4.8], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at -1.8 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +1.4 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_117/cam1.mp4", "videos/kubric_data/scene_117/cam0.mp4", "videos/kubric_data/scene_117/cam2.mp4"], "video_ranges": [[0.1, 3.1], [0.2, 3.2], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at +1.5 seconds."], "answer": "A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_613/cam0.mp4", "videos/kubric_data/scene_613/cam1.mp4", "videos/kubric_data/scene_613/cam2.mp4"], "video_ranges": [[1.4, 4.4], [1.1, 4.1], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at -1.5 seconds; Video 3 starts at -0.7 seconds."], "answer": "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_40/cam2.mp4", "videos/kubric_data/scene_40/cam0.mp4", "videos/kubric_data/scene_40/cam1.mp4"], "video_ranges": [[0.2, 3.2], [1.3, 4.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +1.0 seconds."], "answer": "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_490/cam2.mp4", "videos/kubric_data/scene_490/cam0.mp4", "videos/kubric_data/scene_490/cam1.mp4"], "video_ranges": [[1.6, 4.6], [1.2, 4.2], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +1.5 seconds.", "C) Video 2 starts at +1.0 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +1.0 seconds."], "answer": "A) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_702/cam0.mp4", "videos/kubric_data/scene_702/cam1.mp4", "videos/kubric_data/scene_702/cam2.mp4"], "video_ranges": [[1.2, 4.2], [1.8, 4.8], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.4 seconds."], "answer": "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_8/cam1.mp4", "videos/kubric_data/scene_8/cam0.mp4", "videos/kubric_data/scene_8/cam2.mp4"], "video_ranges": [[0.6, 3.6], [1.1, 4.1], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +1.4 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.7 seconds."], "answer": "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_375/cam0.mp4", "videos/kubric_data/scene_375/cam2.mp4", "videos/kubric_data/scene_375/cam1.mp4"], "video_ranges": [[1.7, 4.7], [0.5, 3.5], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -1.7 seconds.", "B) Video 2 starts at +2.0 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.3 seconds."], "answer": "C) Video 2 starts at -0.5 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_464/cam0.mp4", "videos/kubric_data/scene_464/cam1.mp4", "videos/kubric_data/scene_464/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.3, 3.3], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.1 seconds."], "answer": "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_845/cam1.mp4", "videos/kubric_data/scene_845/cam0.mp4", "videos/kubric_data/scene_845/cam2.mp4"], "video_ranges": [[0.6, 3.6], [1.8, 4.8], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +1.7 seconds.", "C) Video 2 starts at +2.0 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +0.4 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_125/cam2.mp4", "videos/kubric_data/scene_125/cam0.mp4", "videos/kubric_data/scene_125/cam1.mp4"], "video_ranges": [[0.1, 3.1], [0.5, 3.5], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.4 seconds.", "videos": ["videos/kubric_data/scene_562/cam0.mp4", "videos/kubric_data/scene_562/cam2.mp4", "videos/kubric_data/scene_562/cam1.mp4"], "video_ranges": [[1.4, 4.4], [0.8, 3.8], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at +0.7 seconds."], "answer": "D) Video 2 starts at +0.9 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_74/cam2.mp4", "videos/kubric_data/scene_74/cam0.mp4", "videos/kubric_data/scene_74/cam1.mp4"], "video_ranges": [[0.3, 3.3], [1.2, 4.2], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at +1.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at -0.1 seconds."], "answer": "B) Video 2 starts at +1.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_258/cam1.mp4", "videos/kubric_data/scene_258/cam0.mp4", "videos/kubric_data/scene_258/cam2.mp4"], "video_ranges": [[0.1, 3.1], [1.9, 4.9], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_591/cam1.mp4", "videos/kubric_data/scene_591/cam2.mp4", "videos/kubric_data/scene_591/cam0.mp4"], "video_ranges": [[0.5, 3.5], [0.8, 3.8], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.4 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.0 seconds."], "answer": "A) Video 2 starts at +1.4 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_983/cam2.mp4", "videos/kubric_data/scene_983/cam1.mp4", "videos/kubric_data/scene_983/cam0.mp4"], "video_ranges": [[0.6, 3.6], [2.0, 5.0], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.5 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at -0.3 seconds."], "answer": "C) Video 2 starts at -1.5 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_869/cam2.mp4", "videos/kubric_data/scene_869/cam1.mp4", "videos/kubric_data/scene_869/cam0.mp4"], "video_ranges": [[1.7, 4.7], [0.2, 3.2], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at +1.7 seconds."], "answer": "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_864/cam2.mp4", "videos/kubric_data/scene_864/cam0.mp4", "videos/kubric_data/scene_864/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.7, 3.7], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_826/cam1.mp4", "videos/kubric_data/scene_826/cam2.mp4", "videos/kubric_data/scene_826/cam0.mp4"], "video_ranges": [[1.8, 4.8], [1.6, 4.6], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -1.5 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.5 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at -1.5 seconds.", "videos": ["videos/kubric_data/scene_451/cam0.mp4", "videos/kubric_data/scene_451/cam2.mp4", "videos/kubric_data/scene_451/cam1.mp4"], "video_ranges": [[1.9, 4.9], [2.0, 5.0], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_314/cam0.mp4", "videos/kubric_data/scene_314/cam1.mp4", "videos/kubric_data/scene_314/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.8, 3.8], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_386/cam2.mp4", "videos/kubric_data/scene_386/cam1.mp4", "videos/kubric_data/scene_386/cam0.mp4"], "video_ranges": [[1.6, 4.6], [1.9, 4.9], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at +1.7 seconds; Video 3 starts at +1.4 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at +1.7 seconds; Video 3 starts at +1.4 seconds.", "videos": ["videos/kubric_data/scene_452/cam2.mp4", "videos/kubric_data/scene_452/cam1.mp4", "videos/kubric_data/scene_452/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.8, 4.8], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.9 seconds."], "answer": "A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_876/cam2.mp4", "videos/kubric_data/scene_876/cam0.mp4", "videos/kubric_data/scene_876/cam1.mp4"], "video_ranges": [[1.6, 4.6], [0.8, 3.8], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -1.7 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.3 seconds."], "answer": "C) Video 2 starts at -1.7 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_653/cam2.mp4", "videos/kubric_data/scene_653/cam1.mp4", "videos/kubric_data/scene_653/cam0.mp4"], "video_ranges": [[1.9, 4.9], [0.2, 3.2], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +1.2 seconds."], "answer": "D) Video 2 starts at +1.6 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_118/cam2.mp4", "videos/kubric_data/scene_118/cam0.mp4", "videos/kubric_data/scene_118/cam1.mp4"], "video_ranges": [[0.3, 3.3], [1.9, 4.9], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.8 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_458/cam2.mp4", "videos/kubric_data/scene_458/cam0.mp4", "videos/kubric_data/scene_458/cam1.mp4"], "video_ranges": [[1.3, 4.3], [1.7, 4.7], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -2.0 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -1.6 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.3 seconds."], "answer": "A) Video 2 starts at -2.0 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_273/cam0.mp4", "videos/kubric_data/scene_273/cam1.mp4", "videos/kubric_data/scene_273/cam2.mp4"], "video_ranges": [[2.0, 5.0], [0.0, 3.0], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +1.4 seconds."], "answer": "B) Video 2 starts at +0.1 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_760/cam2.mp4", "videos/kubric_data/scene_760/cam1.mp4", "videos/kubric_data/scene_760/cam0.mp4"], "video_ranges": [[1.8, 4.8], [1.9, 4.9], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.6 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds."], "answer": "A) Video 2 starts at -1.6 seconds; Video 3 starts at -1.1 seconds.", "videos": ["videos/kubric_data/scene_671/cam0.mp4", "videos/kubric_data/scene_671/cam1.mp4", "videos/kubric_data/scene_671/cam2.mp4"], "video_ranges": [[1.6, 4.6], [0.0, 3.0], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at +1.5 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +1.9 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.7 seconds."], "answer": "C) Video 2 starts at +1.9 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_942/cam1.mp4", "videos/kubric_data/scene_942/cam2.mp4", "videos/kubric_data/scene_942/cam0.mp4"], "video_ranges": [[0.1, 3.1], [2.0, 5.0], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds."], "answer": "D) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_256/cam2.mp4", "videos/kubric_data/scene_256/cam1.mp4", "videos/kubric_data/scene_256/cam0.mp4"], "video_ranges": [[1.7, 4.7], [1.3, 4.3], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_522/cam1.mp4", "videos/kubric_data/scene_522/cam0.mp4", "videos/kubric_data/scene_522/cam2.mp4"], "video_ranges": [[0.7, 3.7], [1.2, 4.2], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.9 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_899/cam0.mp4", "videos/kubric_data/scene_899/cam2.mp4", "videos/kubric_data/scene_899/cam1.mp4"], "video_ranges": [[0.9, 3.9], [0.3, 3.3], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -1.5 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at -1.5 seconds.", "videos": ["videos/kubric_data/scene_249/cam2.mp4", "videos/kubric_data/scene_249/cam1.mp4", "videos/kubric_data/scene_249/cam0.mp4"], "video_ranges": [[1.6, 4.6], [1.7, 4.7], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at -1.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -1.7 seconds; Video 3 starts at -1.1 seconds."], "answer": "C) Video 2 starts at -1.6 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_953/cam0.mp4", "videos/kubric_data/scene_953/cam2.mp4", "videos/kubric_data/scene_953/cam1.mp4"], "video_ranges": [[1.7, 4.7], [0.1, 3.1], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_787/cam0.mp4", "videos/kubric_data/scene_787/cam2.mp4", "videos/kubric_data/scene_787/cam1.mp4"], "video_ranges": [[1.1, 4.1], [1.8, 4.8], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.8 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_711/cam2.mp4", "videos/kubric_data/scene_711/cam0.mp4", "videos/kubric_data/scene_711/cam1.mp4"], "video_ranges": [[0.7, 3.7], [0.8, 3.8], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_962/cam2.mp4", "videos/kubric_data/scene_962/cam1.mp4", "videos/kubric_data/scene_962/cam0.mp4"], "video_ranges": [[1.2, 4.2], [2.0, 5.0], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +1.2 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_581/cam1.mp4", "videos/kubric_data/scene_581/cam2.mp4", "videos/kubric_data/scene_581/cam0.mp4"], "video_ranges": [[1.9, 4.9], [1.6, 4.6], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -0.3 seconds."], "answer": "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_80/cam0.mp4", "videos/kubric_data/scene_80/cam2.mp4", "videos/kubric_data/scene_80/cam1.mp4"], "video_ranges": [[1.0, 4.0], [1.8, 4.8], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.5 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.8 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_947/cam0.mp4", "videos/kubric_data/scene_947/cam2.mp4", "videos/kubric_data/scene_947/cam1.mp4"], "video_ranges": [[1.2, 4.2], [1.3, 4.3], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_946/cam2.mp4", "videos/kubric_data/scene_946/cam1.mp4", "videos/kubric_data/scene_946/cam0.mp4"], "video_ranges": [[1.6, 4.6], [1.7, 4.7], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.5 seconds."], "answer": "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_709/cam2.mp4", "videos/kubric_data/scene_709/cam1.mp4", "videos/kubric_data/scene_709/cam0.mp4"], "video_ranges": [[0.3, 3.3], [1.3, 4.3], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -1.9 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at +0.2 seconds."], "answer": "C) Video 2 starts at -1.9 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_531/cam0.mp4", "videos/kubric_data/scene_531/cam2.mp4", "videos/kubric_data/scene_531/cam1.mp4"], "video_ranges": [[1.9, 4.9], [0.0, 3.0], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -1.6 seconds."], "answer": "A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_367/cam1.mp4", "videos/kubric_data/scene_367/cam0.mp4", "videos/kubric_data/scene_367/cam2.mp4"], "video_ranges": [[2.0, 5.0], [0.8, 3.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.1 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at +1.7 seconds."], "answer": "D) Video 2 starts at +1.4 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_480/cam1.mp4", "videos/kubric_data/scene_480/cam2.mp4", "videos/kubric_data/scene_480/cam0.mp4"], "video_ranges": [[0.0, 3.0], [1.4, 4.4], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.3 seconds."], "answer": "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_472/cam2.mp4", "videos/kubric_data/scene_472/cam1.mp4", "videos/kubric_data/scene_472/cam0.mp4"], "video_ranges": [[1.3, 4.3], [0.5, 3.5], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.4 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_907/cam0.mp4", "videos/kubric_data/scene_907/cam2.mp4", "videos/kubric_data/scene_907/cam1.mp4"], "video_ranges": [[1.4, 4.4], [2.0, 5.0], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -1.8 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.0 seconds."], "answer": "C) Video 2 starts at -0.8 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_865/cam1.mp4", "videos/kubric_data/scene_865/cam0.mp4", "videos/kubric_data/scene_865/cam2.mp4"], "video_ranges": [[1.5, 4.5], [0.8, 3.8], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.6 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.7 seconds."], "answer": "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_807/cam2.mp4", "videos/kubric_data/scene_807/cam1.mp4", "videos/kubric_data/scene_807/cam0.mp4"], "video_ranges": [[1.1, 4.1], [0.8, 3.8], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at -1.6 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at -1.4 seconds.", "videos": ["videos/kubric_data/scene_958/cam2.mp4", "videos/kubric_data/scene_958/cam1.mp4", "videos/kubric_data/scene_958/cam0.mp4"], "video_ranges": [[1.5, 4.5], [1.8, 4.8], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at -1.8 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -1.8 seconds; Video 3 starts at -1.6 seconds."], "answer": "D) Video 2 starts at -1.8 seconds; Video 3 starts at -1.6 seconds.", "videos": ["videos/kubric_data/scene_612/cam1.mp4", "videos/kubric_data/scene_612/cam0.mp4", "videos/kubric_data/scene_612/cam2.mp4"], "video_ranges": [[1.9, 4.9], [0.2, 3.2], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -1.8 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at -0.4 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_400/cam1.mp4", "videos/kubric_data/scene_400/cam0.mp4", "videos/kubric_data/scene_400/cam2.mp4"], "video_ranges": [[0.4, 3.4], [0.1, 3.1], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.8 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.8 seconds.", "videos": ["videos/kubric_data/scene_680/cam0.mp4", "videos/kubric_data/scene_680/cam1.mp4", "videos/kubric_data/scene_680/cam2.mp4"], "video_ranges": [[0.0, 3.0], [0.2, 3.2], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +1.6 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds."], "answer": "B) Video 2 starts at +1.6 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_255/cam1.mp4", "videos/kubric_data/scene_255/cam0.mp4", "videos/kubric_data/scene_255/cam2.mp4"], "video_ranges": [[0.3, 3.3], [1.9, 4.9], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +1.8 seconds.", "B) Video 2 starts at -1.5 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +1.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds."], "answer": "C) Video 2 starts at +1.6 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_17/cam1.mp4", "videos/kubric_data/scene_17/cam0.mp4", "videos/kubric_data/scene_17/cam2.mp4"], "video_ranges": [[0.4, 3.4], [2.0, 5.0], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -1.9 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_923/cam2.mp4", "videos/kubric_data/scene_923/cam0.mp4", "videos/kubric_data/scene_923/cam1.mp4"], "video_ranges": [[0.8, 3.8], [1.7, 4.7], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -1.1 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +1.8 seconds; Video 3 starts at +1.3 seconds."], "answer": "A) Video 2 starts at -0.3 seconds; Video 3 starts at +1.0 seconds.", "videos": ["videos/kubric_data/scene_687/cam2.mp4", "videos/kubric_data/scene_687/cam1.mp4", "videos/kubric_data/scene_687/cam0.mp4"], "video_ranges": [[0.5, 3.5], [0.2, 3.2], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -1.5 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at -1.1 seconds."], "answer": "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_749/cam0.mp4", "videos/kubric_data/scene_749/cam2.mp4", "videos/kubric_data/scene_749/cam1.mp4"], "video_ranges": [[1.2, 4.2], [1.4, 4.4], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.1 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -1.8 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at -1.8 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_51/cam0.mp4", "videos/kubric_data/scene_51/cam2.mp4", "videos/kubric_data/scene_51/cam1.mp4"], "video_ranges": [[1.8, 4.8], [0.0, 3.0], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.4 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -1.6 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at +1.2 seconds."], "answer": "A) Video 2 starts at +1.4 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_730/cam1.mp4", "videos/kubric_data/scene_730/cam0.mp4", "videos/kubric_data/scene_730/cam2.mp4"], "video_ranges": [[0.4, 3.4], [1.8, 4.8], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +1.0 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -0.9 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_60/cam2.mp4", "videos/kubric_data/scene_60/cam0.mp4", "videos/kubric_data/scene_60/cam1.mp4"], "video_ranges": [[0.9, 3.9], [1.7, 4.7], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_976/cam0.mp4", "videos/kubric_data/scene_976/cam1.mp4", "videos/kubric_data/scene_976/cam2.mp4"], "video_ranges": [[0.3, 3.3], [1.2, 4.2], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_497/cam0.mp4", "videos/kubric_data/scene_497/cam2.mp4", "videos/kubric_data/scene_497/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.2, 4.2], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -1.6 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_10/cam1.mp4", "videos/kubric_data/scene_10/cam0.mp4", "videos/kubric_data/scene_10/cam2.mp4"], "video_ranges": [[0.2, 3.2], [0.0, 3.0], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_567/cam2.mp4", "videos/kubric_data/scene_567/cam0.mp4", "videos/kubric_data/scene_567/cam1.mp4"], "video_ranges": [[0.3, 3.3], [0.4, 3.4], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.3 seconds."], "answer": "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_401/cam0.mp4", "videos/kubric_data/scene_401/cam1.mp4", "videos/kubric_data/scene_401/cam2.mp4"], "video_ranges": [[0.1, 3.1], [0.8, 3.8], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.3 seconds."], "answer": "B) Video 2 starts at +0.5 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_739/cam1.mp4", "videos/kubric_data/scene_739/cam0.mp4", "videos/kubric_data/scene_739/cam2.mp4"], "video_ranges": [[1.5, 4.5], [2.0, 5.0], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.7 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -1.5 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at +1.0 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_805/cam2.mp4", "videos/kubric_data/scene_805/cam0.mp4", "videos/kubric_data/scene_805/cam1.mp4"], "video_ranges": [[0.5, 3.5], [1.5, 4.5], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at +1.4 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_485/cam0.mp4", "videos/kubric_data/scene_485/cam2.mp4", "videos/kubric_data/scene_485/cam1.mp4"], "video_ranges": [[0.9, 3.9], [1.1, 4.1], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.3 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at -1.7 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +0.2 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_519/cam1.mp4", "videos/kubric_data/scene_519/cam0.mp4", "videos/kubric_data/scene_519/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.5, 3.5], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -0.5 seconds."], "answer": "A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_906/cam1.mp4", "videos/kubric_data/scene_906/cam0.mp4", "videos/kubric_data/scene_906/cam2.mp4"], "video_ranges": [[1.5, 4.5], [1.2, 4.2], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_663/cam2.mp4", "videos/kubric_data/scene_663/cam0.mp4", "videos/kubric_data/scene_663/cam1.mp4"], "video_ranges": [[1.9, 4.9], [1.3, 4.3], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at +0.2 seconds."], "answer": "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_306/cam1.mp4", "videos/kubric_data/scene_306/cam0.mp4", "videos/kubric_data/scene_306/cam2.mp4"], "video_ranges": [[1.1, 4.1], [0.2, 3.2], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds."], "answer": "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_105/cam0.mp4", "videos/kubric_data/scene_105/cam1.mp4", "videos/kubric_data/scene_105/cam2.mp4"], "video_ranges": [[0.1, 3.1], [1.4, 4.4], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_909/cam2.mp4", "videos/kubric_data/scene_909/cam0.mp4", "videos/kubric_data/scene_909/cam1.mp4"], "video_ranges": [[1.8, 4.8], [2.0, 5.0], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +1.5 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -1.2 seconds."], "answer": "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_803/cam0.mp4", "videos/kubric_data/scene_803/cam1.mp4", "videos/kubric_data/scene_803/cam2.mp4"], "video_ranges": [[2.0, 5.0], [1.6, 4.6], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at -1.5 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds."], "answer": "A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_808/cam2.mp4", "videos/kubric_data/scene_808/cam1.mp4", "videos/kubric_data/scene_808/cam0.mp4"], "video_ranges": [[0.5, 3.5], [0.4, 3.4], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at -1.4 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_313/cam1.mp4", "videos/kubric_data/scene_313/cam0.mp4", "videos/kubric_data/scene_313/cam2.mp4"], "video_ranges": [[1.6, 4.6], [0.2, 3.2], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -0.9 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_474/cam0.mp4", "videos/kubric_data/scene_474/cam2.mp4", "videos/kubric_data/scene_474/cam1.mp4"], "video_ranges": [[0.9, 3.9], [1.7, 4.7], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -1.2 seconds."], "answer": "A) Video 2 starts at -1.2 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_825/cam1.mp4", "videos/kubric_data/scene_825/cam0.mp4", "videos/kubric_data/scene_825/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.0, 3.0], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.7 seconds."], "answer": "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_138/cam2.mp4", "videos/kubric_data/scene_138/cam0.mp4", "videos/kubric_data/scene_138/cam1.mp4"], "video_ranges": [[0.7, 3.7], [0.4, 3.4], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.4 seconds."], "answer": "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_943/cam0.mp4", "videos/kubric_data/scene_943/cam2.mp4", "videos/kubric_data/scene_943/cam1.mp4"], "video_ranges": [[0.5, 3.5], [1.0, 4.0], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -1.7 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at -0.4 seconds."], "answer": "A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_668/cam0.mp4", "videos/kubric_data/scene_668/cam1.mp4", "videos/kubric_data/scene_668/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.0, 3.0], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +1.0 seconds."], "answer": "B) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_847/cam2.mp4", "videos/kubric_data/scene_847/cam1.mp4", "videos/kubric_data/scene_847/cam0.mp4"], "video_ranges": [[0.0, 3.0], [1.3, 4.3], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds."], "answer": "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_389/cam0.mp4", "videos/kubric_data/scene_389/cam2.mp4", "videos/kubric_data/scene_389/cam1.mp4"], "video_ranges": [[1.9, 4.9], [1.1, 4.1], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_737/cam1.mp4", "videos/kubric_data/scene_737/cam0.mp4", "videos/kubric_data/scene_737/cam2.mp4"], "video_ranges": [[0.2, 3.2], [1.4, 4.4], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -0.9 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at +1.2 seconds."], "answer": "C) Video 2 starts at +0.1 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_141/cam0.mp4", "videos/kubric_data/scene_141/cam2.mp4", "videos/kubric_data/scene_141/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.8, 4.8], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -1.6 seconds."], "answer": "A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_797/cam2.mp4", "videos/kubric_data/scene_797/cam0.mp4", "videos/kubric_data/scene_797/cam1.mp4"], "video_ranges": [[1.8, 4.8], [0.7, 3.7], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +1.3 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -0.4 seconds."], "answer": "B) Video 2 starts at -0.7 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_361/cam0.mp4", "videos/kubric_data/scene_361/cam2.mp4", "videos/kubric_data/scene_361/cam1.mp4"], "video_ranges": [[1.6, 4.6], [0.9, 3.9], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at -1.4 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at -1.0 seconds."], "answer": "D) Video 2 starts at -0.5 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_250/cam0.mp4", "videos/kubric_data/scene_250/cam2.mp4", "videos/kubric_data/scene_250/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.3, 4.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -1.4 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_155/cam0.mp4", "videos/kubric_data/scene_155/cam2.mp4", "videos/kubric_data/scene_155/cam1.mp4"], "video_ranges": [[1.3, 4.3], [1.6, 4.6], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.6 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +1.8 seconds; Video 3 starts at +1.7 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.6 seconds.", "videos": ["videos/kubric_data/scene_590/cam0.mp4", "videos/kubric_data/scene_590/cam1.mp4", "videos/kubric_data/scene_590/cam2.mp4"], "video_ranges": [[0.4, 3.4], [1.2, 4.2], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_903/cam0.mp4", "videos/kubric_data/scene_903/cam1.mp4", "videos/kubric_data/scene_903/cam2.mp4"], "video_ranges": [[1.2, 4.2], [1.8, 4.8], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at +1.8 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -1.4 seconds."], "answer": "C) Video 2 starts at +1.8 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_708/cam1.mp4", "videos/kubric_data/scene_708/cam0.mp4", "videos/kubric_data/scene_708/cam2.mp4"], "video_ranges": [[0.1, 3.1], [1.8, 4.8], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -1.8 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -1.3 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds."], "answer": "A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_718/cam0.mp4", "videos/kubric_data/scene_718/cam2.mp4", "videos/kubric_data/scene_718/cam1.mp4"], "video_ranges": [[0.4, 3.4], [1.3, 4.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at +0.6 seconds."], "answer": "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_5/cam0.mp4", "videos/kubric_data/scene_5/cam2.mp4", "videos/kubric_data/scene_5/cam1.mp4"], "video_ranges": [[1.4, 4.4], [0.7, 3.7], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.8 seconds."], "answer": "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_721/cam0.mp4", "videos/kubric_data/scene_721/cam1.mp4", "videos/kubric_data/scene_721/cam2.mp4"], "video_ranges": [[0.5, 3.5], [0.9, 3.9], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at +1.2 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_819/cam2.mp4", "videos/kubric_data/scene_819/cam0.mp4", "videos/kubric_data/scene_819/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.8, 4.8], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.5 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at -0.8 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.5 seconds.", "videos": ["videos/kubric_data/scene_425/cam2.mp4", "videos/kubric_data/scene_425/cam1.mp4", "videos/kubric_data/scene_425/cam0.mp4"], "video_ranges": [[0.2, 3.2], [0.4, 3.4], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.5 seconds."], "answer": "B) Video 2 starts at -0.1 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_651/cam1.mp4", "videos/kubric_data/scene_651/cam2.mp4", "videos/kubric_data/scene_651/cam0.mp4"], "video_ranges": [[2.0, 5.0], [1.9, 4.9], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -1.5 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -0.4 seconds."], "answer": "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_165/cam2.mp4", "videos/kubric_data/scene_165/cam1.mp4", "videos/kubric_data/scene_165/cam0.mp4"], "video_ranges": [[0.4, 3.4], [0.3, 3.3], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.9 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_560/cam0.mp4", "videos/kubric_data/scene_560/cam1.mp4", "videos/kubric_data/scene_560/cam2.mp4"], "video_ranges": [[1.1, 4.1], [1.2, 4.2], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.5 seconds."], "answer": "C) Video 2 starts at +0.1 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_12/cam1.mp4", "videos/kubric_data/scene_12/cam2.mp4", "videos/kubric_data/scene_12/cam0.mp4"], "video_ranges": [[0.7, 3.7], [0.8, 3.8], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.4 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_891/cam0.mp4", "videos/kubric_data/scene_891/cam1.mp4", "videos/kubric_data/scene_891/cam2.mp4"], "video_ranges": [[1.9, 4.9], [1.8, 4.8], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +0.7 seconds."], "answer": "A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_744/cam2.mp4", "videos/kubric_data/scene_744/cam0.mp4", "videos/kubric_data/scene_744/cam1.mp4"], "video_ranges": [[1.2, 4.2], [1.5, 4.5], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -1.9 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +1.4 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +1.0 seconds."], "answer": "D) Video 2 starts at +0.6 seconds; Video 3 starts at +1.0 seconds.", "videos": ["videos/kubric_data/scene_777/cam1.mp4", "videos/kubric_data/scene_777/cam2.mp4", "videos/kubric_data/scene_777/cam0.mp4"], "video_ranges": [[0.2, 3.2], [0.8, 3.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at +1.6 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +0.8 seconds."], "answer": "A) Video 2 starts at -0.8 seconds; Video 3 starts at +1.0 seconds.", "videos": ["videos/kubric_data/scene_728/cam2.mp4", "videos/kubric_data/scene_728/cam1.mp4", "videos/kubric_data/scene_728/cam0.mp4"], "video_ranges": [[0.9, 3.9], [0.2, 3.2], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +1.3 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_179/cam2.mp4", "videos/kubric_data/scene_179/cam1.mp4", "videos/kubric_data/scene_179/cam0.mp4"], "video_ranges": [[1.1, 4.1], [1.7, 4.7], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -1.5 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.4 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_607/cam1.mp4", "videos/kubric_data/scene_607/cam0.mp4", "videos/kubric_data/scene_607/cam2.mp4"], "video_ranges": [[1.9, 4.9], [1.8, 4.8], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +1.8 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +1.2 seconds."], "answer": "B) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_767/cam2.mp4", "videos/kubric_data/scene_767/cam1.mp4", "videos/kubric_data/scene_767/cam0.mp4"], "video_ranges": [[1.4, 4.4], [0.7, 3.7], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds."], "answer": "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_351/cam0.mp4", "videos/kubric_data/scene_351/cam1.mp4", "videos/kubric_data/scene_351/cam2.mp4"], "video_ranges": [[0.0, 3.0], [1.3, 4.3], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -2.0 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at +1.9 seconds."], "answer": "B) Video 2 starts at -0.1 seconds; Video 3 starts at -2.0 seconds.", "videos": ["videos/kubric_data/scene_33/cam1.mp4", "videos/kubric_data/scene_33/cam0.mp4", "videos/kubric_data/scene_33/cam2.mp4"], "video_ranges": [[2.0, 5.0], [1.9, 4.9], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.1 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -1.1 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at -1.1 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_546/cam0.mp4", "videos/kubric_data/scene_546/cam2.mp4", "videos/kubric_data/scene_546/cam1.mp4"], "video_ranges": [[1.2, 4.2], [0.1, 3.1], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at -0.7 seconds."], "answer": "A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_45/cam0.mp4", "videos/kubric_data/scene_45/cam1.mp4", "videos/kubric_data/scene_45/cam2.mp4"], "video_ranges": [[0.8, 3.8], [1.7, 4.7], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at -0.4 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_190/cam2.mp4", "videos/kubric_data/scene_190/cam1.mp4", "videos/kubric_data/scene_190/cam0.mp4"], "video_ranges": [[1.7, 4.7], [1.4, 4.4], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.9 seconds."], "answer": "C) Video 2 starts at +0.4 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_593/cam1.mp4", "videos/kubric_data/scene_593/cam2.mp4", "videos/kubric_data/scene_593/cam0.mp4"], "video_ranges": [[1.4, 4.4], [1.8, 4.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_528/cam2.mp4", "videos/kubric_data/scene_528/cam0.mp4", "videos/kubric_data/scene_528/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.2, 3.2], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.4 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_347/cam0.mp4", "videos/kubric_data/scene_347/cam1.mp4", "videos/kubric_data/scene_347/cam2.mp4"], "video_ranges": [[0.4, 3.4], [1.2, 4.2], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -1.9 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at +0.9 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_85/cam2.mp4", "videos/kubric_data/scene_85/cam0.mp4", "videos/kubric_data/scene_85/cam1.mp4"], "video_ranges": [[0.7, 3.7], [1.6, 4.6], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.3 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.3 seconds."], "answer": "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_227/cam0.mp4", "videos/kubric_data/scene_227/cam1.mp4", "videos/kubric_data/scene_227/cam2.mp4"], "video_ranges": [[1.2, 4.2], [1.1, 4.1], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -1.3 seconds; Video 3 starts at -1.9 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds."], "answer": "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_968/cam0.mp4", "videos/kubric_data/scene_968/cam2.mp4", "videos/kubric_data/scene_968/cam1.mp4"], "video_ranges": [[0.8, 3.8], [1.4, 4.4], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at +0.1 seconds."], "answer": "A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.1 seconds.", "videos": ["videos/kubric_data/scene_381/cam1.mp4", "videos/kubric_data/scene_381/cam0.mp4", "videos/kubric_data/scene_381/cam2.mp4"], "video_ranges": [[1.7, 4.7], [1.1, 4.1], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -1.8 seconds; Video 3 starts at -1.7 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at +0.5 seconds."], "answer": "D) Video 2 starts at +1.1 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_564/cam0.mp4", "videos/kubric_data/scene_564/cam2.mp4", "videos/kubric_data/scene_564/cam1.mp4"], "video_ranges": [[0.7, 3.7], [1.8, 4.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.6 seconds."], "answer": "A) Video 2 starts at -0.5 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_388/cam0.mp4", "videos/kubric_data/scene_388/cam2.mp4", "videos/kubric_data/scene_388/cam1.mp4"], "video_ranges": [[1.6, 4.6], [1.1, 4.1], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at +1.5 seconds; Video 3 starts at +0.6 seconds."], "answer": "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_334/cam1.mp4", "videos/kubric_data/scene_334/cam0.mp4", "videos/kubric_data/scene_334/cam2.mp4"], "video_ranges": [[1.3, 4.3], [0.2, 3.2], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.5 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_221/cam2.mp4", "videos/kubric_data/scene_221/cam1.mp4", "videos/kubric_data/scene_221/cam0.mp4"], "video_ranges": [[1.0, 4.0], [1.8, 4.8], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at +1.4 seconds; Video 3 starts at +1.9 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at -1.1 seconds."], "answer": "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_896/cam0.mp4", "videos/kubric_data/scene_896/cam2.mp4", "videos/kubric_data/scene_896/cam1.mp4"], "video_ranges": [[1.4, 4.4], [0.9, 3.9], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +0.8 seconds."], "answer": "D) Video 2 starts at +1.2 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_366/cam1.mp4", "videos/kubric_data/scene_366/cam0.mp4", "videos/kubric_data/scene_366/cam2.mp4"], "video_ranges": [[0.8, 3.8], [2.0, 5.0], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.5 seconds."], "answer": "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_938/cam2.mp4", "videos/kubric_data/scene_938/cam0.mp4", "videos/kubric_data/scene_938/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.6, 4.6], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.3 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at +0.9 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_453/cam0.mp4", "videos/kubric_data/scene_453/cam1.mp4", "videos/kubric_data/scene_453/cam2.mp4"], "video_ranges": [[0.7, 3.7], [0.9, 3.9], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +1.6 seconds.", "C) Video 2 starts at +1.4 seconds; Video 3 starts at +1.6 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_992/cam0.mp4", "videos/kubric_data/scene_992/cam1.mp4", "videos/kubric_data/scene_992/cam2.mp4"], "video_ranges": [[0.8, 3.8], [1.0, 4.0], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.4 seconds."], "answer": "B) Video 2 starts at -0.9 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_299/cam2.mp4", "videos/kubric_data/scene_299/cam0.mp4", "videos/kubric_data/scene_299/cam1.mp4"], "video_ranges": [[1.6, 4.6], [0.7, 3.7], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.7 seconds."], "answer": "A) Video 2 starts at -0.9 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_122/cam0.mp4", "videos/kubric_data/scene_122/cam2.mp4", "videos/kubric_data/scene_122/cam1.mp4"], "video_ranges": [[0.9, 3.9], [0.0, 3.0], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.4 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at -0.6 seconds."], "answer": "C) Video 2 starts at -0.7 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_918/cam1.mp4", "videos/kubric_data/scene_918/cam0.mp4", "videos/kubric_data/scene_918/cam2.mp4"], "video_ranges": [[1.9, 4.9], [1.2, 4.2], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.9 seconds."], "answer": "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_897/cam2.mp4", "videos/kubric_data/scene_897/cam1.mp4", "videos/kubric_data/scene_897/cam0.mp4"], "video_ranges": [[1.3, 4.3], [0.4, 3.4], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds."], "answer": "A) Video 2 starts at -1.0 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_321/cam1.mp4", "videos/kubric_data/scene_321/cam2.mp4", "videos/kubric_data/scene_321/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.8, 3.8], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -1.1 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at -1.7 seconds; Video 3 starts at -0.1 seconds."], "answer": "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_877/cam2.mp4", "videos/kubric_data/scene_877/cam0.mp4", "videos/kubric_data/scene_877/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.8, 4.8], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -1.4 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at +0.1 seconds."], "answer": "D) Video 2 starts at -0.4 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_254/cam0.mp4", "videos/kubric_data/scene_254/cam1.mp4", "videos/kubric_data/scene_254/cam2.mp4"], "video_ranges": [[1.7, 4.7], [1.2, 4.2], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.9 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.1 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_281/cam0.mp4", "videos/kubric_data/scene_281/cam1.mp4", "videos/kubric_data/scene_281/cam2.mp4"], "video_ranges": [[1.3, 4.3], [1.7, 4.7], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_697/cam0.mp4", "videos/kubric_data/scene_697/cam1.mp4", "videos/kubric_data/scene_697/cam2.mp4"], "video_ranges": [[0.5, 3.5], [0.6, 3.6], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -1.1 seconds."], "answer": "A) Video 2 starts at +0.3 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_194/cam1.mp4", "videos/kubric_data/scene_194/cam2.mp4", "videos/kubric_data/scene_194/cam0.mp4"], "video_ranges": [[1.1, 4.1], [1.4, 4.4], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at -0.9 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_964/cam1.mp4", "videos/kubric_data/scene_964/cam2.mp4", "videos/kubric_data/scene_964/cam0.mp4"], "video_ranges": [[1.6, 4.6], [0.7, 3.7], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at +1.1 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at -0.4 seconds."], "answer": "A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_811/cam0.mp4", "videos/kubric_data/scene_811/cam2.mp4", "videos/kubric_data/scene_811/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.3, 4.3], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.9 seconds."], "answer": "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_394/cam2.mp4", "videos/kubric_data/scene_394/cam0.mp4", "videos/kubric_data/scene_394/cam1.mp4"], "video_ranges": [[1.2, 4.2], [0.5, 3.5], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.5 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_872/cam0.mp4", "videos/kubric_data/scene_872/cam1.mp4", "videos/kubric_data/scene_872/cam2.mp4"], "video_ranges": [[0.9, 3.9], [1.0, 4.0], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds."], "answer": "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_162/cam2.mp4", "videos/kubric_data/scene_162/cam1.mp4", "videos/kubric_data/scene_162/cam0.mp4"], "video_ranges": [[2.0, 5.0], [0.8, 3.8], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at -0.5 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_143/cam0.mp4", "videos/kubric_data/scene_143/cam2.mp4", "videos/kubric_data/scene_143/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.0, 4.0], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_164/cam1.mp4", "videos/kubric_data/scene_164/cam0.mp4", "videos/kubric_data/scene_164/cam2.mp4"], "video_ranges": [[1.2, 4.2], [1.3, 4.3], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +2.0 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at +0.6 seconds."], "answer": "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_395/cam2.mp4", "videos/kubric_data/scene_395/cam0.mp4", "videos/kubric_data/scene_395/cam1.mp4"], "video_ranges": [[1.7, 4.7], [1.2, 4.2], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at +0.9 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_419/cam0.mp4", "videos/kubric_data/scene_419/cam1.mp4", "videos/kubric_data/scene_419/cam2.mp4"], "video_ranges": [[0.6, 3.6], [1.5, 4.5], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.8 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +2.0 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -1.7 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_305/cam1.mp4", "videos/kubric_data/scene_305/cam2.mp4", "videos/kubric_data/scene_305/cam0.mp4"], "video_ranges": [[1.5, 4.5], [1.3, 4.3], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at -1.1 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at -1.1 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_652/cam2.mp4", "videos/kubric_data/scene_652/cam1.mp4", "videos/kubric_data/scene_652/cam0.mp4"], "video_ranges": [[1.3, 4.3], [0.2, 3.2], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at -1.8 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds."], "answer": "A) Video 2 starts at +0.7 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_243/cam0.mp4", "videos/kubric_data/scene_243/cam1.mp4", "videos/kubric_data/scene_243/cam2.mp4"], "video_ranges": [[0.7, 3.7], [1.3, 4.3], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -1.6 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_963/cam2.mp4", "videos/kubric_data/scene_963/cam1.mp4", "videos/kubric_data/scene_963/cam0.mp4"], "video_ranges": [[0.2, 3.2], [0.3, 3.3], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.7 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.8 seconds."], "answer": "A) Video 2 starts at +1.7 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_438/cam1.mp4", "videos/kubric_data/scene_438/cam0.mp4", "videos/kubric_data/scene_438/cam2.mp4"], "video_ranges": [[0.2, 3.2], [1.9, 4.9], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.3 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_756/cam2.mp4", "videos/kubric_data/scene_756/cam1.mp4", "videos/kubric_data/scene_756/cam0.mp4"], "video_ranges": [[1.1, 4.1], [0.8, 3.8], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +1.1 seconds."], "answer": "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_624/cam1.mp4", "videos/kubric_data/scene_624/cam0.mp4", "videos/kubric_data/scene_624/cam2.mp4"], "video_ranges": [[0.8, 3.8], [1.6, 4.6], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +1.5 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_200/cam2.mp4", "videos/kubric_data/scene_200/cam0.mp4", "videos/kubric_data/scene_200/cam1.mp4"], "video_ranges": [[0.8, 3.8], [0.8, 3.8], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +1.1 seconds."], "answer": "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_128/cam2.mp4", "videos/kubric_data/scene_128/cam0.mp4", "videos/kubric_data/scene_128/cam1.mp4"], "video_ranges": [[1.9, 4.9], [1.3, 4.3], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.5 seconds."], "answer": "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_36/cam1.mp4", "videos/kubric_data/scene_36/cam0.mp4", "videos/kubric_data/scene_36/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.4, 3.4], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at -1.6 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.7 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_957/cam1.mp4", "videos/kubric_data/scene_957/cam2.mp4", "videos/kubric_data/scene_957/cam0.mp4"], "video_ranges": [[0.9, 3.9], [1.7, 4.7], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.9 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_772/cam1.mp4", "videos/kubric_data/scene_772/cam2.mp4", "videos/kubric_data/scene_772/cam0.mp4"], "video_ranges": [[0.3, 3.3], [0.6, 3.6], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at +1.9 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +1.0 seconds."], "answer": "A) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_193/cam2.mp4", "videos/kubric_data/scene_193/cam1.mp4", "videos/kubric_data/scene_193/cam0.mp4"], "video_ranges": [[1.2, 4.2], [1.8, 4.8], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +1.5 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.1 seconds."], "answer": "C) Video 2 starts at -0.5 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_443/cam0.mp4", "videos/kubric_data/scene_443/cam1.mp4", "videos/kubric_data/scene_443/cam2.mp4"], "video_ranges": [[1.1, 4.1], [0.6, 3.6], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_296/cam1.mp4", "videos/kubric_data/scene_296/cam0.mp4", "videos/kubric_data/scene_296/cam2.mp4"], "video_ranges": [[0.6, 3.6], [0.9, 3.9], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +0.1 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_75/cam0.mp4", "videos/kubric_data/scene_75/cam2.mp4", "videos/kubric_data/scene_75/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.6, 4.6], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.3 seconds."], "answer": "A) Video 2 starts at +1.0 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_984/cam2.mp4", "videos/kubric_data/scene_984/cam0.mp4", "videos/kubric_data/scene_984/cam1.mp4"], "video_ranges": [[1.0, 4.0], [2.0, 5.0], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at +1.2 seconds."], "answer": "D) Video 2 starts at +0.9 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_800/cam1.mp4", "videos/kubric_data/scene_800/cam0.mp4", "videos/kubric_data/scene_800/cam2.mp4"], "video_ranges": [[0.0, 3.0], [0.9, 3.9], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at -0.6 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_936/cam2.mp4", "videos/kubric_data/scene_936/cam1.mp4", "videos/kubric_data/scene_936/cam0.mp4"], "video_ranges": [[0.6, 3.6], [0.0, 3.0], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +1.5 seconds."], "answer": "C) Video 2 starts at -0.8 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_785/cam2.mp4", "videos/kubric_data/scene_785/cam1.mp4", "videos/kubric_data/scene_785/cam0.mp4"], "video_ranges": [[0.8, 3.8], [0.0, 3.0], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.5 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +1.9 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -1.0 seconds."], "answer": "D) Video 2 starts at -0.3 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_875/cam2.mp4", "videos/kubric_data/scene_875/cam0.mp4", "videos/kubric_data/scene_875/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.5, 4.5], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at -1.6 seconds."], "answer": "B) Video 2 starts at +0.5 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_781/cam0.mp4", "videos/kubric_data/scene_781/cam1.mp4", "videos/kubric_data/scene_781/cam2.mp4"], "video_ranges": [[1.1, 4.1], [1.6, 4.6], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.5 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +1.0 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds."], "answer": "C) Video 2 starts at +1.0 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_469/cam0.mp4", "videos/kubric_data/scene_469/cam1.mp4", "videos/kubric_data/scene_469/cam2.mp4"], "video_ranges": [[0.2, 3.2], [1.2, 4.2], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -1.3 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "videos": ["videos/kubric_data/scene_931/cam2.mp4", "videos/kubric_data/scene_931/cam0.mp4", "videos/kubric_data/scene_931/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.2, 4.2], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.0 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_124/cam1.mp4", "videos/kubric_data/scene_124/cam2.mp4", "videos/kubric_data/scene_124/cam0.mp4"], "video_ranges": [[0.9, 3.9], [0.8, 3.8], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.4 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_373/cam1.mp4", "videos/kubric_data/scene_373/cam2.mp4", "videos/kubric_data/scene_373/cam0.mp4"], "video_ranges": [[0.1, 3.1], [0.2, 3.2], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_999/cam0.mp4", "videos/kubric_data/scene_999/cam2.mp4", "videos/kubric_data/scene_999/cam1.mp4"], "video_ranges": [[0.7, 3.7], [0.1, 3.1], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.7 seconds."], "answer": "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_584/cam2.mp4", "videos/kubric_data/scene_584/cam0.mp4", "videos/kubric_data/scene_584/cam1.mp4"], "video_ranges": [[0.9, 3.9], [2.0, 5.0], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_267/cam0.mp4", "videos/kubric_data/scene_267/cam1.mp4", "videos/kubric_data/scene_267/cam2.mp4"], "video_ranges": [[0.2, 3.2], [0.9, 3.9], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.5 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_423/cam2.mp4", "videos/kubric_data/scene_423/cam0.mp4", "videos/kubric_data/scene_423/cam1.mp4"], "video_ranges": [[1.2, 4.2], [1.6, 4.6], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -1.5 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds."], "answer": "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_184/cam2.mp4", "videos/kubric_data/scene_184/cam1.mp4", "videos/kubric_data/scene_184/cam0.mp4"], "video_ranges": [[1.3, 4.3], [0.6, 3.6], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +1.1 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_417/cam1.mp4", "videos/kubric_data/scene_417/cam2.mp4", "videos/kubric_data/scene_417/cam0.mp4"], "video_ranges": [[0.3, 3.3], [0.4, 3.4], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.9 seconds."], "answer": "C) Video 2 starts at -0.9 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_972/cam0.mp4", "videos/kubric_data/scene_972/cam2.mp4", "videos/kubric_data/scene_972/cam1.mp4"], "video_ranges": [[1.9, 4.9], [1.0, 4.0], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at -0.4 seconds."], "answer": "D) Video 2 starts at +0.4 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_263/cam0.mp4", "videos/kubric_data/scene_263/cam2.mp4", "videos/kubric_data/scene_263/cam1.mp4"], "video_ranges": [[1.0, 4.0], [1.4, 4.4], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at -0.8 seconds."], "answer": "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_641/cam0.mp4", "videos/kubric_data/scene_641/cam2.mp4", "videos/kubric_data/scene_641/cam1.mp4"], "video_ranges": [[1.4, 4.4], [1.1, 4.1], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at -0.7 seconds."], "answer": "A) Video 2 starts at +0.5 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_851/cam1.mp4", "videos/kubric_data/scene_851/cam0.mp4", "videos/kubric_data/scene_851/cam2.mp4"], "video_ranges": [[0.0, 3.0], [0.5, 3.5], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_920/cam1.mp4", "videos/kubric_data/scene_920/cam0.mp4", "videos/kubric_data/scene_920/cam2.mp4"], "video_ranges": [[1.2, 4.2], [1.5, 4.5], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.3 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_857/cam1.mp4", "videos/kubric_data/scene_857/cam0.mp4", "videos/kubric_data/scene_857/cam2.mp4"], "video_ranges": [[1.0, 4.0], [0.8, 3.8], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at +1.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_565/cam0.mp4", "videos/kubric_data/scene_565/cam2.mp4", "videos/kubric_data/scene_565/cam1.mp4"], "video_ranges": [[0.5, 3.5], [1.8, 4.8], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at +0.9 seconds."], "answer": "D) Video 2 starts at +0.5 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_722/cam1.mp4", "videos/kubric_data/scene_722/cam0.mp4", "videos/kubric_data/scene_722/cam2.mp4"], "video_ranges": [[0.4, 3.4], [0.9, 3.9], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.6 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_930/cam2.mp4", "videos/kubric_data/scene_930/cam0.mp4", "videos/kubric_data/scene_930/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.7, 4.7], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -1.2 seconds."], "answer": "C) Video 2 starts at +0.5 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_526/cam0.mp4", "videos/kubric_data/scene_526/cam1.mp4", "videos/kubric_data/scene_526/cam2.mp4"], "video_ranges": [[0.8, 3.8], [1.3, 4.3], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at -1.8 seconds."], "answer": "A) Video 2 starts at -1.2 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_594/cam2.mp4", "videos/kubric_data/scene_594/cam1.mp4", "videos/kubric_data/scene_594/cam0.mp4"], "video_ranges": [[1.5, 4.5], [0.3, 3.3], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at +0.6 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_589/cam0.mp4", "videos/kubric_data/scene_589/cam2.mp4", "videos/kubric_data/scene_589/cam1.mp4"], "video_ranges": [[2.0, 5.0], [1.8, 4.8], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +1.0 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -1.0 seconds."], "answer": "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_914/cam0.mp4", "videos/kubric_data/scene_914/cam1.mp4", "videos/kubric_data/scene_914/cam2.mp4"], "video_ranges": [[0.6, 3.6], [1.1, 4.1], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -1.4 seconds.", "C) Video 2 starts at +1.7 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_645/cam0.mp4", "videos/kubric_data/scene_645/cam1.mp4", "videos/kubric_data/scene_645/cam2.mp4"], "video_ranges": [[0.2, 3.2], [1.0, 4.0], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.8 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at +1.1 seconds."], "answer": "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_323/cam2.mp4", "videos/kubric_data/scene_323/cam0.mp4", "videos/kubric_data/scene_323/cam1.mp4"], "video_ranges": [[0.2, 3.2], [1.5, 4.5], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -1.4 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_282/cam2.mp4", "videos/kubric_data/scene_282/cam0.mp4", "videos/kubric_data/scene_282/cam1.mp4"], "video_ranges": [[0.4, 3.4], [0.5, 3.5], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.5 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +1.5 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds."], "answer": "A) Video 2 starts at +1.5 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_873/cam0.mp4", "videos/kubric_data/scene_873/cam2.mp4", "videos/kubric_data/scene_873/cam1.mp4"], "video_ranges": [[0.4, 3.4], [1.9, 4.9], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +1.0 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -1.6 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -1.1 seconds."], "answer": "D) Video 2 starts at +0.3 seconds; Video 3 starts at -1.1 seconds.", "videos": ["videos/kubric_data/scene_885/cam1.mp4", "videos/kubric_data/scene_885/cam0.mp4", "videos/kubric_data/scene_885/cam2.mp4"], "video_ranges": [[1.7, 4.7], [2.0, 5.0], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.3 seconds.", "B) Video 2 starts at -1.8 seconds; Video 3 starts at -1.7 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.9 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at -0.4 seconds."], "answer": "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_195/cam2.mp4", "videos/kubric_data/scene_195/cam1.mp4", "videos/kubric_data/scene_195/cam0.mp4"], "video_ranges": [[1.0, 4.0], [0.6, 3.6], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +1.2 seconds."], "answer": "B) Video 2 starts at +0.6 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_102/cam0.mp4", "videos/kubric_data/scene_102/cam2.mp4", "videos/kubric_data/scene_102/cam1.mp4"], "video_ranges": [[0.7, 3.7], [1.2, 4.2], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -1.7 seconds; Video 3 starts at -0.5 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_955/cam1.mp4", "videos/kubric_data/scene_955/cam2.mp4", "videos/kubric_data/scene_955/cam0.mp4"], "video_ranges": [[0.6, 3.6], [1.4, 4.4], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at +1.1 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.1 seconds."], "answer": "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_919/cam2.mp4", "videos/kubric_data/scene_919/cam1.mp4", "videos/kubric_data/scene_919/cam0.mp4"], "video_ranges": [[1.3, 4.3], [0.5, 3.5], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_384/cam2.mp4", "videos/kubric_data/scene_384/cam0.mp4", "videos/kubric_data/scene_384/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.5, 4.5], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at -0.1 seconds."], "answer": "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_713/cam0.mp4", "videos/kubric_data/scene_713/cam2.mp4", "videos/kubric_data/scene_713/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.7, 4.7], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.6 seconds."], "answer": "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_837/cam1.mp4", "videos/kubric_data/scene_837/cam0.mp4", "videos/kubric_data/scene_837/cam2.mp4"], "video_ranges": [[1.0, 4.0], [0.6, 3.6], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.4 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.5 seconds."], "answer": "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_58/cam0.mp4", "videos/kubric_data/scene_58/cam1.mp4", "videos/kubric_data/scene_58/cam2.mp4"], "video_ranges": [[0.5, 3.5], [0.3, 3.3], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.4 seconds."], "answer": "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_646/cam1.mp4", "videos/kubric_data/scene_646/cam2.mp4", "videos/kubric_data/scene_646/cam0.mp4"], "video_ranges": [[0.4, 3.4], [0.7, 3.7], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.4 seconds."], "answer": "A) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_3/cam1.mp4", "videos/kubric_data/scene_3/cam2.mp4", "videos/kubric_data/scene_3/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.6, 3.6], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at +1.5 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.9 seconds."], "answer": "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_815/cam0.mp4", "videos/kubric_data/scene_815/cam1.mp4", "videos/kubric_data/scene_815/cam2.mp4"], "video_ranges": [[1.0, 4.0], [1.3, 4.3], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.9 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.5 seconds."], "answer": "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.9 seconds.", "videos": ["videos/kubric_data/scene_173/cam2.mp4", "videos/kubric_data/scene_173/cam1.mp4", "videos/kubric_data/scene_173/cam0.mp4"], "video_ranges": [[2.0, 5.0], [1.6, 4.6], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +1.5 seconds; Video 3 starts at +0.1 seconds."], "answer": "A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_928/cam2.mp4", "videos/kubric_data/scene_928/cam0.mp4", "videos/kubric_data/scene_928/cam1.mp4"], "video_ranges": [[1.5, 4.5], [0.4, 3.4], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.3 seconds."], "answer": "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_814/cam1.mp4", "videos/kubric_data/scene_814/cam0.mp4", "videos/kubric_data/scene_814/cam2.mp4"], "video_ranges": [[0.3, 3.3], [0.2, 3.2], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.1 seconds."], "answer": "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_309/cam0.mp4", "videos/kubric_data/scene_309/cam2.mp4", "videos/kubric_data/scene_309/cam1.mp4"], "video_ranges": [[1.3, 4.3], [1.0, 4.0], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.6 seconds."], "answer": "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_156/cam2.mp4", "videos/kubric_data/scene_156/cam0.mp4", "videos/kubric_data/scene_156/cam1.mp4"], "video_ranges": [[1.1, 4.1], [1.0, 4.0], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.3 seconds."], "answer": "B) Video 2 starts at -0.5 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_929/cam0.mp4", "videos/kubric_data/scene_929/cam1.mp4", "videos/kubric_data/scene_929/cam2.mp4"], "video_ranges": [[0.6, 3.6], [0.1, 3.1], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +2.0 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at +0.1 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_442/cam0.mp4", "videos/kubric_data/scene_442/cam2.mp4", "videos/kubric_data/scene_442/cam1.mp4"], "video_ranges": [[0.8, 3.8], [1.0, 4.0], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_694/cam0.mp4", "videos/kubric_data/scene_694/cam2.mp4", "videos/kubric_data/scene_694/cam1.mp4"], "video_ranges": [[1.4, 4.4], [2.0, 5.0], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at +1.3 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_672/cam0.mp4", "videos/kubric_data/scene_672/cam2.mp4", "videos/kubric_data/scene_672/cam1.mp4"], "video_ranges": [[0.4, 3.4], [0.7, 3.7], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_134/cam2.mp4", "videos/kubric_data/scene_134/cam1.mp4", "videos/kubric_data/scene_134/cam0.mp4"], "video_ranges": [[1.5, 4.5], [1.0, 4.0], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_945/cam2.mp4", "videos/kubric_data/scene_945/cam1.mp4", "videos/kubric_data/scene_945/cam0.mp4"], "video_ranges": [[1.4, 4.4], [0.2, 3.2], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +1.1 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at -0.1 seconds."], "answer": "C) Video 2 starts at +1.1 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_723/cam0.mp4", "videos/kubric_data/scene_723/cam2.mp4", "videos/kubric_data/scene_723/cam1.mp4"], "video_ranges": [[0.5, 3.5], [1.6, 4.6], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_868/cam1.mp4", "videos/kubric_data/scene_868/cam2.mp4", "videos/kubric_data/scene_868/cam0.mp4"], "video_ranges": [[1.5, 4.5], [1.3, 4.3], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds."], "answer": "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_59/cam1.mp4", "videos/kubric_data/scene_59/cam2.mp4", "videos/kubric_data/scene_59/cam0.mp4"], "video_ranges": [[1.8, 4.8], [1.2, 4.2], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.4 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at -0.5 seconds."], "answer": "D) Video 2 starts at +0.5 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_377/cam0.mp4", "videos/kubric_data/scene_377/cam2.mp4", "videos/kubric_data/scene_377/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.1, 4.1], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_218/cam2.mp4", "videos/kubric_data/scene_218/cam1.mp4", "videos/kubric_data/scene_218/cam0.mp4"], "video_ranges": [[0.1, 3.1], [0.2, 3.2], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.9 seconds."], "answer": "B) Video 2 starts at -0.7 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_884/cam1.mp4", "videos/kubric_data/scene_884/cam2.mp4", "videos/kubric_data/scene_884/cam0.mp4"], "video_ranges": [[0.8, 3.8], [0.1, 3.1], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.4 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.8 seconds."], "answer": "C) Video 2 starts at -0.4 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_520/cam1.mp4", "videos/kubric_data/scene_520/cam0.mp4", "videos/kubric_data/scene_520/cam2.mp4"], "video_ranges": [[1.6, 4.6], [1.2, 4.2], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +1.4 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.7 seconds."], "answer": "A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_87/cam0.mp4", "videos/kubric_data/scene_87/cam1.mp4", "videos/kubric_data/scene_87/cam2.mp4"], "video_ranges": [[0.2, 3.2], [0.5, 3.5], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.6 seconds."], "answer": "A) Video 2 starts at -1.0 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_530/cam0.mp4", "videos/kubric_data/scene_530/cam1.mp4", "videos/kubric_data/scene_530/cam2.mp4"], "video_ranges": [[1.4, 4.4], [0.4, 3.4], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -1.7 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.3 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_385/cam2.mp4", "videos/kubric_data/scene_385/cam1.mp4", "videos/kubric_data/scene_385/cam0.mp4"], "video_ranges": [[0.4, 3.4], [1.2, 4.2], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -1.5 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.4 seconds."], "answer": "B) Video 2 starts at -0.4 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_954/cam0.mp4", "videos/kubric_data/scene_954/cam2.mp4", "videos/kubric_data/scene_954/cam1.mp4"], "video_ranges": [[0.4, 3.4], [0.0, 3.0], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at -1.7 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at -1.7 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_679/cam1.mp4", "videos/kubric_data/scene_679/cam2.mp4", "videos/kubric_data/scene_679/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.2, 3.2], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.4 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -1.5 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +1.4 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at -1.0 seconds; Video 3 starts at -1.5 seconds.", "videos": ["videos/kubric_data/scene_343/cam1.mp4", "videos/kubric_data/scene_343/cam0.mp4", "videos/kubric_data/scene_343/cam2.mp4"], "video_ranges": [[1.8, 4.8], [0.8, 3.8], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at -0.1 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_121/cam0.mp4", "videos/kubric_data/scene_121/cam1.mp4", "videos/kubric_data/scene_121/cam2.mp4"], "video_ranges": [[0.3, 3.3], [0.2, 3.2], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +1.9 seconds.", "C) Video 2 starts at +1.7 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -1.1 seconds; Video 3 starts at -0.6 seconds."], "answer": "C) Video 2 starts at +1.7 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_738/cam1.mp4", "videos/kubric_data/scene_738/cam0.mp4", "videos/kubric_data/scene_738/cam2.mp4"], "video_ranges": [[0.1, 3.1], [1.8, 4.8], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -1.4 seconds; Video 3 starts at -1.8 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.8 seconds."], "answer": "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_838/cam2.mp4", "videos/kubric_data/scene_838/cam0.mp4", "videos/kubric_data/scene_838/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.4, 4.4], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.8 seconds."], "answer": "A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_773/cam2.mp4", "videos/kubric_data/scene_773/cam1.mp4", "videos/kubric_data/scene_773/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.1, 4.1], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +1.4 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +1.2 seconds."], "answer": "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_675/cam1.mp4", "videos/kubric_data/scene_675/cam0.mp4", "videos/kubric_data/scene_675/cam2.mp4"], "video_ranges": [[1.6, 4.6], [0.2, 3.2], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +1.5 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at -0.4 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_578/cam2.mp4", "videos/kubric_data/scene_578/cam0.mp4", "videos/kubric_data/scene_578/cam1.mp4"], "video_ranges": [[1.4, 4.4], [1.0, 4.0], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.3 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at -1.0 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_119/cam0.mp4", "videos/kubric_data/scene_119/cam2.mp4", "videos/kubric_data/scene_119/cam1.mp4"], "video_ranges": [[0.8, 3.8], [0.5, 3.5], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at +1.2 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_685/cam1.mp4", "videos/kubric_data/scene_685/cam2.mp4", "videos/kubric_data/scene_685/cam0.mp4"], "video_ranges": [[0.7, 3.7], [1.9, 4.9], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at +0.3 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_889/cam0.mp4", "videos/kubric_data/scene_889/cam1.mp4", "videos/kubric_data/scene_889/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.9, 3.9], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_788/cam1.mp4", "videos/kubric_data/scene_788/cam2.mp4", "videos/kubric_data/scene_788/cam0.mp4"], "video_ranges": [[0.9, 3.9], [0.2, 3.2], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_989/cam0.mp4", "videos/kubric_data/scene_989/cam2.mp4", "videos/kubric_data/scene_989/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.3, 3.3], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.5 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_159/cam2.mp4", "videos/kubric_data/scene_159/cam0.mp4", "videos/kubric_data/scene_159/cam1.mp4"], "video_ranges": [[0.7, 3.7], [0.4, 3.4], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_724/cam0.mp4", "videos/kubric_data/scene_724/cam2.mp4", "videos/kubric_data/scene_724/cam1.mp4"], "video_ranges": [[0.0, 3.0], [1.6, 4.6], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.6 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.6 seconds.", "videos": ["videos/kubric_data/scene_726/cam1.mp4", "videos/kubric_data/scene_726/cam2.mp4", "videos/kubric_data/scene_726/cam0.mp4"], "video_ranges": [[1.6, 4.6], [1.2, 4.2], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +1.3 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds."], "answer": "A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_504/cam2.mp4", "videos/kubric_data/scene_504/cam1.mp4", "videos/kubric_data/scene_504/cam0.mp4"], "video_ranges": [[1.8, 4.8], [1.0, 4.0], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +1.0 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_840/cam1.mp4", "videos/kubric_data/scene_840/cam0.mp4", "videos/kubric_data/scene_840/cam2.mp4"], "video_ranges": [[1.2, 4.2], [2.0, 5.0], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +1.6 seconds.", "C) Video 2 starts at +1.5 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +1.2 seconds; Video 3 starts at +1.6 seconds.", "videos": ["videos/kubric_data/scene_813/cam2.mp4", "videos/kubric_data/scene_813/cam0.mp4", "videos/kubric_data/scene_813/cam1.mp4"], "video_ranges": [[0.1, 3.1], [1.2, 4.2], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at -1.3 seconds."], "answer": "D) Video 2 starts at -1.4 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_960/cam2.mp4", "videos/kubric_data/scene_960/cam1.mp4", "videos/kubric_data/scene_960/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.4, 3.4], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -1.7 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_406/cam2.mp4", "videos/kubric_data/scene_406/cam1.mp4", "videos/kubric_data/scene_406/cam0.mp4"], "video_ranges": [[0.4, 3.4], [0.2, 3.2], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +1.6 seconds; Video 3 starts at +1.8 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.7 seconds."], "answer": "C) Video 2 starts at +0.7 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_413/cam2.mp4", "videos/kubric_data/scene_413/cam1.mp4", "videos/kubric_data/scene_413/cam0.mp4"], "video_ranges": [[0.6, 3.6], [1.2, 4.2], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +1.7 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +0.7 seconds."], "answer": "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_759/cam2.mp4", "videos/kubric_data/scene_759/cam1.mp4", "videos/kubric_data/scene_759/cam0.mp4"], "video_ranges": [[1.3, 4.3], [1.8, 4.8], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.5 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at +0.7 seconds."], "answer": "A) Video 2 starts at -1.5 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_975/cam1.mp4", "videos/kubric_data/scene_975/cam0.mp4", "videos/kubric_data/scene_975/cam2.mp4"], "video_ranges": [[1.6, 4.6], [0.1, 3.1], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.4 seconds."], "answer": "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_714/cam1.mp4", "videos/kubric_data/scene_714/cam2.mp4", "videos/kubric_data/scene_714/cam0.mp4"], "video_ranges": [[1.2, 4.2], [0.4, 3.4], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at +2.0 seconds; Video 3 starts at +1.5 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -1.3 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_149/cam1.mp4", "videos/kubric_data/scene_149/cam2.mp4", "videos/kubric_data/scene_149/cam0.mp4"], "video_ranges": [[1.6, 4.6], [1.8, 4.8], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -1.8 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +0.6 seconds."], "answer": "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_916/cam1.mp4", "videos/kubric_data/scene_916/cam2.mp4", "videos/kubric_data/scene_916/cam0.mp4"], "video_ranges": [[1.3, 4.3], [0.2, 3.2], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +1.1 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.4 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_527/cam0.mp4", "videos/kubric_data/scene_527/cam2.mp4", "videos/kubric_data/scene_527/cam1.mp4"], "video_ranges": [[0.3, 3.3], [1.1, 4.1], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at -1.5 seconds."], "answer": "C) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_327/cam1.mp4", "videos/kubric_data/scene_327/cam2.mp4", "videos/kubric_data/scene_327/cam0.mp4"], "video_ranges": [[0.7, 3.7], [1.3, 4.3], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at +0.6 seconds."], "answer": "A) Video 2 starts at +1.0 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_280/cam1.mp4", "videos/kubric_data/scene_280/cam2.mp4", "videos/kubric_data/scene_280/cam0.mp4"], "video_ranges": [[0.1, 3.1], [1.1, 4.1], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at -1.6 seconds; Video 3 starts at -1.1 seconds."], "answer": "D) Video 2 starts at -1.6 seconds; Video 3 starts at -1.1 seconds.", "videos": ["videos/kubric_data/scene_140/cam1.mp4", "videos/kubric_data/scene_140/cam0.mp4", "videos/kubric_data/scene_140/cam2.mp4"], "video_ranges": [[1.7, 4.7], [0.1, 3.1], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.9 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.5 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_304/cam0.mp4", "videos/kubric_data/scene_304/cam1.mp4", "videos/kubric_data/scene_304/cam2.mp4"], "video_ranges": [[1.8, 4.8], [1.6, 4.6], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at +0.1 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_747/cam1.mp4", "videos/kubric_data/scene_747/cam0.mp4", "videos/kubric_data/scene_747/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.6, 3.6], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at +0.6 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_337/cam2.mp4", "videos/kubric_data/scene_337/cam0.mp4", "videos/kubric_data/scene_337/cam1.mp4"], "video_ranges": [[0.8, 3.8], [1.3, 4.3], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.3 seconds."], "answer": "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_52/cam2.mp4", "videos/kubric_data/scene_52/cam0.mp4", "videos/kubric_data/scene_52/cam1.mp4"], "video_ranges": [[1.7, 4.7], [1.3, 4.3], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +1.4 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at +0.8 seconds."], "answer": "B) Video 2 starts at -1.6 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_426/cam1.mp4", "videos/kubric_data/scene_426/cam2.mp4", "videos/kubric_data/scene_426/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.2, 3.2], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +1.1 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_669/cam1.mp4", "videos/kubric_data/scene_669/cam2.mp4", "videos/kubric_data/scene_669/cam0.mp4"], "video_ranges": [[0.9, 3.9], [1.7, 4.7], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_735/cam2.mp4", "videos/kubric_data/scene_735/cam0.mp4", "videos/kubric_data/scene_735/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.5, 4.5], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at +0.8 seconds."], "answer": "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_604/cam1.mp4", "videos/kubric_data/scene_604/cam0.mp4", "videos/kubric_data/scene_604/cam2.mp4"], "video_ranges": [[0.8, 3.8], [1.1, 4.1], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.9 seconds."], "answer": "B) Video 2 starts at -1.6 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_133/cam0.mp4", "videos/kubric_data/scene_133/cam1.mp4", "videos/kubric_data/scene_133/cam2.mp4"], "video_ranges": [[1.6, 4.6], [0.0, 3.0], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.6 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.2 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_409/cam0.mp4", "videos/kubric_data/scene_409/cam2.mp4", "videos/kubric_data/scene_409/cam1.mp4"], "video_ranges": [[0.7, 3.7], [0.9, 3.9], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds."], "answer": "A) Video 2 starts at -0.7 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_39/cam0.mp4", "videos/kubric_data/scene_39/cam1.mp4", "videos/kubric_data/scene_39/cam2.mp4"], "video_ranges": [[0.7, 3.7], [0.0, 3.0], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +1.7 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_768/cam1.mp4", "videos/kubric_data/scene_768/cam2.mp4", "videos/kubric_data/scene_768/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.6, 4.6], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.5 seconds.", "videos": ["videos/kubric_data/scene_988/cam1.mp4", "videos/kubric_data/scene_988/cam0.mp4", "videos/kubric_data/scene_988/cam2.mp4"], "video_ranges": [[1.8, 4.8], [1.5, 4.5], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds."], "answer": "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_698/cam1.mp4", "videos/kubric_data/scene_698/cam2.mp4", "videos/kubric_data/scene_698/cam0.mp4"], "video_ranges": [[1.3, 4.3], [1.1, 4.1], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.3 seconds."], "answer": "A) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_356/cam2.mp4", "videos/kubric_data/scene_356/cam0.mp4", "videos/kubric_data/scene_356/cam1.mp4"], "video_ranges": [[1.2, 4.2], [0.9, 3.9], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -1.7 seconds."], "answer": "D) Video 2 starts at -0.9 seconds; Video 3 starts at -1.7 seconds.", "videos": ["videos/kubric_data/scene_956/cam1.mp4", "videos/kubric_data/scene_956/cam0.mp4", "videos/kubric_data/scene_956/cam2.mp4"], "video_ranges": [[1.7, 4.7], [0.8, 3.8], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_905/cam2.mp4", "videos/kubric_data/scene_905/cam1.mp4", "videos/kubric_data/scene_905/cam0.mp4"], "video_ranges": [[0.3, 3.3], [1.6, 4.6], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at +1.4 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.5 seconds.", "videos": ["videos/kubric_data/scene_301/cam2.mp4", "videos/kubric_data/scene_301/cam1.mp4", "videos/kubric_data/scene_301/cam0.mp4"], "video_ranges": [[1.6, 4.6], [1.2, 4.2], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.3 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_860/cam2.mp4", "videos/kubric_data/scene_860/cam1.mp4", "videos/kubric_data/scene_860/cam0.mp4"], "video_ranges": [[0.4, 3.4], [1.2, 4.2], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at +1.6 seconds; Video 3 starts at +0.9 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -1.5 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at +1.6 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_985/cam0.mp4", "videos/kubric_data/scene_985/cam2.mp4", "videos/kubric_data/scene_985/cam1.mp4"], "video_ranges": [[0.3, 3.3], [1.9, 4.9], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.7 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +1.4 seconds."], "answer": "A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_274/cam1.mp4", "videos/kubric_data/scene_274/cam0.mp4", "videos/kubric_data/scene_274/cam2.mp4"], "video_ranges": [[1.2, 4.2], [1.6, 4.6], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +1.7 seconds; Video 3 starts at +1.4 seconds.", "C) Video 2 starts at +1.9 seconds; Video 3 starts at +1.5 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at -0.5 seconds."], "answer": "C) Video 2 starts at +1.9 seconds; Video 3 starts at +1.5 seconds.", "videos": ["videos/kubric_data/scene_380/cam1.mp4", "videos/kubric_data/scene_380/cam0.mp4", "videos/kubric_data/scene_380/cam2.mp4"], "video_ranges": [[0.1, 3.1], [2.0, 5.0], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -1.2 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +1.5 seconds."], "answer": "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_655/cam2.mp4", "videos/kubric_data/scene_655/cam1.mp4", "videos/kubric_data/scene_655/cam0.mp4"], "video_ranges": [[0.9, 3.9], [0.4, 3.4], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -1.7 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +1.6 seconds."], "answer": "A) Video 2 starts at +0.6 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_265/cam2.mp4", "videos/kubric_data/scene_265/cam1.mp4", "videos/kubric_data/scene_265/cam0.mp4"], "video_ranges": [[0.3, 3.3], [0.9, 3.9], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +1.3 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at -1.6 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.3 seconds."], "answer": "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_810/cam2.mp4", "videos/kubric_data/scene_810/cam1.mp4", "videos/kubric_data/scene_810/cam0.mp4"], "video_ranges": [[1.4, 4.4], [1.8, 4.8], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +1.1 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.7 seconds."], "answer": "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_701/cam2.mp4", "videos/kubric_data/scene_701/cam0.mp4", "videos/kubric_data/scene_701/cam1.mp4"], "video_ranges": [[0.0, 3.0], [1.2, 4.2], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.5 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at +1.2 seconds."], "answer": "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_631/cam2.mp4", "videos/kubric_data/scene_631/cam1.mp4", "videos/kubric_data/scene_631/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.2, 4.2], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +1.8 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds."], "answer": "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_450/cam0.mp4", "videos/kubric_data/scene_450/cam1.mp4", "videos/kubric_data/scene_450/cam2.mp4"], "video_ranges": [[0.4, 3.4], [0.5, 3.5], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +1.3 seconds."], "answer": "D) Video 2 starts at +0.3 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_350/cam2.mp4", "videos/kubric_data/scene_350/cam1.mp4", "videos/kubric_data/scene_350/cam0.mp4"], "video_ranges": [[0.6, 3.6], [0.9, 3.9], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at +1.0 seconds.", "videos": ["videos/kubric_data/scene_515/cam0.mp4", "videos/kubric_data/scene_515/cam1.mp4", "videos/kubric_data/scene_515/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.8, 3.8], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +1.5 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at +0.1 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_879/cam1.mp4", "videos/kubric_data/scene_879/cam0.mp4", "videos/kubric_data/scene_879/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.8, 3.8], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +0.3 seconds."], "answer": "B) Video 2 starts at -0.5 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_755/cam1.mp4", "videos/kubric_data/scene_755/cam2.mp4", "videos/kubric_data/scene_755/cam0.mp4"], "video_ranges": [[1.7, 4.7], [1.2, 4.2], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at +0.5 seconds."], "answer": "C) Video 2 starts at +0.5 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_205/cam2.mp4", "videos/kubric_data/scene_205/cam0.mp4", "videos/kubric_data/scene_205/cam1.mp4"], "video_ranges": [[1.4, 4.4], [1.9, 4.9], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.7 seconds."], "answer": "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_89/cam2.mp4", "videos/kubric_data/scene_89/cam0.mp4", "videos/kubric_data/scene_89/cam1.mp4"], "video_ranges": [[1.5, 4.5], [0.3, 3.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +1.7 seconds; Video 3 starts at +1.3 seconds."], "answer": "D) Video 2 starts at +1.7 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_191/cam1.mp4", "videos/kubric_data/scene_191/cam2.mp4", "videos/kubric_data/scene_191/cam0.mp4"], "video_ranges": [[0.1, 3.1], [1.8, 4.8], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.9 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at -0.6 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_146/cam1.mp4", "videos/kubric_data/scene_146/cam0.mp4", "videos/kubric_data/scene_146/cam2.mp4"], "video_ranges": [[0.5, 3.5], [0.3, 3.3], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at -0.1 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_67/cam1.mp4", "videos/kubric_data/scene_67/cam0.mp4", "videos/kubric_data/scene_67/cam2.mp4"], "video_ranges": [[1.4, 4.4], [1.3, 4.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.8 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at -0.9 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.5 seconds."], "answer": "A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.8 seconds.", "videos": ["videos/kubric_data/scene_927/cam2.mp4", "videos/kubric_data/scene_927/cam0.mp4", "videos/kubric_data/scene_927/cam1.mp4"], "video_ranges": [[0.0, 3.0], [1.3, 4.3], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at +1.1 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_112/cam1.mp4", "videos/kubric_data/scene_112/cam2.mp4", "videos/kubric_data/scene_112/cam0.mp4"], "video_ranges": [[0.6, 3.6], [1.7, 4.7], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -0.3 seconds."], "answer": "A) Video 2 starts at -1.2 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_681/cam1.mp4", "videos/kubric_data/scene_681/cam2.mp4", "videos/kubric_data/scene_681/cam0.mp4"], "video_ranges": [[1.6, 4.6], [0.3, 3.3], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -1.5 seconds."], "answer": "D) Video 2 starts at -0.8 seconds; Video 3 starts at -1.5 seconds.", "videos": ["videos/kubric_data/scene_482/cam0.mp4", "videos/kubric_data/scene_482/cam1.mp4", "videos/kubric_data/scene_482/cam2.mp4"], "video_ranges": [[2.0, 5.0], [1.2, 4.2], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at +0.2 seconds."], "answer": "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_104/cam2.mp4", "videos/kubric_data/scene_104/cam0.mp4", "videos/kubric_data/scene_104/cam1.mp4"], "video_ranges": [[1.8, 4.8], [0.5, 3.5], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.5 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds."], "answer": "A) Video 2 starts at +1.5 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_707/cam0.mp4", "videos/kubric_data/scene_707/cam2.mp4", "videos/kubric_data/scene_707/cam1.mp4"], "video_ranges": [[0.2, 3.2], [1.8, 4.8], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.7 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +1.7 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at +1.2 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_436/cam2.mp4", "videos/kubric_data/scene_436/cam0.mp4", "videos/kubric_data/scene_436/cam1.mp4"], "video_ranges": [[0.4, 3.4], [1.7, 4.7], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_92/cam1.mp4", "videos/kubric_data/scene_92/cam2.mp4", "videos/kubric_data/scene_92/cam0.mp4"], "video_ranges": [[1.5, 4.5], [1.8, 4.8], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.4 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.0 seconds."], "answer": "B) Video 2 starts at -0.3 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_481/cam1.mp4", "videos/kubric_data/scene_481/cam0.mp4", "videos/kubric_data/scene_481/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.8, 3.8], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at -1.6 seconds; Video 3 starts at -0.5 seconds."], "answer": "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_237/cam1.mp4", "videos/kubric_data/scene_237/cam0.mp4", "videos/kubric_data/scene_237/cam2.mp4"], "video_ranges": [[1.2, 4.2], [1.8, 4.8], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.1 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -0.4 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_944/cam2.mp4", "videos/kubric_data/scene_944/cam0.mp4", "videos/kubric_data/scene_944/cam1.mp4"], "video_ranges": [[0.6, 3.6], [0.3, 3.3], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.7 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +1.1 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +1.3 seconds."], "answer": "A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_430/cam0.mp4", "videos/kubric_data/scene_430/cam1.mp4", "videos/kubric_data/scene_430/cam2.mp4"], "video_ranges": [[0.3, 3.3], [1.7, 4.7], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at -1.7 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_998/cam2.mp4", "videos/kubric_data/scene_998/cam0.mp4", "videos/kubric_data/scene_998/cam1.mp4"], "video_ranges": [[0.0, 3.0], [1.3, 4.3], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at +1.5 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at -1.8 seconds; Video 3 starts at -1.9 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.5 seconds."], "answer": "A) Video 2 starts at -0.4 seconds; Video 3 starts at +1.5 seconds.", "videos": ["videos/kubric_data/scene_543/cam2.mp4", "videos/kubric_data/scene_543/cam1.mp4", "videos/kubric_data/scene_543/cam0.mp4"], "video_ranges": [[0.5, 3.5], [0.1, 3.1], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at +1.0 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.1 seconds."], "answer": "C) Video 2 starts at +1.0 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_225/cam0.mp4", "videos/kubric_data/scene_225/cam1.mp4", "videos/kubric_data/scene_225/cam2.mp4"], "video_ranges": [[0.3, 3.3], [1.3, 4.3], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.3 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.6 seconds."], "answer": "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_576/cam1.mp4", "videos/kubric_data/scene_576/cam0.mp4", "videos/kubric_data/scene_576/cam2.mp4"], "video_ranges": [[0.2, 3.2], [0.9, 3.9], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_605/cam1.mp4", "videos/kubric_data/scene_605/cam0.mp4", "videos/kubric_data/scene_605/cam2.mp4"], "video_ranges": [[1.3, 4.3], [1.5, 4.5], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at -0.8 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_238/cam2.mp4", "videos/kubric_data/scene_238/cam1.mp4", "videos/kubric_data/scene_238/cam0.mp4"], "video_ranges": [[0.2, 3.2], [0.4, 3.4], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at +1.3 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +1.1 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.7 seconds."], "answer": "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_512/cam1.mp4", "videos/kubric_data/scene_512/cam2.mp4", "videos/kubric_data/scene_512/cam0.mp4"], "video_ranges": [[1.2, 4.2], [0.3, 3.3], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +1.4 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +1.8 seconds; Video 3 starts at +0.9 seconds."], "answer": "B) Video 2 starts at +1.4 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_418/cam1.mp4", "videos/kubric_data/scene_418/cam2.mp4", "videos/kubric_data/scene_418/cam0.mp4"], "video_ranges": [[0.3, 3.3], [1.8, 4.8], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +1.9 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.4 seconds."], "answer": "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_137/cam0.mp4", "videos/kubric_data/scene_137/cam1.mp4", "videos/kubric_data/scene_137/cam2.mp4"], "video_ranges": [[1.0, 4.0], [0.4, 3.4], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.9 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +1.5 seconds."], "answer": "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_908/cam0.mp4", "videos/kubric_data/scene_908/cam2.mp4", "videos/kubric_data/scene_908/cam1.mp4"], "video_ranges": [[2.0, 5.0], [1.4, 4.4], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +1.1 seconds; Video 3 starts at +1.5 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.5 seconds."], "answer": "B) Video 2 starts at +0.6 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_691/cam2.mp4", "videos/kubric_data/scene_691/cam0.mp4", "videos/kubric_data/scene_691/cam1.mp4"], "video_ranges": [[0.0, 3.0], [0.6, 3.6], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds."], "answer": "A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_203/cam1.mp4", "videos/kubric_data/scene_203/cam2.mp4", "videos/kubric_data/scene_203/cam0.mp4"], "video_ranges": [[0.2, 3.2], [0.6, 3.6], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_532/cam2.mp4", "videos/kubric_data/scene_532/cam1.mp4", "videos/kubric_data/scene_532/cam0.mp4"], "video_ranges": [[1.3, 4.3], [1.8, 4.8], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.8 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at -1.5 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +1.2 seconds."], "answer": "B) Video 2 starts at -1.5 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_660/cam2.mp4", "videos/kubric_data/scene_660/cam1.mp4", "videos/kubric_data/scene_660/cam0.mp4"], "video_ranges": [[2.0, 5.0], [0.5, 3.5], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.7 seconds."], "answer": "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_198/cam0.mp4", "videos/kubric_data/scene_198/cam1.mp4", "videos/kubric_data/scene_198/cam2.mp4"], "video_ranges": [[0.2, 3.2], [1.0, 4.0], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -1.6 seconds."], "answer": "D) Video 2 starts at -1.2 seconds; Video 3 starts at -1.6 seconds.", "videos": ["videos/kubric_data/scene_545/cam2.mp4", "videos/kubric_data/scene_545/cam1.mp4", "videos/kubric_data/scene_545/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.6, 3.6], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.1 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -1.7 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -1.2 seconds."], "answer": "A) Video 2 starts at +1.1 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_661/cam0.mp4", "videos/kubric_data/scene_661/cam2.mp4", "videos/kubric_data/scene_661/cam1.mp4"], "video_ranges": [[0.1, 3.1], [1.2, 4.2], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.8 seconds."], "answer": "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_213/cam2.mp4", "videos/kubric_data/scene_213/cam1.mp4", "videos/kubric_data/scene_213/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.6, 3.6], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.6 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at +1.1 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at -0.9 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_832/cam0.mp4", "videos/kubric_data/scene_832/cam1.mp4", "videos/kubric_data/scene_832/cam2.mp4"], "video_ranges": [[0.9, 3.9], [0.0, 3.0], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +1.4 seconds; Video 3 starts at +1.7 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.4 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_460/cam1.mp4", "videos/kubric_data/scene_460/cam0.mp4", "videos/kubric_data/scene_460/cam2.mp4"], "video_ranges": [[0.5, 3.5], [1.2, 4.2], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds."], "answer": "C) Video 2 starts at -1.4 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_57/cam0.mp4", "videos/kubric_data/scene_57/cam1.mp4", "videos/kubric_data/scene_57/cam2.mp4"], "video_ranges": [[1.8, 4.8], [0.3, 3.3], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at +0.9 seconds; Video 3 starts at +1.0 seconds.", "videos": ["videos/kubric_data/scene_81/cam1.mp4", "videos/kubric_data/scene_81/cam0.mp4", "videos/kubric_data/scene_81/cam2.mp4"], "video_ranges": [[0.7, 3.7], [1.6, 4.6], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.4 seconds.", "C) Video 2 starts at +1.4 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at -1.1 seconds; Video 3 starts at -0.3 seconds."], "answer": "D) Video 2 starts at -1.1 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_887/cam2.mp4", "videos/kubric_data/scene_887/cam0.mp4", "videos/kubric_data/scene_887/cam1.mp4"], "video_ranges": [[1.8, 4.8], [0.8, 3.8], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at +0.4 seconds."], "answer": "B) Video 2 starts at +0.6 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_741/cam1.mp4", "videos/kubric_data/scene_741/cam2.mp4", "videos/kubric_data/scene_741/cam0.mp4"], "video_ranges": [[0.0, 3.0], [0.6, 3.6], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +1.4 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds."], "answer": "C) Video 2 starts at +1.4 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_600/cam0.mp4", "videos/kubric_data/scene_600/cam1.mp4", "videos/kubric_data/scene_600/cam2.mp4"], "video_ranges": [[0.6, 3.6], [2.0, 5.0], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +1.5 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at +1.4 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.3 seconds."], "answer": "B) Video 2 starts at +1.5 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_827/cam1.mp4", "videos/kubric_data/scene_827/cam2.mp4", "videos/kubric_data/scene_827/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.7, 4.7], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -1.7 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +1.4 seconds."], "answer": "C) Video 2 starts at +0.9 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_445/cam2.mp4", "videos/kubric_data/scene_445/cam1.mp4", "videos/kubric_data/scene_445/cam0.mp4"], "video_ranges": [[0.1, 3.1], [1.0, 4.0], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at -1.2 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_505/cam1.mp4", "videos/kubric_data/scene_505/cam2.mp4", "videos/kubric_data/scene_505/cam0.mp4"], "video_ranges": [[1.6, 4.6], [0.4, 3.4], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +1.1 seconds.", "C) Video 2 starts at +1.4 seconds; Video 3 starts at +1.5 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.5 seconds."], "answer": "A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_98/cam0.mp4", "videos/kubric_data/scene_98/cam1.mp4", "videos/kubric_data/scene_98/cam2.mp4"], "video_ranges": [[0.0, 3.0], [0.5, 3.5], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "A) Video 2 starts at +0.9 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_291/cam2.mp4", "videos/kubric_data/scene_291/cam1.mp4", "videos/kubric_data/scene_291/cam0.mp4"], "video_ranges": [[0.5, 3.5], [1.4, 4.4], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -1.7 seconds.", "D) Video 2 starts at -1.8 seconds; Video 3 starts at -1.1 seconds."], "answer": "C) Video 2 starts at -1.4 seconds; Video 3 starts at -1.7 seconds.", "videos": ["videos/kubric_data/scene_211/cam0.mp4", "videos/kubric_data/scene_211/cam2.mp4", "videos/kubric_data/scene_211/cam1.mp4"], "video_ranges": [[2.0, 5.0], [0.6, 3.6], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -0.3 seconds."], "answer": "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_712/cam0.mp4", "videos/kubric_data/scene_712/cam2.mp4", "videos/kubric_data/scene_712/cam1.mp4"], "video_ranges": [[0.5, 3.5], [0.6, 3.6], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_342/cam1.mp4", "videos/kubric_data/scene_342/cam2.mp4", "videos/kubric_data/scene_342/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.1, 4.1], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +1.5 seconds; Video 3 starts at +1.4 seconds."], "answer": "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_933/cam0.mp4", "videos/kubric_data/scene_933/cam2.mp4", "videos/kubric_data/scene_933/cam1.mp4"], "video_ranges": [[1.4, 4.4], [1.9, 4.9], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.8 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.4 seconds."], "answer": "A) Video 2 starts at -0.6 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_6/cam1.mp4", "videos/kubric_data/scene_6/cam0.mp4", "videos/kubric_data/scene_6/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.7, 3.7], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.6 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds."], "answer": "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_549/cam1.mp4", "videos/kubric_data/scene_549/cam2.mp4", "videos/kubric_data/scene_549/cam0.mp4"], "video_ranges": [[1.1, 4.1], [0.1, 3.1], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -1.7 seconds.", "C) Video 2 starts at -1.3 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.0 seconds."], "answer": "C) Video 2 starts at -1.3 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_820/cam2.mp4", "videos/kubric_data/scene_820/cam0.mp4", "videos/kubric_data/scene_820/cam1.mp4"], "video_ranges": [[1.5, 4.5], [0.2, 3.2], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at +1.3 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +1.8 seconds; Video 3 starts at +1.7 seconds."], "answer": "D) Video 2 starts at +1.8 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_764/cam2.mp4", "videos/kubric_data/scene_764/cam1.mp4", "videos/kubric_data/scene_764/cam0.mp4"], "video_ranges": [[0.1, 3.1], [1.9, 4.9], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_890/cam0.mp4", "videos/kubric_data/scene_890/cam1.mp4", "videos/kubric_data/scene_890/cam2.mp4"], "video_ranges": [[0.6, 3.6], [0.3, 3.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.0 seconds."], "answer": "A) Video 2 starts at +0.3 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_317/cam2.mp4", "videos/kubric_data/scene_317/cam1.mp4", "videos/kubric_data/scene_317/cam0.mp4"], "video_ranges": [[0.3, 3.3], [0.7, 3.7], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -1.0 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_830/cam0.mp4", "videos/kubric_data/scene_830/cam2.mp4", "videos/kubric_data/scene_830/cam1.mp4"], "video_ranges": [[0.6, 3.6], [0.9, 3.9], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at +1.4 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -1.1 seconds; Video 3 starts at -1.5 seconds."], "answer": "B) Video 2 starts at +1.0 seconds; Video 3 starts at +1.4 seconds.", "videos": ["videos/kubric_data/scene_320/cam0.mp4", "videos/kubric_data/scene_320/cam2.mp4", "videos/kubric_data/scene_320/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.6, 4.6], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -1.6 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at +0.3 seconds; Video 3 starts at -1.6 seconds.", "videos": ["videos/kubric_data/scene_961/cam1.mp4", "videos/kubric_data/scene_961/cam2.mp4", "videos/kubric_data/scene_961/cam0.mp4"], "video_ranges": [[1.7, 4.7], [2.0, 5.0], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds."], "answer": "A) Video 2 starts at -0.7 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_210/cam1.mp4", "videos/kubric_data/scene_210/cam0.mp4", "videos/kubric_data/scene_210/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.1, 3.1], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.4 seconds.", "B) Video 2 starts at +1.9 seconds; Video 3 starts at +1.3 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at -0.8 seconds."], "answer": "D) Video 2 starts at +0.4 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_27/cam2.mp4", "videos/kubric_data/scene_27/cam0.mp4", "videos/kubric_data/scene_27/cam1.mp4"], "video_ranges": [[0.9, 3.9], [1.3, 4.3], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -1.8 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.3 seconds."], "answer": "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_981/cam2.mp4", "videos/kubric_data/scene_981/cam1.mp4", "videos/kubric_data/scene_981/cam0.mp4"], "video_ranges": [[1.1, 4.1], [1.0, 4.0], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +1.3 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +1.8 seconds; Video 3 starts at +1.4 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at -0.1 seconds."], "answer": "B) Video 2 starts at +1.3 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_272/cam1.mp4", "videos/kubric_data/scene_272/cam2.mp4", "videos/kubric_data/scene_272/cam0.mp4"], "video_ranges": [[0.4, 3.4], [1.8, 4.8], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at -0.8 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_470/cam1.mp4", "videos/kubric_data/scene_470/cam0.mp4", "videos/kubric_data/scene_470/cam2.mp4"], "video_ranges": [[1.0, 4.0], [0.2, 3.2], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at +1.5 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.1 seconds."], "answer": "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_44/cam2.mp4", "videos/kubric_data/scene_44/cam1.mp4", "videos/kubric_data/scene_44/cam0.mp4"], "video_ranges": [[1.2, 4.2], [1.1, 4.1], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +0.5 seconds; Video 3 starts at -0.3 seconds."], "answer": "C) Video 2 starts at +0.4 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_26/cam1.mp4", "videos/kubric_data/scene_26/cam0.mp4", "videos/kubric_data/scene_26/cam2.mp4"], "video_ranges": [[0.9, 3.9], [1.3, 4.3], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.3 seconds."], "answer": "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_99/cam1.mp4", "videos/kubric_data/scene_99/cam2.mp4", "videos/kubric_data/scene_99/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.8, 4.8], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at +0.5 seconds."], "answer": "B) Video 2 starts at +1.2 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_980/cam1.mp4", "videos/kubric_data/scene_980/cam2.mp4", "videos/kubric_data/scene_980/cam0.mp4"], "video_ranges": [[0.5, 3.5], [1.8, 4.8], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.1 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_251/cam0.mp4", "videos/kubric_data/scene_251/cam2.mp4", "videos/kubric_data/scene_251/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.6, 4.6], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -1.1 seconds."], "answer": "B) Video 2 starts at +1.1 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_839/cam0.mp4", "videos/kubric_data/scene_839/cam2.mp4", "videos/kubric_data/scene_839/cam1.mp4"], "video_ranges": [[0.8, 3.8], [1.9, 4.9], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.7 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_902/cam2.mp4", "videos/kubric_data/scene_902/cam0.mp4", "videos/kubric_data/scene_902/cam1.mp4"], "video_ranges": [[0.2, 3.2], [1.1, 4.1], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -1.6 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_178/cam1.mp4", "videos/kubric_data/scene_178/cam0.mp4", "videos/kubric_data/scene_178/cam2.mp4"], "video_ranges": [[1.0, 4.0], [0.2, 3.2], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.1 seconds; Video 3 starts at +1.6 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at +1.2 seconds."], "answer": "D) Video 2 starts at +1.0 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_658/cam2.mp4", "videos/kubric_data/scene_658/cam1.mp4", "videos/kubric_data/scene_658/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.8, 4.8], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -1.3 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_462/cam2.mp4", "videos/kubric_data/scene_462/cam0.mp4", "videos/kubric_data/scene_462/cam1.mp4"], "video_ranges": [[1.3, 4.3], [1.6, 4.6], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.0 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +1.6 seconds."], "answer": "C) Video 2 starts at -0.9 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_511/cam1.mp4", "videos/kubric_data/scene_511/cam2.mp4", "videos/kubric_data/scene_511/cam0.mp4"], "video_ranges": [[1.9, 4.9], [1.0, 4.0], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +1.4 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.6 seconds."], "answer": "B) Video 2 starts at +1.4 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_277/cam2.mp4", "videos/kubric_data/scene_277/cam1.mp4", "videos/kubric_data/scene_277/cam0.mp4"], "video_ranges": [[0.3, 3.3], [1.8, 4.8], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -1.8 seconds.", "C) Video 2 starts at -1.3 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at -0.1 seconds."], "answer": "A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_379/cam1.mp4", "videos/kubric_data/scene_379/cam0.mp4", "videos/kubric_data/scene_379/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.1, 3.1], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +1.3 seconds.", "C) Video 2 starts at +1.1 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.4 seconds."], "answer": "C) Video 2 starts at +1.1 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_129/cam2.mp4", "videos/kubric_data/scene_129/cam0.mp4", "videos/kubric_data/scene_129/cam1.mp4"], "video_ranges": [[0.2, 3.2], [1.3, 4.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -1.3 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -0.5 seconds."], "answer": "A) Video 2 starts at -0.4 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_542/cam0.mp4", "videos/kubric_data/scene_542/cam2.mp4", "videos/kubric_data/scene_542/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.1, 4.1], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +1.8 seconds; Video 3 starts at +1.5 seconds.", "C) Video 2 starts at -1.8 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -1.5 seconds."], "answer": "B) Video 2 starts at +1.8 seconds; Video 3 starts at +1.5 seconds.", "videos": ["videos/kubric_data/scene_665/cam1.mp4", "videos/kubric_data/scene_665/cam2.mp4", "videos/kubric_data/scene_665/cam0.mp4"], "video_ranges": [[0.0, 3.0], [1.8, 4.8], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.2 seconds."], "answer": "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_572/cam2.mp4", "videos/kubric_data/scene_572/cam0.mp4", "videos/kubric_data/scene_572/cam1.mp4"], "video_ranges": [[1.5, 4.5], [1.4, 4.4], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.6 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at -1.5 seconds; Video 3 starts at -0.2 seconds."], "answer": "D) Video 2 starts at -1.5 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_611/cam0.mp4", "videos/kubric_data/scene_611/cam1.mp4", "videos/kubric_data/scene_611/cam2.mp4"], "video_ranges": [[1.9, 4.9], [0.4, 3.4], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.9 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +0.9 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_635/cam1.mp4", "videos/kubric_data/scene_635/cam2.mp4", "videos/kubric_data/scene_635/cam0.mp4"], "video_ranges": [[0.9, 3.9], [0.7, 3.7], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at -1.9 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.7 seconds."], "answer": "C) Video 2 starts at -0.5 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_202/cam1.mp4", "videos/kubric_data/scene_202/cam0.mp4", "videos/kubric_data/scene_202/cam2.mp4"], "video_ranges": [[0.6, 3.6], [0.1, 3.1], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at +1.2 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at +0.5 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_264/cam2.mp4", "videos/kubric_data/scene_264/cam1.mp4", "videos/kubric_data/scene_264/cam0.mp4"], "video_ranges": [[1.2, 4.2], [1.8, 4.8], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.5 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -1.2 seconds.", "C) Video 2 starts at -1.0 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.5 seconds."], "answer": "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_433/cam1.mp4", "videos/kubric_data/scene_433/cam2.mp4", "videos/kubric_data/scene_433/cam0.mp4"], "video_ranges": [[0.6, 3.6], [1.9, 4.9], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.5 seconds; Video 3 starts at +1.4 seconds.", "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +1.8 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +1.0 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_650/cam2.mp4", "videos/kubric_data/scene_650/cam0.mp4", "videos/kubric_data/scene_650/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.6, 4.6], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +1.4 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.9 seconds; Video 3 starts at -0.4 seconds."], "answer": "A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_35/cam2.mp4", "videos/kubric_data/scene_35/cam1.mp4", "videos/kubric_data/scene_35/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.5, 4.5], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.9 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_220/cam2.mp4", "videos/kubric_data/scene_220/cam0.mp4", "videos/kubric_data/scene_220/cam1.mp4"], "video_ranges": [[1.6, 4.6], [0.4, 3.4], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +0.4 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at +0.5 seconds."], "answer": "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_415/cam0.mp4", "videos/kubric_data/scene_415/cam1.mp4", "videos/kubric_data/scene_415/cam2.mp4"], "video_ranges": [[1.3, 4.3], [0.4, 3.4], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.9 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at +0.9 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_556/cam2.mp4", "videos/kubric_data/scene_556/cam1.mp4", "videos/kubric_data/scene_556/cam0.mp4"], "video_ranges": [[0.7, 3.7], [1.6, 4.6], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +2.0 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.6 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_996/cam2.mp4", "videos/kubric_data/scene_996/cam0.mp4", "videos/kubric_data/scene_996/cam1.mp4"], "video_ranges": [[0.0, 3.0], [1.6, 4.6], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at +1.1 seconds; Video 3 starts at +1.5 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -1.0 seconds."], "answer": "B) Video 2 starts at +1.1 seconds; Video 3 starts at +1.5 seconds.", "videos": ["videos/kubric_data/scene_278/cam0.mp4", "videos/kubric_data/scene_278/cam1.mp4", "videos/kubric_data/scene_278/cam2.mp4"], "video_ranges": [[0.1, 3.1], [1.2, 4.2], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.3 seconds."], "answer": "A) Video 2 starts at -0.3 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_427/cam2.mp4", "videos/kubric_data/scene_427/cam0.mp4", "videos/kubric_data/scene_427/cam1.mp4"], "video_ranges": [[0.8, 3.8], [0.4, 3.4], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at -1.4 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.9 seconds."], "answer": "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_706/cam0.mp4", "videos/kubric_data/scene_706/cam2.mp4", "videos/kubric_data/scene_706/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.4, 3.4], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_215/cam1.mp4", "videos/kubric_data/scene_215/cam2.mp4", "videos/kubric_data/scene_215/cam0.mp4"], "video_ranges": [[0.1, 3.1], [0.8, 3.8], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds."], "answer": "D) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_585/cam0.mp4", "videos/kubric_data/scene_585/cam2.mp4", "videos/kubric_data/scene_585/cam1.mp4"], "video_ranges": [[2.0, 5.0], [1.7, 4.7], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at -0.5 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_315/cam1.mp4", "videos/kubric_data/scene_315/cam0.mp4", "videos/kubric_data/scene_315/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.2, 3.2], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_268/cam1.mp4", "videos/kubric_data/scene_268/cam2.mp4", "videos/kubric_data/scene_268/cam0.mp4"], "video_ranges": [[2.0, 5.0], [1.7, 4.7], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.7 seconds."], "answer": "B) Video 2 starts at -0.5 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_48/cam2.mp4", "videos/kubric_data/scene_48/cam1.mp4", "videos/kubric_data/scene_48/cam0.mp4"], "video_ranges": [[1.9, 4.9], [1.4, 4.4], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.9 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -1.6 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +1.2 seconds."], "answer": "A) Video 2 starts at -1.9 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_595/cam0.mp4", "videos/kubric_data/scene_595/cam2.mp4", "videos/kubric_data/scene_595/cam1.mp4"], "video_ranges": [[1.9, 4.9], [0.0, 3.0], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -1.5 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +1.5 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_699/cam2.mp4", "videos/kubric_data/scene_699/cam0.mp4", "videos/kubric_data/scene_699/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.0, 3.0], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.1 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +1.8 seconds; Video 3 starts at +1.4 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at +0.4 seconds."], "answer": "B) Video 2 starts at +1.8 seconds; Video 3 starts at +1.4 seconds.", "videos": ["videos/kubric_data/scene_583/cam0.mp4", "videos/kubric_data/scene_583/cam2.mp4", "videos/kubric_data/scene_583/cam1.mp4"], "video_ranges": [[0.2, 3.2], [2.0, 5.0], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at +1.4 seconds; Video 3 starts at +1.5 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -0.7 seconds."], "answer": "A) Video 2 starts at -0.1 seconds; Video 3 starts at -1.4 seconds.", "videos": ["videos/kubric_data/scene_192/cam2.mp4", "videos/kubric_data/scene_192/cam0.mp4", "videos/kubric_data/scene_192/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.7, 4.7], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -0.8 seconds."], "answer": "D) Video 2 starts at -1.3 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_465/cam2.mp4", "videos/kubric_data/scene_465/cam1.mp4", "videos/kubric_data/scene_465/cam0.mp4"], "video_ranges": [[1.5, 4.5], [0.2, 3.2], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +1.8 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.4 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.9 seconds."], "answer": "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.9 seconds.", "videos": ["videos/kubric_data/scene_614/cam2.mp4", "videos/kubric_data/scene_614/cam0.mp4", "videos/kubric_data/scene_614/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.8, 4.8], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -2.0 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at +0.5 seconds."], "answer": "A) Video 2 starts at +0.5 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_637/cam2.mp4", "videos/kubric_data/scene_637/cam1.mp4", "videos/kubric_data/scene_637/cam0.mp4"], "video_ranges": [[1.1, 4.1], [1.6, 4.6], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.7 seconds; Video 3 starts at -1.8 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at -0.6 seconds."], "answer": "B) Video 2 starts at +0.3 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_695/cam1.mp4", "videos/kubric_data/scene_695/cam0.mp4", "videos/kubric_data/scene_695/cam2.mp4"], "video_ranges": [[0.3, 3.3], [0.7, 3.7], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.5 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -1.2 seconds."], "answer": "C) Video 2 starts at -1.5 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_619/cam0.mp4", "videos/kubric_data/scene_619/cam2.mp4", "videos/kubric_data/scene_619/cam1.mp4"], "video_ranges": [[1.5, 4.5], [0.0, 3.0], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +1.3 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.5 seconds."], "answer": "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_548/cam0.mp4", "videos/kubric_data/scene_548/cam2.mp4", "videos/kubric_data/scene_548/cam1.mp4"], "video_ranges": [[1.4, 4.4], [1.9, 4.9], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +1.0 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -1.4 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_558/cam0.mp4", "videos/kubric_data/scene_558/cam1.mp4", "videos/kubric_data/scene_558/cam2.mp4"], "video_ranges": [[0.5, 3.5], [0.8, 3.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +1.6 seconds; Video 3 starts at +1.7 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.2 seconds."], "answer": "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.2 seconds.", "videos": ["videos/kubric_data/scene_682/cam0.mp4", "videos/kubric_data/scene_682/cam1.mp4", "videos/kubric_data/scene_682/cam2.mp4"], "video_ranges": [[1.9, 4.9], [1.8, 4.8], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at -0.6 seconds."], "answer": "A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_196/cam2.mp4", "videos/kubric_data/scene_196/cam1.mp4", "videos/kubric_data/scene_196/cam0.mp4"], "video_ranges": [[1.2, 4.2], [1.6, 4.6], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.3 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds."], "answer": "A) Video 2 starts at +1.3 seconds; Video 3 starts at +0.9 seconds.", "videos": ["videos/kubric_data/scene_871/cam2.mp4", "videos/kubric_data/scene_871/cam1.mp4", "videos/kubric_data/scene_871/cam0.mp4"], "video_ranges": [[0.3, 3.3], [1.7, 4.7], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -0.6 seconds.", "C) Video 2 starts at +1.5 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +1.1 seconds."], "answer": "C) Video 2 starts at +1.5 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_745/cam1.mp4", "videos/kubric_data/scene_745/cam2.mp4", "videos/kubric_data/scene_745/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.7, 4.7], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +0.8 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.3 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_812/cam0.mp4", "videos/kubric_data/scene_812/cam2.mp4", "videos/kubric_data/scene_812/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.4, 4.4], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at -1.8 seconds."], "answer": "D) Video 2 starts at -0.5 seconds; Video 3 starts at -1.8 seconds.", "videos": ["videos/kubric_data/scene_625/cam0.mp4", "videos/kubric_data/scene_625/cam1.mp4", "videos/kubric_data/scene_625/cam2.mp4"], "video_ranges": [[1.8, 4.8], [1.3, 4.3], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.4 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_609/cam2.mp4", "videos/kubric_data/scene_609/cam1.mp4", "videos/kubric_data/scene_609/cam0.mp4"], "video_ranges": [[1.8, 4.8], [1.8, 4.8], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_514/cam1.mp4", "videos/kubric_data/scene_514/cam2.mp4", "videos/kubric_data/scene_514/cam0.mp4"], "video_ranges": [[0.1, 3.1], [0.9, 3.9], [0.6, 3.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -2.0 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -1.0 seconds."], "answer": "B) Video 2 starts at +0.9 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_732/cam2.mp4", "videos/kubric_data/scene_732/cam0.mp4", "videos/kubric_data/scene_732/cam1.mp4"], "video_ranges": [[0.5, 3.5], [1.4, 4.4], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at -0.5 seconds."], "answer": "A) Video 2 starts at +1.2 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_670/cam1.mp4", "videos/kubric_data/scene_670/cam2.mp4", "videos/kubric_data/scene_670/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.5, 4.5], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at +0.6 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_135/cam1.mp4", "videos/kubric_data/scene_135/cam2.mp4", "videos/kubric_data/scene_135/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.0, 4.0], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +1.3 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.7 seconds."], "answer": "C) Video 2 starts at +1.3 seconds; Video 3 starts at +1.8 seconds.", "videos": ["videos/kubric_data/scene_300/cam0.mp4", "videos/kubric_data/scene_300/cam1.mp4", "videos/kubric_data/scene_300/cam2.mp4"], "video_ranges": [[0.2, 3.2], [1.6, 4.6], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +1.3 seconds."], "answer": "A) Video 2 starts at -0.5 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_247/cam2.mp4", "videos/kubric_data/scene_247/cam1.mp4", "videos/kubric_data/scene_247/cam0.mp4"], "video_ranges": [[1.0, 4.0], [0.5, 3.5], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at +0.3 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_948/cam0.mp4", "videos/kubric_data/scene_948/cam2.mp4", "videos/kubric_data/scene_948/cam1.mp4"], "video_ranges": [[0.1, 3.1], [0.4, 3.4], [0.3, 3.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.1 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at +1.8 seconds; Video 3 starts at +1.4 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "C) Video 2 starts at +1.8 seconds; Video 3 starts at +1.4 seconds.", "videos": ["videos/kubric_data/scene_949/cam1.mp4", "videos/kubric_data/scene_949/cam0.mp4", "videos/kubric_data/scene_949/cam2.mp4"], "video_ranges": [[0.2, 3.2], [2.0, 5.0], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.7 seconds.", "B) Video 2 starts at -1.0 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -1.0 seconds."], "answer": "A) Video 2 starts at +1.3 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_971/cam1.mp4", "videos/kubric_data/scene_971/cam2.mp4", "videos/kubric_data/scene_971/cam0.mp4"], "video_ranges": [[0.2, 3.2], [1.5, 4.5], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.4 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -1.8 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.1 seconds."], "answer": "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_615/cam0.mp4", "videos/kubric_data/scene_615/cam2.mp4", "videos/kubric_data/scene_615/cam1.mp4"], "video_ranges": [[0.8, 3.8], [1.9, 4.9], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.8 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds."], "answer": "B) Video 2 starts at -0.6 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_435/cam0.mp4", "videos/kubric_data/scene_435/cam1.mp4", "videos/kubric_data/scene_435/cam2.mp4"], "video_ranges": [[0.9, 3.9], [0.3, 3.3], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +1.7 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at +1.0 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_853/cam2.mp4", "videos/kubric_data/scene_853/cam1.mp4", "videos/kubric_data/scene_853/cam0.mp4"], "video_ranges": [[0.1, 3.1], [1.7, 4.7], [0.7, 3.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.7 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_494/cam2.mp4", "videos/kubric_data/scene_494/cam0.mp4", "videos/kubric_data/scene_494/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.9, 3.9], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.9 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -1.3 seconds.", "C) Video 2 starts at -1.5 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +0.8 seconds."], "answer": "B) Video 2 starts at -1.1 seconds; Video 3 starts at -1.3 seconds.", "videos": ["videos/kubric_data/scene_784/cam0.mp4", "videos/kubric_data/scene_784/cam2.mp4", "videos/kubric_data/scene_784/cam1.mp4"], "video_ranges": [[1.8, 4.8], [0.8, 3.8], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.5 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at +0.9 seconds."], "answer": "C) Video 2 starts at -0.6 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_994/cam0.mp4", "videos/kubric_data/scene_994/cam2.mp4", "videos/kubric_data/scene_994/cam1.mp4"], "video_ranges": [[1.7, 4.7], [1.1, 4.1], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.2 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +0.9 seconds."], "answer": "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_924/cam0.mp4", "videos/kubric_data/scene_924/cam1.mp4", "videos/kubric_data/scene_924/cam2.mp4"], "video_ranges": [[0.4, 3.4], [0.2, 3.2], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at -1.8 seconds; Video 3 starts at -1.9 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.7 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_621/cam1.mp4", "videos/kubric_data/scene_621/cam2.mp4", "videos/kubric_data/scene_621/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.6, 4.6], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at -1.4 seconds.", "B) Video 2 starts at -1.4 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at -0.9 seconds."], "answer": "B) Video 2 starts at -1.4 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_54/cam2.mp4", "videos/kubric_data/scene_54/cam0.mp4", "videos/kubric_data/scene_54/cam1.mp4"], "video_ranges": [[1.4, 4.4], [0.0, 3.0], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.4 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_630/cam1.mp4", "videos/kubric_data/scene_630/cam2.mp4", "videos/kubric_data/scene_630/cam0.mp4"], "video_ranges": [[1.2, 4.2], [1.3, 4.3], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +1.5 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds."], "answer": "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_161/cam0.mp4", "videos/kubric_data/scene_161/cam2.mp4", "videos/kubric_data/scene_161/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.8, 4.8], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.5 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at +1.4 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_288/cam0.mp4", "videos/kubric_data/scene_288/cam2.mp4", "videos/kubric_data/scene_288/cam1.mp4"], "video_ranges": [[1.3, 4.3], [1.8, 4.8], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +1.4 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at -0.4 seconds; Video 3 starts at -0.5 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "videos": ["videos/kubric_data/scene_727/cam2.mp4", "videos/kubric_data/scene_727/cam1.mp4", "videos/kubric_data/scene_727/cam0.mp4"], "video_ranges": [[1.1, 4.1], [0.9, 3.9], [0.0, 3.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -0.3 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.6 seconds.", "videos": ["videos/kubric_data/scene_127/cam2.mp4", "videos/kubric_data/scene_127/cam1.mp4", "videos/kubric_data/scene_127/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.6, 4.6], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at +1.0 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_742/cam0.mp4", "videos/kubric_data/scene_742/cam1.mp4", "videos/kubric_data/scene_742/cam2.mp4"], "video_ranges": [[1.6, 4.6], [0.7, 3.7], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.4 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -1.4 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +1.3 seconds; Video 3 starts at +0.7 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_7/cam1.mp4", "videos/kubric_data/scene_7/cam2.mp4", "videos/kubric_data/scene_7/cam0.mp4"], "video_ranges": [[0.5, 3.5], [1.2, 4.2], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds."], "answer": "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_420/cam1.mp4", "videos/kubric_data/scene_420/cam0.mp4", "videos/kubric_data/scene_420/cam2.mp4"], "video_ranges": [[0.7, 3.7], [1.4, 4.4], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +0.9 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +1.5 seconds."], "answer": "A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_139/cam0.mp4", "videos/kubric_data/scene_139/cam1.mp4", "videos/kubric_data/scene_139/cam2.mp4"], "video_ranges": [[1.8, 4.8], [1.4, 4.4], [1.8, 4.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "B) Video 2 starts at -0.9 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at +0.4 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -1.2 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds.", "videos": ["videos/kubric_data/scene_794/cam0.mp4", "videos/kubric_data/scene_794/cam1.mp4", "videos/kubric_data/scene_794/cam2.mp4"], "video_ranges": [[0.7, 3.7], [0.9, 3.9], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.5 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at +1.7 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at +1.7 seconds.", "videos": ["videos/kubric_data/scene_779/cam2.mp4", "videos/kubric_data/scene_779/cam0.mp4", "videos/kubric_data/scene_779/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.3, 3.3], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.7 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -0.9 seconds; Video 3 starts at -0.6 seconds."], "answer": "B) Video 2 starts at -1.2 seconds; Video 3 starts at -1.7 seconds.", "videos": ["videos/kubric_data/scene_446/cam2.mp4", "videos/kubric_data/scene_446/cam1.mp4", "videos/kubric_data/scene_446/cam0.mp4"], "video_ranges": [[1.9, 4.9], [0.8, 3.8], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at +0.3 seconds; Video 3 starts at +1.4 seconds."], "answer": "C) Video 2 starts at -1.2 seconds; Video 3 starts at -0.6 seconds.", "videos": ["videos/kubric_data/scene_632/cam2.mp4", "videos/kubric_data/scene_632/cam0.mp4", "videos/kubric_data/scene_632/cam1.mp4"], "video_ranges": [[1.3, 4.3], [0.2, 3.2], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.5 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -1.7 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.4 seconds."], "answer": "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_55/cam2.mp4", "videos/kubric_data/scene_55/cam0.mp4", "videos/kubric_data/scene_55/cam1.mp4"], "video_ranges": [[1.3, 4.3], [1.4, 4.4], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +1.1 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_24/cam2.mp4", "videos/kubric_data/scene_24/cam1.mp4", "videos/kubric_data/scene_24/cam0.mp4"], "video_ranges": [[1.2, 4.2], [0.8, 3.8], [0.4, 3.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.0 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +1.3 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +0.5 seconds."], "answer": "B) Video 2 starts at +0.3 seconds; Video 3 starts at +1.3 seconds.", "videos": ["videos/kubric_data/scene_856/cam0.mp4", "videos/kubric_data/scene_856/cam1.mp4", "videos/kubric_data/scene_856/cam2.mp4"], "video_ranges": [[0.1, 3.1], [0.4, 3.4], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.7 seconds."], "answer": "A) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_493/cam2.mp4", "videos/kubric_data/scene_493/cam1.mp4", "videos/kubric_data/scene_493/cam0.mp4"], "video_ranges": [[0.5, 3.5], [1.0, 4.0], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at +1.2 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at -0.8 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_152/cam2.mp4", "videos/kubric_data/scene_152/cam0.mp4", "videos/kubric_data/scene_152/cam1.mp4"], "video_ranges": [[1.2, 4.2], [0.4, 3.4], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.2 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at -1.7 seconds.", "D) Video 2 starts at +0.7 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at -1.6 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_849/cam2.mp4", "videos/kubric_data/scene_849/cam0.mp4", "videos/kubric_data/scene_849/cam1.mp4"], "video_ranges": [[2.0, 5.0], [0.4, 3.4], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.5 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds."], "answer": "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_503/cam0.mp4", "videos/kubric_data/scene_503/cam1.mp4", "videos/kubric_data/scene_503/cam2.mp4"], "video_ranges": [[1.3, 4.3], [1.8, 4.8], [2.0, 5.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -0.9 seconds.", "C) Video 2 starts at +0.7 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at -1.0 seconds; Video 3 starts at -0.7 seconds."], "answer": "C) Video 2 starts at +0.7 seconds; Video 3 starts at -1.0 seconds.", "videos": ["videos/kubric_data/scene_715/cam1.mp4", "videos/kubric_data/scene_715/cam2.mp4", "videos/kubric_data/scene_715/cam0.mp4"], "video_ranges": [[1.2, 4.2], [1.9, 4.9], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.5 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at +0.1 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -1.5 seconds.", "D) Video 2 starts at -1.3 seconds; Video 3 starts at -1.5 seconds."], "answer": "D) Video 2 starts at -1.3 seconds; Video 3 starts at -1.5 seconds.", "videos": ["videos/kubric_data/scene_15/cam2.mp4", "videos/kubric_data/scene_15/cam1.mp4", "videos/kubric_data/scene_15/cam0.mp4"], "video_ranges": [[1.8, 4.8], [0.4, 3.4], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.2 seconds; Video 3 starts at -0.1 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.8 seconds."], "answer": "A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_316/cam0.mp4", "videos/kubric_data/scene_316/cam1.mp4", "videos/kubric_data/scene_316/cam2.mp4"], "video_ranges": [[0.8, 3.8], [0.5, 3.5], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.3 seconds."], "answer": "C) Video 2 starts at -0.8 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_319/cam2.mp4", "videos/kubric_data/scene_319/cam1.mp4", "videos/kubric_data/scene_319/cam0.mp4"], "video_ranges": [[1.2, 4.2], [0.4, 3.4], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +1.0 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at -1.4 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.9 seconds."], "answer": "B) Video 2 starts at +0.7 seconds; Video 3 starts at +1.0 seconds.", "videos": ["videos/kubric_data/scene_32/cam0.mp4", "videos/kubric_data/scene_32/cam2.mp4", "videos/kubric_data/scene_32/cam1.mp4"], "video_ranges": [[0.6, 3.6], [1.2, 4.2], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.4 seconds.", "C) Video 2 starts at +0.5 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +1.2 seconds; Video 3 starts at +0.1 seconds."], "answer": "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.4 seconds.", "videos": ["videos/kubric_data/scene_626/cam1.mp4", "videos/kubric_data/scene_626/cam0.mp4", "videos/kubric_data/scene_626/cam2.mp4"], "video_ranges": [[1.7, 4.7], [1.4, 4.4], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.8 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.7 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.8 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.2 seconds."], "answer": "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_283/cam0.mp4", "videos/kubric_data/scene_283/cam2.mp4", "videos/kubric_data/scene_283/cam1.mp4"], "video_ranges": [[1.1, 4.1], [0.8, 3.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at +1.3 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +0.1 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -0.6 seconds."], "answer": "C) Video 2 starts at +1.2 seconds; Video 3 starts at +0.1 seconds.", "videos": ["videos/kubric_data/scene_900/cam2.mp4", "videos/kubric_data/scene_900/cam1.mp4", "videos/kubric_data/scene_900/cam0.mp4"], "video_ranges": [[0.8, 3.8], [1.9, 4.9], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at +0.3 seconds; Video 3 starts at -0.6 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.9 seconds."], "answer": "A) Video 2 starts at -0.6 seconds; Video 3 starts at -0.1 seconds.", "videos": ["videos/kubric_data/scene_535/cam0.mp4", "videos/kubric_data/scene_535/cam1.mp4", "videos/kubric_data/scene_535/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.6, 3.6], [1.1, 4.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.1 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +1.5 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at +0.5 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at -1.8 seconds."], "answer": "D) Video 2 starts at -0.7 seconds; Video 3 starts at -1.8 seconds.", "videos": ["videos/kubric_data/scene_762/cam2.mp4", "videos/kubric_data/scene_762/cam1.mp4", "videos/kubric_data/scene_762/cam0.mp4"], "video_ranges": [[1.8, 4.8], [1.2, 4.2], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.7 seconds; Video 3 starts at -0.5 seconds.", "B) Video 2 starts at -1.3 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -1.6 seconds; Video 3 starts at -1.0 seconds.", "D) Video 2 starts at -1.5 seconds; Video 3 starts at +0.5 seconds."], "answer": "A) Video 2 starts at -0.7 seconds; Video 3 starts at -0.5 seconds.", "videos": ["videos/kubric_data/scene_308/cam2.mp4", "videos/kubric_data/scene_308/cam1.mp4", "videos/kubric_data/scene_308/cam0.mp4"], "video_ranges": [[0.8, 3.8], [0.1, 3.1], [0.2, 3.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -1.9 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_751/cam0.mp4", "videos/kubric_data/scene_751/cam2.mp4", "videos/kubric_data/scene_751/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.4, 4.4], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +1.5 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at -0.3 seconds; Video 3 starts at +0.9 seconds."], "answer": "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.1 seconds.", "videos": ["videos/kubric_data/scene_734/cam0.mp4", "videos/kubric_data/scene_734/cam2.mp4", "videos/kubric_data/scene_734/cam1.mp4"], "video_ranges": [[1.2, 4.2], [0.3, 3.3], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -0.8 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -1.3 seconds; Video 3 starts at -0.8 seconds.", "D) Video 2 starts at +0.1 seconds; Video 3 starts at -0.8 seconds."], "answer": "C) Video 2 starts at -1.3 seconds; Video 3 starts at -0.8 seconds.", "videos": ["videos/kubric_data/scene_606/cam0.mp4", "videos/kubric_data/scene_606/cam1.mp4", "videos/kubric_data/scene_606/cam2.mp4"], "video_ranges": [[1.8, 4.8], [0.4, 3.4], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +1.7 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at -0.5 seconds.", "D) Video 2 starts at +0.6 seconds; Video 3 starts at +1.6 seconds."], "answer": "A) Video 2 starts at +1.7 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_246/cam0.mp4", "videos/kubric_data/scene_246/cam1.mp4", "videos/kubric_data/scene_246/cam2.mp4"], "video_ranges": [[0.2, 3.2], [1.9, 4.9], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.4 seconds; Video 3 starts at +0.7 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "C) Video 2 starts at -1.3 seconds; Video 3 starts at -0.4 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at +0.2 seconds."], "answer": "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_844/cam0.mp4", "videos/kubric_data/scene_844/cam2.mp4", "videos/kubric_data/scene_844/cam1.mp4"], "video_ranges": [[1.3, 4.3], [0.2, 3.2], [0.9, 3.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.6 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -1.2 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +1.6 seconds; Video 3 starts at +1.7 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.3 seconds."], "answer": "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_371/cam0.mp4", "videos/kubric_data/scene_371/cam2.mp4", "videos/kubric_data/scene_371/cam1.mp4"], "video_ranges": [[1.5, 4.5], [0.8, 3.8], [1.2, 4.2]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at +1.8 seconds.", "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.4 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +0.3 seconds."], "answer": "C) Video 2 starts at -0.5 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_14/cam0.mp4", "videos/kubric_data/scene_14/cam2.mp4", "videos/kubric_data/scene_14/cam1.mp4"], "video_ranges": [[1.1, 4.1], [0.6, 3.6], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -1.1 seconds; Video 3 starts at -0.9 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at +0.1 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_677/cam2.mp4", "videos/kubric_data/scene_677/cam1.mp4", "videos/kubric_data/scene_677/cam0.mp4"], "video_ranges": [[0.9, 3.9], [1.1, 4.1], [0.5, 3.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.3 seconds.", "B) Video 2 starts at +0.3 seconds; Video 3 starts at +1.5 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at +0.4 seconds."], "answer": "B) Video 2 starts at +0.3 seconds; Video 3 starts at +1.5 seconds.", "videos": ["videos/kubric_data/scene_586/cam2.mp4", "videos/kubric_data/scene_586/cam0.mp4", "videos/kubric_data/scene_586/cam1.mp4"], "video_ranges": [[0.2, 3.2], [0.5, 3.5], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.3 seconds; Video 3 starts at -0.9 seconds.", "B) Video 2 starts at +0.7 seconds; Video 3 starts at +0.1 seconds.", "C) Video 2 starts at -1.5 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.4 seconds."], "answer": "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.4 seconds.", "videos": ["videos/kubric_data/scene_622/cam2.mp4", "videos/kubric_data/scene_622/cam0.mp4", "videos/kubric_data/scene_622/cam1.mp4"], "video_ranges": [[1.8, 4.8], [1.5, 4.5], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.6 seconds; Video 3 starts at +0.2 seconds.", "B) Video 2 starts at -0.7 seconds; Video 3 starts at +0.5 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.3 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -1.0 seconds."], "answer": "C) Video 2 starts at -0.4 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_596/cam1.mp4", "videos/kubric_data/scene_596/cam2.mp4", "videos/kubric_data/scene_596/cam0.mp4"], "video_ranges": [[1.2, 4.2], [0.8, 3.8], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.9 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at -0.2 seconds.", "C) Video 2 starts at -0.9 seconds; Video 3 starts at +0.2 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.3 seconds."], "answer": "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.3 seconds.", "videos": ["videos/kubric_data/scene_882/cam0.mp4", "videos/kubric_data/scene_882/cam1.mp4", "videos/kubric_data/scene_882/cam2.mp4"], "video_ranges": [[0.4, 3.4], [0.2, 3.2], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.6 seconds; Video 3 starts at -0.1 seconds.", "C) Video 2 starts at +0.1 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at +0.8 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at +0.8 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_539/cam0.mp4", "videos/kubric_data/scene_539/cam1.mp4", "videos/kubric_data/scene_539/cam2.mp4"], "video_ranges": [[1.0, 4.0], [1.8, 4.8], [1.5, 4.5]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.3 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "C) Video 2 starts at -0.4 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at -0.2 seconds."], "answer": "B) Video 2 starts at +0.8 seconds; Video 3 starts at +1.2 seconds.", "videos": ["videos/kubric_data/scene_91/cam0.mp4", "videos/kubric_data/scene_91/cam1.mp4", "videos/kubric_data/scene_91/cam2.mp4"], "video_ranges": [[0.7, 3.7], [1.4, 4.4], [1.9, 4.9]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.5 seconds.", "B) Video 2 starts at +0.2 seconds; Video 3 starts at -0.8 seconds.", "C) Video 2 starts at +0.9 seconds; Video 3 starts at +1.3 seconds.", "D) Video 2 starts at -0.8 seconds; Video 3 starts at -0.2 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +0.5 seconds.", "videos": ["videos/kubric_data/scene_791/cam2.mp4", "videos/kubric_data/scene_791/cam1.mp4", "videos/kubric_data/scene_791/cam0.mp4"], "video_ranges": [[1.1, 4.1], [1.3, 4.3], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.1 seconds; Video 3 starts at +0.1 seconds.", "B) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at +1.2 seconds; Video 3 starts at +1.1 seconds.", "D) Video 2 starts at -1.2 seconds; Video 3 starts at -2.0 seconds."], "answer": "B) Video 2 starts at -0.4 seconds; Video 3 starts at +0.2 seconds.", "videos": ["videos/kubric_data/scene_352/cam0.mp4", "videos/kubric_data/scene_352/cam1.mp4", "videos/kubric_data/scene_352/cam2.mp4"], "video_ranges": [[1.2, 4.2], [0.8, 3.8], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.0 seconds; Video 3 starts at -0.1 seconds.", "B) Video 2 starts at -0.1 seconds; Video 3 starts at +0.3 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.7 seconds.", "D) Video 2 starts at -0.6 seconds; Video 3 starts at -0.2 seconds."], "answer": "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.7 seconds.", "videos": ["videos/kubric_data/scene_766/cam1.mp4", "videos/kubric_data/scene_766/cam0.mp4", "videos/kubric_data/scene_766/cam2.mp4"], "video_ranges": [[1.8, 4.8], [1.4, 4.4], [0.1, 3.1]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.7 seconds; Video 3 starts at -1.0 seconds.", "B) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.7 seconds; Video 3 starts at -1.3 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds."], "answer": "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds.", "videos": ["videos/kubric_data/scene_318/cam1.mp4", "videos/kubric_data/scene_318/cam0.mp4", "videos/kubric_data/scene_318/cam2.mp4"], "video_ranges": [[1.0, 4.0], [1.2, 4.2], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.8 seconds; Video 3 starts at -0.4 seconds.", "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.4 seconds.", "C) Video 2 starts at -1.2 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +1.1 seconds; Video 3 starts at -0.5 seconds."], "answer": "B) Video 2 starts at -0.3 seconds; Video 3 starts at +0.4 seconds.", "videos": ["videos/kubric_data/scene_977/cam0.mp4", "videos/kubric_data/scene_977/cam2.mp4", "videos/kubric_data/scene_977/cam1.mp4"], "video_ranges": [[1.2, 4.2], [0.8, 3.8], [1.6, 4.6]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.1 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at -0.1 seconds; Video 3 starts at +0.3 seconds.", "D) Video 2 starts at -0.2 seconds; Video 3 starts at +1.0 seconds."], "answer": "D) Video 2 starts at -0.2 seconds; Video 3 starts at +1.0 seconds.", "videos": ["videos/kubric_data/scene_673/cam2.mp4", "videos/kubric_data/scene_673/cam1.mp4", "videos/kubric_data/scene_673/cam0.mp4"], "video_ranges": [[0.4, 3.4], [0.2, 3.2], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.3 seconds; Video 3 starts at -0.7 seconds.", "B) Video 2 starts at +1.6 seconds; Video 3 starts at +0.8 seconds.", "C) Video 2 starts at +1.7 seconds; Video 3 starts at +0.7 seconds.", "D) Video 2 starts at +0.4 seconds; Video 3 starts at +0.9 seconds."], "answer": "A) Video 2 starts at -1.3 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_770/cam1.mp4", "videos/kubric_data/scene_770/cam2.mp4", "videos/kubric_data/scene_770/cam0.mp4"], "video_ranges": [[1.7, 4.7], [0.3, 3.3], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at -1.3 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at +0.2 seconds.", "C) Video 2 starts at -1.1 seconds; Video 3 starts at -0.2 seconds.", "D) Video 2 starts at -0.1 seconds; Video 3 starts at -1.5 seconds."], "answer": "C) Video 2 starts at -1.1 seconds; Video 3 starts at -0.2 seconds.", "videos": ["videos/kubric_data/scene_719/cam2.mp4", "videos/kubric_data/scene_719/cam0.mp4", "videos/kubric_data/scene_719/cam1.mp4"], "video_ranges": [[1.7, 4.7], [0.6, 3.6], [1.4, 4.4]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.1 seconds.", "B) Video 2 starts at -1.6 seconds; Video 3 starts at -1.1 seconds.", "C) Video 2 starts at -0.6 seconds; Video 3 starts at +0.8 seconds.", "D) Video 2 starts at -0.5 seconds; Video 3 starts at +1.0 seconds."], "answer": "A) Video 2 starts at +0.2 seconds; Video 3 starts at +1.1 seconds.", "videos": ["videos/kubric_data/scene_829/cam0.mp4", "videos/kubric_data/scene_829/cam1.mp4", "videos/kubric_data/scene_829/cam2.mp4"], "video_ranges": [[0.6, 3.6], [0.8, 3.8], [1.7, 4.7]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +0.6 seconds.", "B) Video 2 starts at +0.4 seconds; Video 3 starts at -0.3 seconds.", "C) Video 2 starts at -0.3 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.7 seconds."], "answer": "D) Video 2 starts at +1.6 seconds; Video 3 starts at +0.7 seconds.", "videos": ["videos/kubric_data/scene_455/cam1.mp4", "videos/kubric_data/scene_455/cam0.mp4", "videos/kubric_data/scene_455/cam2.mp4"], "video_ranges": [[0.3, 3.3], [1.9, 4.9], [1.0, 4.0]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -1.2 seconds; Video 3 starts at -1.6 seconds.", "B) Video 2 starts at -0.8 seconds; Video 3 starts at -1.0 seconds.", "C) Video 2 starts at -1.1 seconds; Video 3 starts at -0.7 seconds.", "D) Video 2 starts at -0.7 seconds; Video 3 starts at -0.9 seconds."], "answer": "C) Video 2 starts at -1.1 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_336/cam0.mp4", "videos/kubric_data/scene_336/cam2.mp4", "videos/kubric_data/scene_336/cam1.mp4"], "video_ranges": [[2.0, 5.0], [0.9, 3.9], [1.3, 4.3]]}
{"category": "Temporal_Alignment", "task": "Multi_Angle_Synchronization", "question": "You are provided with three videos (Video 1, Video 2, and Video 3) recorded at 12 FPS. Each video is exactly 3.0 seconds long and shows the same physical event captured simultaneously from three different camera angles.\nIdentify the exact temporal offset of the latter two videos. At what timestamp in Video 1's timeline does the very first frame of Video 2 and Video 3 occur? (Note: A negative timestamp means the video started before Video 1).", "options": ["A) Video 2 starts at -0.2 seconds; Video 3 starts at +1.2 seconds.", "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.7 seconds.", "C) Video 2 starts at +0.2 seconds; Video 3 starts at -1.1 seconds.", "D) Video 2 starts at +0.2 seconds; Video 3 starts at +0.3 seconds."], "answer": "B) Video 2 starts at -1.1 seconds; Video 3 starts at -0.7 seconds.", "videos": ["videos/kubric_data/scene_431/cam2.mp4", "videos/kubric_data/scene_431/cam0.mp4", "videos/kubric_data/scene_431/cam1.mp4"], "video_ranges": [[1.5, 4.5], [0.4, 3.4], [0.8, 3.8]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "A) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13865.mp4", "videos/clvr/video_validation/video_13865.mp4", "videos/clvr/video_validation/video_13865.mp4", "videos/clvr/video_validation/video_13865.mp4"], "video_ranges": [[4.13, 5.03], [0.13, 1.03], [1.56, 2.46], [2.82, 3.72]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13915.mp4", "videos/clvr/video_validation/video_13915.mp4", "videos/clvr/video_validation/video_13915.mp4", "videos/clvr/video_validation/video_13915.mp4"], "video_ranges": [[4.25, 5.11], [2.98, 3.84], [0.43, 1.29], [1.78, 2.64]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13357.mp4", "videos/clvr/video_validation/video_13357.mp4", "videos/clvr/video_validation/video_13357.mp4", "videos/clvr/video_validation/video_13357.mp4"], "video_ranges": [[0.35, 1.22], [1.55, 2.42], [4.21, 5.08], [2.87, 3.74]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "D) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12346.mp4", "videos/clvr/video_validation/video_12346.mp4", "videos/clvr/video_validation/video_12346.mp4", "videos/clvr/video_validation/video_12346.mp4"], "video_ranges": [[2.89, 3.74], [4.14, 4.99], [1.73, 2.58], [0.3, 1.15]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12799.mp4", "videos/clvr/video_validation/video_12799.mp4", "videos/clvr/video_validation/video_12799.mp4", "videos/clvr/video_validation/video_12799.mp4"], "video_ranges": [[0.08, 0.95], [2.92, 3.79], [1.51, 2.38], [4.19, 5.06]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "D) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13331.mp4", "videos/clvr/video_validation/video_13331.mp4", "videos/clvr/video_validation/video_13331.mp4", "videos/clvr/video_validation/video_13331.mp4"], "video_ranges": [[0.01, 0.9], [1.3, 2.19], [2.76, 3.65], [4.01, 4.9]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "A) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10265.mp4", "videos/clvr/video_validation/video_10265.mp4", "videos/clvr/video_validation/video_10265.mp4", "videos/clvr/video_validation/video_10265.mp4"], "video_ranges": [[0.03, 0.9], [3.85, 4.72], [2.53, 3.4], [1.28, 2.15]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10529.mp4", "videos/clvr/video_validation/video_10529.mp4", "videos/clvr/video_validation/video_10529.mp4", "videos/clvr/video_validation/video_10529.mp4"], "video_ranges": [[2.77, 3.63], [0.18, 1.04], [1.57, 2.43], [4.06, 4.92]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "D) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14556.mp4", "videos/clvr/video_validation/video_14556.mp4", "videos/clvr/video_validation/video_14556.mp4", "videos/clvr/video_validation/video_14556.mp4"], "video_ranges": [[0.06, 0.96], [2.87, 3.77], [4.13, 5.03], [1.5, 2.4]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "A) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12431.mp4", "videos/clvr/video_validation/video_12431.mp4", "videos/clvr/video_validation/video_12431.mp4", "videos/clvr/video_validation/video_12431.mp4"], "video_ranges": [[2.8, 3.78], [1.36, 2.34], [4.13, 5.11], [0.03, 1.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12209.mp4", "videos/clvr/video_validation/video_12209.mp4", "videos/clvr/video_validation/video_12209.mp4", "videos/clvr/video_validation/video_12209.mp4"], "video_ranges": [[0.24, 1.09], [4.16, 5.01], [1.47, 2.32], [2.9, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_10221.mp4", "videos/clvr/video_validation/video_10221.mp4", "videos/clvr/video_validation/video_10221.mp4", "videos/clvr/video_validation/video_10221.mp4"], "video_ranges": [[4.25, 5.11], [3.05, 3.91], [1.72, 2.58], [0.42, 1.28]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_10332.mp4", "videos/clvr/video_validation/video_10332.mp4", "videos/clvr/video_validation/video_10332.mp4", "videos/clvr/video_validation/video_10332.mp4"], "video_ranges": [[2.63, 3.45], [0.17, 0.99], [4.04, 4.86], [1.37, 2.19]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "D) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_10669.mp4", "videos/clvr/video_validation/video_10669.mp4", "videos/clvr/video_validation/video_10669.mp4", "videos/clvr/video_validation/video_10669.mp4"], "video_ranges": [[3.04, 3.9], [4.23, 5.09], [0.43, 1.29], [1.73, 2.59]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "A) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12254.mp4", "videos/clvr/video_validation/video_12254.mp4", "videos/clvr/video_validation/video_12254.mp4", "videos/clvr/video_validation/video_12254.mp4"], "video_ranges": [[4.01, 4.93], [0.01, 0.93], [2.76, 3.68], [1.52, 2.44]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_13734.mp4", "videos/clvr/video_validation/video_13734.mp4", "videos/clvr/video_validation/video_13734.mp4", "videos/clvr/video_validation/video_13734.mp4"], "video_ranges": [[2.9, 3.83], [1.52, 2.45], [0.04, 0.97], [4.18, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "D) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14633.mp4", "videos/clvr/video_validation/video_14633.mp4", "videos/clvr/video_validation/video_14633.mp4", "videos/clvr/video_validation/video_14633.mp4"], "video_ranges": [[1.43, 2.36], [4.19, 5.12], [2.8, 3.73], [0.01, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12701.mp4", "videos/clvr/video_validation/video_12701.mp4", "videos/clvr/video_validation/video_12701.mp4", "videos/clvr/video_validation/video_12701.mp4"], "video_ranges": [[1.3, 2.2], [0.06, 0.96], [2.64, 3.54], [4.04, 4.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "A) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13611.mp4", "videos/clvr/video_validation/video_13611.mp4", "videos/clvr/video_validation/video_13611.mp4", "videos/clvr/video_validation/video_13611.mp4"], "video_ranges": [[4.17, 5.0], [1.56, 2.39], [0.18, 1.01], [2.94, 3.77]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11735.mp4", "videos/clvr/video_validation/video_11735.mp4", "videos/clvr/video_validation/video_11735.mp4", "videos/clvr/video_validation/video_11735.mp4"], "video_ranges": [[1.37, 2.3], [2.81, 3.74], [0.07, 1.0], [4.09, 5.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "D) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_13976.mp4", "videos/clvr/video_validation/video_13976.mp4", "videos/clvr/video_validation/video_13976.mp4", "videos/clvr/video_validation/video_13976.mp4"], "video_ranges": [[1.41, 2.27], [4.01, 4.87], [0.03, 0.89], [2.59, 3.45]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_13333.mp4", "videos/clvr/video_validation/video_13333.mp4", "videos/clvr/video_validation/video_13333.mp4", "videos/clvr/video_validation/video_13333.mp4"], "video_ranges": [[1.4, 2.35], [2.69, 3.64], [4.08, 5.03], [0.02, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "A) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_11809.mp4", "videos/clvr/video_validation/video_11809.mp4", "videos/clvr/video_validation/video_11809.mp4", "videos/clvr/video_validation/video_11809.mp4"], "video_ranges": [[4.06, 4.98], [1.41, 2.33], [2.68, 3.6], [0.09, 1.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13488.mp4", "videos/clvr/video_validation/video_13488.mp4", "videos/clvr/video_validation/video_13488.mp4", "videos/clvr/video_validation/video_13488.mp4"], "video_ranges": [[1.46, 2.4], [0.02, 0.96], [4.06, 5.0], [2.75, 3.69]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13129.mp4", "videos/clvr/video_validation/video_13129.mp4", "videos/clvr/video_validation/video_13129.mp4", "videos/clvr/video_validation/video_13129.mp4"], "video_ranges": [[0.08, 1.02], [4.16, 5.1], [2.86, 3.8], [1.4, 2.34]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "A) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_14573.mp4", "videos/clvr/video_validation/video_14573.mp4", "videos/clvr/video_validation/video_14573.mp4", "videos/clvr/video_validation/video_14573.mp4"], "video_ranges": [[0.28, 1.17], [2.97, 3.86], [1.65, 2.54], [4.18, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "D) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_12739.mp4", "videos/clvr/video_validation/video_12739.mp4", "videos/clvr/video_validation/video_12739.mp4", "videos/clvr/video_validation/video_12739.mp4"], "video_ranges": [[4.09, 4.99], [1.51, 2.41], [0.24, 1.14], [2.8, 3.7]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_14570.mp4", "videos/clvr/video_validation/video_14570.mp4", "videos/clvr/video_validation/video_14570.mp4", "videos/clvr/video_validation/video_14570.mp4"], "video_ranges": [[2.77, 3.66], [4.23, 5.12], [1.36, 2.25], [0.01, 0.9]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13587.mp4", "videos/clvr/video_validation/video_13587.mp4", "videos/clvr/video_validation/video_13587.mp4", "videos/clvr/video_validation/video_13587.mp4"], "video_ranges": [[1.52, 2.34], [0.14, 0.96], [2.68, 3.5], [4.04, 4.86]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12831.mp4", "videos/clvr/video_validation/video_12831.mp4", "videos/clvr/video_validation/video_12831.mp4", "videos/clvr/video_validation/video_12831.mp4"], "video_ranges": [[0.13, 0.91], [1.47, 2.25], [2.78, 3.56], [4.1, 4.88]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13690.mp4", "videos/clvr/video_validation/video_13690.mp4", "videos/clvr/video_validation/video_13690.mp4", "videos/clvr/video_validation/video_13690.mp4"], "video_ranges": [[0.05, 0.88], [1.22, 2.05], [3.82, 4.65], [2.51, 3.34]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10124.mp4", "videos/clvr/video_validation/video_10124.mp4", "videos/clvr/video_validation/video_10124.mp4", "videos/clvr/video_validation/video_10124.mp4"], "video_ranges": [[2.98, 3.83], [0.41, 1.26], [1.68, 2.53], [4.25, 5.1]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "D) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12744.mp4", "videos/clvr/video_validation/video_12744.mp4", "videos/clvr/video_validation/video_12744.mp4", "videos/clvr/video_validation/video_12744.mp4"], "video_ranges": [[4.03, 4.93], [2.6, 3.5], [0.05, 0.95], [1.38, 2.28]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_12891.mp4", "videos/clvr/video_validation/video_12891.mp4", "videos/clvr/video_validation/video_12891.mp4", "videos/clvr/video_validation/video_12891.mp4"], "video_ranges": [[1.52, 2.31], [4.19, 4.98], [2.81, 3.6], [0.14, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "A) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11674.mp4", "videos/clvr/video_validation/video_11674.mp4", "videos/clvr/video_validation/video_11674.mp4", "videos/clvr/video_validation/video_11674.mp4"], "video_ranges": [[0.02, 0.8], [3.98, 4.76], [1.34, 2.12], [2.61, 3.39]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13747.mp4", "videos/clvr/video_validation/video_13747.mp4", "videos/clvr/video_validation/video_13747.mp4", "videos/clvr/video_validation/video_13747.mp4"], "video_ranges": [[4.23, 5.1], [1.34, 2.21], [2.81, 3.68], [0.1, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_11141.mp4", "videos/clvr/video_validation/video_11141.mp4", "videos/clvr/video_validation/video_11141.mp4", "videos/clvr/video_validation/video_11141.mp4"], "video_ranges": [[2.6, 3.49], [0.09, 0.98], [3.92, 4.81], [1.35, 2.24]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "D) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14361.mp4", "videos/clvr/video_validation/video_14361.mp4", "videos/clvr/video_validation/video_14361.mp4", "videos/clvr/video_validation/video_14361.mp4"], "video_ranges": [[1.5, 2.38], [2.75, 3.63], [4.04, 4.92], [0.3, 1.18]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_12908.mp4", "videos/clvr/video_validation/video_12908.mp4", "videos/clvr/video_validation/video_12908.mp4", "videos/clvr/video_validation/video_12908.mp4"], "video_ranges": [[0.02, 0.97], [2.74, 3.69], [4.16, 5.11], [1.36, 2.31]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "A) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14955.mp4", "videos/clvr/video_validation/video_14955.mp4", "videos/clvr/video_validation/video_14955.mp4", "videos/clvr/video_validation/video_14955.mp4"], "video_ranges": [[4.16, 4.99], [2.84, 3.67], [1.43, 2.26], [0.11, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "D) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13242.mp4", "videos/clvr/video_validation/video_13242.mp4", "videos/clvr/video_validation/video_13242.mp4", "videos/clvr/video_validation/video_13242.mp4"], "video_ranges": [[1.34, 2.27], [2.83, 3.76], [0.07, 1.0], [4.14, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_14572.mp4", "videos/clvr/video_validation/video_14572.mp4", "videos/clvr/video_validation/video_14572.mp4", "videos/clvr/video_validation/video_14572.mp4"], "video_ranges": [[2.8, 3.69], [4.21, 5.1], [0.05, 0.94], [1.35, 2.24]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14392.mp4", "videos/clvr/video_validation/video_14392.mp4", "videos/clvr/video_validation/video_14392.mp4", "videos/clvr/video_validation/video_14392.mp4"], "video_ranges": [[1.42, 2.35], [0.0, 0.93], [3.97, 4.9], [2.67, 3.6]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12838.mp4", "videos/clvr/video_validation/video_12838.mp4", "videos/clvr/video_validation/video_12838.mp4", "videos/clvr/video_validation/video_12838.mp4"], "video_ranges": [[1.57, 2.42], [4.08, 4.93], [0.2, 1.05], [2.81, 3.66]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11797.mp4", "videos/clvr/video_validation/video_11797.mp4", "videos/clvr/video_validation/video_11797.mp4", "videos/clvr/video_validation/video_11797.mp4"], "video_ranges": [[4.2, 5.09], [0.33, 1.22], [1.53, 2.42], [2.86, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "D) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11370.mp4", "videos/clvr/video_validation/video_11370.mp4", "videos/clvr/video_validation/video_11370.mp4", "videos/clvr/video_validation/video_11370.mp4"], "video_ranges": [[2.77, 3.53], [1.42, 2.18], [0.19, 0.95], [4.05, 4.81]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "A) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12004.mp4", "videos/clvr/video_validation/video_12004.mp4", "videos/clvr/video_validation/video_12004.mp4", "videos/clvr/video_validation/video_12004.mp4"], "video_ranges": [[4.14, 4.95], [0.05, 0.86], [2.73, 3.54], [1.41, 2.22]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12128.mp4", "videos/clvr/video_validation/video_12128.mp4", "videos/clvr/video_validation/video_12128.mp4", "videos/clvr/video_validation/video_12128.mp4"], "video_ranges": [[3.04, 3.91], [1.61, 2.48], [4.24, 5.11], [0.25, 1.12]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "A) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11532.mp4", "videos/clvr/video_validation/video_11532.mp4", "videos/clvr/video_validation/video_11532.mp4", "videos/clvr/video_validation/video_11532.mp4"], "video_ranges": [[0.03, 0.93], [4.19, 5.09], [1.35, 2.25], [2.75, 3.65]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11088.mp4", "videos/clvr/video_validation/video_11088.mp4", "videos/clvr/video_validation/video_11088.mp4", "videos/clvr/video_validation/video_11088.mp4"], "video_ranges": [[1.39, 2.36], [2.81, 3.78], [0.01, 0.98], [4.15, 5.12]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14408.mp4", "videos/clvr/video_validation/video_14408.mp4", "videos/clvr/video_validation/video_14408.mp4", "videos/clvr/video_validation/video_14408.mp4"], "video_ranges": [[0.07, 0.95], [1.47, 2.35], [2.95, 3.83], [4.23, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "D) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11859.mp4", "videos/clvr/video_validation/video_11859.mp4", "videos/clvr/video_validation/video_11859.mp4", "videos/clvr/video_validation/video_11859.mp4"], "video_ranges": [[4.05, 4.87], [2.64, 3.46], [1.4, 2.22], [0.03, 0.85]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_10310.mp4", "videos/clvr/video_validation/video_10310.mp4", "videos/clvr/video_validation/video_10310.mp4", "videos/clvr/video_validation/video_10310.mp4"], "video_ranges": [[3.11, 3.9], [4.31, 5.1], [1.77, 2.56], [0.39, 1.18]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13550.mp4", "videos/clvr/video_validation/video_13550.mp4", "videos/clvr/video_validation/video_13550.mp4", "videos/clvr/video_validation/video_13550.mp4"], "video_ranges": [[0.02, 0.78], [3.95, 4.71], [2.65, 3.41], [1.31, 2.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "A) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13679.mp4", "videos/clvr/video_validation/video_13679.mp4", "videos/clvr/video_validation/video_13679.mp4", "videos/clvr/video_validation/video_13679.mp4"], "video_ranges": [[1.49, 2.32], [4.1, 4.93], [2.73, 3.56], [0.21, 1.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "D) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_14866.mp4", "videos/clvr/video_validation/video_14866.mp4", "videos/clvr/video_validation/video_14866.mp4", "videos/clvr/video_validation/video_14866.mp4"], "video_ranges": [[2.84, 3.79], [0.18, 1.13], [4.1, 5.05], [1.56, 2.51]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10272.mp4", "videos/clvr/video_validation/video_10272.mp4", "videos/clvr/video_validation/video_10272.mp4", "videos/clvr/video_validation/video_10272.mp4"], "video_ranges": [[4.09, 4.94], [1.53, 2.38], [2.72, 3.57], [0.28, 1.13]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "D) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14577.mp4", "videos/clvr/video_validation/video_14577.mp4", "videos/clvr/video_validation/video_14577.mp4", "videos/clvr/video_validation/video_14577.mp4"], "video_ranges": [[4.14, 5.12], [0.06, 1.04], [1.45, 2.43], [2.75, 3.73]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "A) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11420.mp4", "videos/clvr/video_validation/video_11420.mp4", "videos/clvr/video_validation/video_11420.mp4", "videos/clvr/video_validation/video_11420.mp4"], "video_ranges": [[1.42, 2.31], [3.95, 4.84], [0.05, 0.94], [2.75, 3.64]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12314.mp4", "videos/clvr/video_validation/video_12314.mp4", "videos/clvr/video_validation/video_12314.mp4", "videos/clvr/video_validation/video_12314.mp4"], "video_ranges": [[0.42, 1.31], [1.71, 2.6], [4.22, 5.11], [2.98, 3.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13682.mp4", "videos/clvr/video_validation/video_13682.mp4", "videos/clvr/video_validation/video_13682.mp4", "videos/clvr/video_validation/video_13682.mp4"], "video_ranges": [[4.07, 4.93], [1.4, 2.26], [0.03, 0.89], [2.82, 3.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10034.mp4", "videos/clvr/video_validation/video_10034.mp4", "videos/clvr/video_validation/video_10034.mp4", "videos/clvr/video_validation/video_10034.mp4"], "video_ranges": [[2.9, 3.83], [0.03, 0.96], [1.53, 2.46], [4.15, 5.08]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14390.mp4", "videos/clvr/video_validation/video_14390.mp4", "videos/clvr/video_validation/video_14390.mp4", "videos/clvr/video_validation/video_14390.mp4"], "video_ranges": [[1.27, 2.16], [0.08, 0.97], [2.73, 3.62], [4.2, 5.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_11740.mp4", "videos/clvr/video_validation/video_11740.mp4", "videos/clvr/video_validation/video_11740.mp4", "videos/clvr/video_validation/video_11740.mp4"], "video_ranges": [[2.83, 3.72], [1.42, 2.31], [4.19, 5.08], [0.05, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13508.mp4", "videos/clvr/video_validation/video_13508.mp4", "videos/clvr/video_validation/video_13508.mp4", "videos/clvr/video_validation/video_13508.mp4"], "video_ranges": [[4.0, 4.86], [0.1, 0.96], [2.74, 3.6], [1.45, 2.31]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "A) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14885.mp4", "videos/clvr/video_validation/video_14885.mp4", "videos/clvr/video_validation/video_14885.mp4", "videos/clvr/video_validation/video_14885.mp4"], "video_ranges": [[4.18, 5.1], [2.76, 3.68], [0.06, 0.98], [1.51, 2.43]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11612.mp4", "videos/clvr/video_validation/video_11612.mp4", "videos/clvr/video_validation/video_11612.mp4", "videos/clvr/video_validation/video_11612.mp4"], "video_ranges": [[0.07, 0.98], [2.68, 3.59], [4.09, 5.0], [1.4, 2.31]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "D) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11599.mp4", "videos/clvr/video_validation/video_11599.mp4", "videos/clvr/video_validation/video_11599.mp4", "videos/clvr/video_validation/video_11599.mp4"], "video_ranges": [[1.53, 2.38], [2.92, 3.77], [4.14, 4.99], [0.09, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13259.mp4", "videos/clvr/video_validation/video_13259.mp4", "videos/clvr/video_validation/video_13259.mp4", "videos/clvr/video_validation/video_13259.mp4"], "video_ranges": [[0.23, 1.09], [2.81, 3.67], [1.41, 2.27], [4.11, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14174.mp4", "videos/clvr/video_validation/video_14174.mp4", "videos/clvr/video_validation/video_14174.mp4", "videos/clvr/video_validation/video_14174.mp4"], "video_ranges": [[1.39, 2.34], [0.02, 0.97], [4.16, 5.11], [2.9, 3.85]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "A) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_14720.mp4", "videos/clvr/video_validation/video_14720.mp4", "videos/clvr/video_validation/video_14720.mp4", "videos/clvr/video_validation/video_14720.mp4"], "video_ranges": [[2.51, 3.36], [1.22, 2.07], [0.04, 0.89], [3.96, 4.81]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "D) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_10176.mp4", "videos/clvr/video_validation/video_10176.mp4", "videos/clvr/video_validation/video_10176.mp4", "videos/clvr/video_validation/video_10176.mp4"], "video_ranges": [[2.82, 3.72], [4.02, 4.92], [0.04, 0.94], [1.49, 2.39]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_11650.mp4", "videos/clvr/video_validation/video_11650.mp4", "videos/clvr/video_validation/video_11650.mp4", "videos/clvr/video_validation/video_11650.mp4"], "video_ranges": [[0.08, 0.97], [1.43, 2.32], [2.71, 3.6], [3.97, 4.86]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11503.mp4", "videos/clvr/video_validation/video_11503.mp4", "videos/clvr/video_validation/video_11503.mp4", "videos/clvr/video_validation/video_11503.mp4"], "video_ranges": [[1.76, 2.58], [2.92, 3.74], [4.22, 5.04], [0.36, 1.18]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "D) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_10260.mp4", "videos/clvr/video_validation/video_10260.mp4", "videos/clvr/video_validation/video_10260.mp4", "videos/clvr/video_validation/video_10260.mp4"], "video_ranges": [[2.85, 3.77], [4.19, 5.11], [0.01, 0.93], [1.46, 2.38]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_12140.mp4", "videos/clvr/video_validation/video_12140.mp4", "videos/clvr/video_validation/video_12140.mp4", "videos/clvr/video_validation/video_12140.mp4"], "video_ranges": [[0.14, 1.06], [2.75, 3.67], [4.19, 5.11], [1.45, 2.37]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_10628.mp4", "videos/clvr/video_validation/video_10628.mp4", "videos/clvr/video_validation/video_10628.mp4", "videos/clvr/video_validation/video_10628.mp4"], "video_ranges": [[0.42, 1.29], [4.16, 5.03], [1.66, 2.53], [2.95, 3.82]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "D) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11239.mp4", "videos/clvr/video_validation/video_11239.mp4", "videos/clvr/video_validation/video_11239.mp4", "videos/clvr/video_validation/video_11239.mp4"], "video_ranges": [[0.01, 0.93], [2.93, 3.85], [1.51, 2.43], [4.18, 5.1]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_14076.mp4", "videos/clvr/video_validation/video_14076.mp4", "videos/clvr/video_validation/video_14076.mp4", "videos/clvr/video_validation/video_14076.mp4"], "video_ranges": [[4.06, 4.87], [1.47, 2.28], [2.78, 3.59], [0.2, 1.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "A) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_12081.mp4", "videos/clvr/video_validation/video_12081.mp4", "videos/clvr/video_validation/video_12081.mp4", "videos/clvr/video_validation/video_12081.mp4"], "video_ranges": [[4.19, 5.05], [1.54, 2.4], [0.32, 1.18], [2.88, 3.74]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "A) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13473.mp4", "videos/clvr/video_validation/video_13473.mp4", "videos/clvr/video_validation/video_13473.mp4", "videos/clvr/video_validation/video_13473.mp4"], "video_ranges": [[4.16, 4.94], [2.83, 3.61], [1.48, 2.26], [0.24, 1.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_13847.mp4", "videos/clvr/video_validation/video_13847.mp4", "videos/clvr/video_validation/video_13847.mp4", "videos/clvr/video_validation/video_13847.mp4"], "video_ranges": [[2.84, 3.75], [0.32, 1.23], [1.57, 2.48], [4.06, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13737.mp4", "videos/clvr/video_validation/video_13737.mp4", "videos/clvr/video_validation/video_13737.mp4", "videos/clvr/video_validation/video_13737.mp4"], "video_ranges": [[1.28, 2.2], [0.04, 0.96], [2.56, 3.48], [4.05, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_14040.mp4", "videos/clvr/video_validation/video_14040.mp4", "videos/clvr/video_validation/video_14040.mp4", "videos/clvr/video_validation/video_14040.mp4"], "video_ranges": [[1.55, 2.49], [2.87, 3.81], [0.04, 0.98], [4.13, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11784.mp4", "videos/clvr/video_validation/video_11784.mp4", "videos/clvr/video_validation/video_11784.mp4", "videos/clvr/video_validation/video_11784.mp4"], "video_ranges": [[1.41, 2.3], [3.98, 4.87], [2.77, 3.66], [0.11, 1.0]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12934.mp4", "videos/clvr/video_validation/video_12934.mp4", "videos/clvr/video_validation/video_12934.mp4", "videos/clvr/video_validation/video_12934.mp4"], "video_ranges": [[4.0, 4.8], [0.05, 0.85], [2.69, 3.49], [1.44, 2.24]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12077.mp4", "videos/clvr/video_validation/video_12077.mp4", "videos/clvr/video_validation/video_12077.mp4", "videos/clvr/video_validation/video_12077.mp4"], "video_ranges": [[2.93, 3.74], [1.59, 2.4], [4.28, 5.09], [0.42, 1.23]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "D) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14418.mp4", "videos/clvr/video_validation/video_14418.mp4", "videos/clvr/video_validation/video_14418.mp4", "videos/clvr/video_validation/video_14418.mp4"], "video_ranges": [[0.01, 0.91], [1.44, 2.34], [4.13, 5.03], [2.81, 3.71]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13440.mp4", "videos/clvr/video_validation/video_13440.mp4", "videos/clvr/video_validation/video_13440.mp4", "videos/clvr/video_validation/video_13440.mp4"], "video_ranges": [[3.95, 4.77], [2.72, 3.54], [0.11, 0.93], [1.45, 2.27]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "D) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12658.mp4", "videos/clvr/video_validation/video_12658.mp4", "videos/clvr/video_validation/video_12658.mp4", "videos/clvr/video_validation/video_12658.mp4"], "video_ranges": [[2.84, 3.73], [1.47, 2.36], [0.04, 0.93], [4.09, 4.98]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "A) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12076.mp4", "videos/clvr/video_validation/video_12076.mp4", "videos/clvr/video_validation/video_12076.mp4", "videos/clvr/video_validation/video_12076.mp4"], "video_ranges": [[2.84, 3.72], [0.15, 1.03], [4.21, 5.09], [1.5, 2.38]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11973.mp4", "videos/clvr/video_validation/video_11973.mp4", "videos/clvr/video_validation/video_11973.mp4", "videos/clvr/video_validation/video_11973.mp4"], "video_ranges": [[0.12, 1.06], [4.15, 5.09], [2.89, 3.83], [1.47, 2.41]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_13404.mp4", "videos/clvr/video_validation/video_13404.mp4", "videos/clvr/video_validation/video_13404.mp4", "videos/clvr/video_validation/video_13404.mp4"], "video_ranges": [[2.8, 3.73], [4.14, 5.07], [1.51, 2.44], [0.0, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "D) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10129.mp4", "videos/clvr/video_validation/video_10129.mp4", "videos/clvr/video_validation/video_10129.mp4", "videos/clvr/video_validation/video_10129.mp4"], "video_ranges": [[4.15, 5.09], [0.07, 1.01], [1.38, 2.32], [2.62, 3.56]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "A) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13802.mp4", "videos/clvr/video_validation/video_13802.mp4", "videos/clvr/video_validation/video_13802.mp4", "videos/clvr/video_validation/video_13802.mp4"], "video_ranges": [[1.57, 2.52], [0.04, 0.99], [4.14, 5.09], [2.89, 3.84]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_14820.mp4", "videos/clvr/video_validation/video_14820.mp4", "videos/clvr/video_validation/video_14820.mp4", "videos/clvr/video_validation/video_14820.mp4"], "video_ranges": [[1.34, 2.15], [3.94, 4.75], [0.0, 0.81], [2.61, 3.42]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_14926.mp4", "videos/clvr/video_validation/video_14926.mp4", "videos/clvr/video_validation/video_14926.mp4", "videos/clvr/video_validation/video_14926.mp4"], "video_ranges": [[2.78, 3.61], [0.15, 0.98], [4.16, 4.99], [1.47, 2.3]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "D) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11004.mp4", "videos/clvr/video_validation/video_11004.mp4", "videos/clvr/video_validation/video_11004.mp4", "videos/clvr/video_validation/video_11004.mp4"], "video_ranges": [[4.08, 4.89], [2.7, 3.51], [0.21, 1.02], [1.48, 2.29]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11455.mp4", "videos/clvr/video_validation/video_11455.mp4", "videos/clvr/video_validation/video_11455.mp4", "videos/clvr/video_validation/video_11455.mp4"], "video_ranges": [[2.8, 3.63], [1.45, 2.28], [0.08, 0.91], [4.18, 5.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "A) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_10452.mp4", "videos/clvr/video_validation/video_10452.mp4", "videos/clvr/video_validation/video_10452.mp4", "videos/clvr/video_validation/video_10452.mp4"], "video_ranges": [[0.06, 1.03], [1.54, 2.51], [4.15, 5.12], [2.85, 3.82]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14280.mp4", "videos/clvr/video_validation/video_14280.mp4", "videos/clvr/video_validation/video_14280.mp4", "videos/clvr/video_validation/video_14280.mp4"], "video_ranges": [[1.66, 2.48], [2.89, 3.71], [4.17, 4.99], [0.31, 1.13]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13672.mp4", "videos/clvr/video_validation/video_13672.mp4", "videos/clvr/video_validation/video_13672.mp4", "videos/clvr/video_validation/video_13672.mp4"], "video_ranges": [[2.55, 3.43], [1.24, 2.12], [4.02, 4.9], [0.05, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "D) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13765.mp4", "videos/clvr/video_validation/video_13765.mp4", "videos/clvr/video_validation/video_13765.mp4", "videos/clvr/video_validation/video_13765.mp4"], "video_ranges": [[1.56, 2.45], [4.09, 4.98], [2.77, 3.66], [0.08, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10406.mp4", "videos/clvr/video_validation/video_10406.mp4", "videos/clvr/video_validation/video_10406.mp4", "videos/clvr/video_validation/video_10406.mp4"], "video_ranges": [[1.33, 2.2], [2.65, 3.52], [0.03, 0.9], [3.93, 4.8]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "A) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13156.mp4", "videos/clvr/video_validation/video_13156.mp4", "videos/clvr/video_validation/video_13156.mp4", "videos/clvr/video_validation/video_13156.mp4"], "video_ranges": [[4.07, 4.97], [2.79, 3.69], [1.49, 2.39], [0.01, 0.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "D) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_12974.mp4", "videos/clvr/video_validation/video_12974.mp4", "videos/clvr/video_validation/video_12974.mp4", "videos/clvr/video_validation/video_12974.mp4"], "video_ranges": [[4.25, 5.07], [0.39, 1.21], [1.76, 2.58], [3.03, 3.85]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12950.mp4", "videos/clvr/video_validation/video_12950.mp4", "videos/clvr/video_validation/video_12950.mp4", "videos/clvr/video_validation/video_12950.mp4"], "video_ranges": [[0.01, 0.93], [2.81, 3.73], [1.51, 2.43], [4.19, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13266.mp4", "videos/clvr/video_validation/video_13266.mp4", "videos/clvr/video_validation/video_13266.mp4", "videos/clvr/video_validation/video_13266.mp4"], "video_ranges": [[4.08, 5.0], [0.03, 0.95], [2.69, 3.61], [1.43, 2.35]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11073.mp4", "videos/clvr/video_validation/video_11073.mp4", "videos/clvr/video_validation/video_11073.mp4", "videos/clvr/video_validation/video_11073.mp4"], "video_ranges": [[0.17, 1.06], [2.61, 3.5], [3.95, 4.84], [1.41, 2.3]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_10641.mp4", "videos/clvr/video_validation/video_10641.mp4", "videos/clvr/video_validation/video_10641.mp4", "videos/clvr/video_validation/video_10641.mp4"], "video_ranges": [[2.7, 3.53], [4.07, 4.9], [0.16, 0.99], [1.38, 2.21]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "D) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_10076.mp4", "videos/clvr/video_validation/video_10076.mp4", "videos/clvr/video_validation/video_10076.mp4", "videos/clvr/video_validation/video_10076.mp4"], "video_ranges": [[1.35, 2.16], [0.04, 0.85], [3.99, 4.8], [2.75, 3.56]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_10864.mp4", "videos/clvr/video_validation/video_10864.mp4", "videos/clvr/video_validation/video_10864.mp4", "videos/clvr/video_validation/video_10864.mp4"], "video_ranges": [[1.45, 2.28], [0.15, 0.98], [2.71, 3.54], [4.11, 4.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "A) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13441.mp4", "videos/clvr/video_validation/video_13441.mp4", "videos/clvr/video_validation/video_13441.mp4", "videos/clvr/video_validation/video_13441.mp4"], "video_ranges": [[3.96, 4.72], [1.36, 2.12], [2.72, 3.48], [0.06, 0.82]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_10453.mp4", "videos/clvr/video_validation/video_10453.mp4", "videos/clvr/video_validation/video_10453.mp4", "videos/clvr/video_validation/video_10453.mp4"], "video_ranges": [[0.11, 0.93], [1.42, 2.24], [2.78, 3.6], [4.14, 4.96]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "D) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_14768.mp4", "videos/clvr/video_validation/video_14768.mp4", "videos/clvr/video_validation/video_14768.mp4", "videos/clvr/video_validation/video_14768.mp4"], "video_ranges": [[1.35, 2.3], [4.15, 5.1], [0.03, 0.98], [2.73, 3.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12148.mp4", "videos/clvr/video_validation/video_12148.mp4", "videos/clvr/video_validation/video_12148.mp4", "videos/clvr/video_validation/video_12148.mp4"], "video_ranges": [[0.09, 0.91], [3.93, 4.75], [1.46, 2.28], [2.59, 3.41]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10775.mp4", "videos/clvr/video_validation/video_10775.mp4", "videos/clvr/video_validation/video_10775.mp4", "videos/clvr/video_validation/video_10775.mp4"], "video_ranges": [[2.69, 3.66], [0.08, 1.05], [1.38, 2.35], [4.14, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "A) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13308.mp4", "videos/clvr/video_validation/video_13308.mp4", "videos/clvr/video_validation/video_13308.mp4", "videos/clvr/video_validation/video_13308.mp4"], "video_ranges": [[0.22, 1.13], [4.11, 5.02], [2.89, 3.8], [1.44, 2.35]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10788.mp4", "videos/clvr/video_validation/video_10788.mp4", "videos/clvr/video_validation/video_10788.mp4", "videos/clvr/video_validation/video_10788.mp4"], "video_ranges": [[4.05, 5.02], [1.33, 2.3], [0.02, 0.99], [2.76, 3.73]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11585.mp4", "videos/clvr/video_validation/video_11585.mp4", "videos/clvr/video_validation/video_11585.mp4", "videos/clvr/video_validation/video_11585.mp4"], "video_ranges": [[2.74, 3.67], [4.17, 5.1], [1.43, 2.36], [0.04, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11028.mp4", "videos/clvr/video_validation/video_11028.mp4", "videos/clvr/video_validation/video_11028.mp4", "videos/clvr/video_validation/video_11028.mp4"], "video_ranges": [[2.52, 3.38], [3.88, 4.74], [1.29, 2.15], [0.0, 0.86]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "A) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12724.mp4", "videos/clvr/video_validation/video_12724.mp4", "videos/clvr/video_validation/video_12724.mp4", "videos/clvr/video_validation/video_12724.mp4"], "video_ranges": [[2.7, 3.52], [1.34, 2.16], [0.02, 0.84], [4.11, 4.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "D) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12877.mp4", "videos/clvr/video_validation/video_12877.mp4", "videos/clvr/video_validation/video_12877.mp4", "videos/clvr/video_validation/video_12877.mp4"], "video_ranges": [[3.95, 4.85], [0.04, 0.94], [2.73, 3.63], [1.41, 2.31]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11937.mp4", "videos/clvr/video_validation/video_11937.mp4", "videos/clvr/video_validation/video_11937.mp4", "videos/clvr/video_validation/video_11937.mp4"], "video_ranges": [[1.43, 2.31], [2.87, 3.75], [4.05, 4.93], [0.18, 1.06]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12570.mp4", "videos/clvr/video_validation/video_12570.mp4", "videos/clvr/video_validation/video_12570.mp4", "videos/clvr/video_validation/video_12570.mp4"], "video_ranges": [[0.12, 1.0], [4.01, 4.89], [1.36, 2.24], [2.61, 3.49]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13133.mp4", "videos/clvr/video_validation/video_13133.mp4", "videos/clvr/video_validation/video_13133.mp4", "videos/clvr/video_validation/video_13133.mp4"], "video_ranges": [[4.16, 5.07], [2.72, 3.63], [1.35, 2.26], [0.02, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "D) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14092.mp4", "videos/clvr/video_validation/video_14092.mp4", "videos/clvr/video_validation/video_14092.mp4", "videos/clvr/video_validation/video_14092.mp4"], "video_ranges": [[1.31, 2.21], [0.08, 0.98], [2.7, 3.6], [3.99, 4.89]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "A) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11185.mp4", "videos/clvr/video_validation/video_11185.mp4", "videos/clvr/video_validation/video_11185.mp4", "videos/clvr/video_validation/video_11185.mp4"], "video_ranges": [[1.4, 2.35], [4.01, 4.96], [2.71, 3.66], [0.11, 1.06]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10854.mp4", "videos/clvr/video_validation/video_10854.mp4", "videos/clvr/video_validation/video_10854.mp4", "videos/clvr/video_validation/video_10854.mp4"], "video_ranges": [[2.83, 3.75], [0.07, 0.99], [1.54, 2.46], [4.12, 5.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_11609.mp4", "videos/clvr/video_validation/video_11609.mp4", "videos/clvr/video_validation/video_11609.mp4", "videos/clvr/video_validation/video_11609.mp4"], "video_ranges": [[0.04, 0.92], [1.35, 2.23], [2.64, 3.52], [3.85, 4.73]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "A) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_10446.mp4", "videos/clvr/video_validation/video_10446.mp4", "videos/clvr/video_validation/video_10446.mp4", "videos/clvr/video_validation/video_10446.mp4"], "video_ranges": [[2.84, 3.61], [0.3, 1.07], [4.2, 4.97], [1.59, 2.36]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "D) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13418.mp4", "videos/clvr/video_validation/video_13418.mp4", "videos/clvr/video_validation/video_13418.mp4", "videos/clvr/video_validation/video_13418.mp4"], "video_ranges": [[4.2, 5.1], [0.04, 0.94], [1.48, 2.38], [2.78, 3.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "A) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13630.mp4", "videos/clvr/video_validation/video_13630.mp4", "videos/clvr/video_validation/video_13630.mp4", "videos/clvr/video_validation/video_13630.mp4"], "video_ranges": [[0.07, 0.91], [4.14, 4.98], [2.9, 3.74], [1.49, 2.33]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "D) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14584.mp4", "videos/clvr/video_validation/video_14584.mp4", "videos/clvr/video_validation/video_14584.mp4", "videos/clvr/video_validation/video_14584.mp4"], "video_ranges": [[0.2, 1.05], [2.7, 3.55], [3.97, 4.82], [1.48, 2.33]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10509.mp4", "videos/clvr/video_validation/video_10509.mp4", "videos/clvr/video_validation/video_10509.mp4", "videos/clvr/video_validation/video_10509.mp4"], "video_ranges": [[4.21, 5.03], [1.67, 2.49], [3.08, 3.9], [0.39, 1.21]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14997.mp4", "videos/clvr/video_validation/video_14997.mp4", "videos/clvr/video_validation/video_14997.mp4", "videos/clvr/video_validation/video_14997.mp4"], "video_ranges": [[1.41, 2.33], [0.01, 0.93], [4.17, 5.09], [2.88, 3.8]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12244.mp4", "videos/clvr/video_validation/video_12244.mp4", "videos/clvr/video_validation/video_12244.mp4", "videos/clvr/video_validation/video_12244.mp4"], "video_ranges": [[1.48, 2.33], [4.03, 4.88], [0.04, 0.89], [2.7, 3.55]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11838.mp4", "videos/clvr/video_validation/video_11838.mp4", "videos/clvr/video_validation/video_11838.mp4", "videos/clvr/video_validation/video_11838.mp4"], "video_ranges": [[2.69, 3.6], [4.06, 4.97], [0.08, 0.99], [1.36, 2.27]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12491.mp4", "videos/clvr/video_validation/video_12491.mp4", "videos/clvr/video_validation/video_12491.mp4", "videos/clvr/video_validation/video_12491.mp4"], "video_ranges": [[4.0, 4.81], [2.73, 3.54], [0.12, 0.93], [1.45, 2.26]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "D) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14767.mp4", "videos/clvr/video_validation/video_14767.mp4", "videos/clvr/video_validation/video_14767.mp4", "videos/clvr/video_validation/video_14767.mp4"], "video_ranges": [[0.01, 1.0], [1.45, 2.44], [4.07, 5.06], [2.76, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12272.mp4", "videos/clvr/video_validation/video_12272.mp4", "videos/clvr/video_validation/video_12272.mp4", "videos/clvr/video_validation/video_12272.mp4"], "video_ranges": [[0.08, 0.98], [2.77, 3.67], [1.31, 2.21], [4.01, 4.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "D) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12731.mp4", "videos/clvr/video_validation/video_12731.mp4", "videos/clvr/video_validation/video_12731.mp4", "videos/clvr/video_validation/video_12731.mp4"], "video_ranges": [[1.72, 2.6], [2.93, 3.81], [0.34, 1.22], [4.19, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13849.mp4", "videos/clvr/video_validation/video_13849.mp4", "videos/clvr/video_validation/video_13849.mp4", "videos/clvr/video_validation/video_13849.mp4"], "video_ranges": [[2.73, 3.72], [1.36, 2.35], [4.09, 5.08], [0.07, 1.06]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13596.mp4", "videos/clvr/video_validation/video_13596.mp4", "videos/clvr/video_validation/video_13596.mp4", "videos/clvr/video_validation/video_13596.mp4"], "video_ranges": [[4.22, 5.09], [1.67, 2.54], [0.31, 1.18], [2.91, 3.78]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12333.mp4", "videos/clvr/video_validation/video_12333.mp4", "videos/clvr/video_validation/video_12333.mp4", "videos/clvr/video_validation/video_12333.mp4"], "video_ranges": [[2.92, 3.83], [1.52, 2.43], [4.18, 5.09], [0.06, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12218.mp4", "videos/clvr/video_validation/video_12218.mp4", "videos/clvr/video_validation/video_12218.mp4", "videos/clvr/video_validation/video_12218.mp4"], "video_ranges": [[2.8, 3.72], [1.37, 2.29], [0.14, 1.06], [4.12, 5.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "D) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11905.mp4", "videos/clvr/video_validation/video_11905.mp4", "videos/clvr/video_validation/video_11905.mp4", "videos/clvr/video_validation/video_11905.mp4"], "video_ranges": [[0.01, 0.95], [4.1, 5.04], [1.36, 2.3], [2.62, 3.56]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12485.mp4", "videos/clvr/video_validation/video_12485.mp4", "videos/clvr/video_validation/video_12485.mp4", "videos/clvr/video_validation/video_12485.mp4"], "video_ranges": [[4.13, 5.12], [2.79, 3.78], [1.49, 2.48], [0.03, 1.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10793.mp4", "videos/clvr/video_validation/video_10793.mp4", "videos/clvr/video_validation/video_10793.mp4", "videos/clvr/video_validation/video_10793.mp4"], "video_ranges": [[1.42, 2.37], [2.71, 3.66], [0.02, 0.97], [4.1, 5.05]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_13198.mp4", "videos/clvr/video_validation/video_13198.mp4", "videos/clvr/video_validation/video_13198.mp4", "videos/clvr/video_validation/video_13198.mp4"], "video_ranges": [[2.93, 3.75], [0.3, 1.12], [1.63, 2.45], [4.24, 5.06]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "A) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11507.mp4", "videos/clvr/video_validation/video_11507.mp4", "videos/clvr/video_validation/video_11507.mp4", "videos/clvr/video_validation/video_11507.mp4"], "video_ranges": [[4.25, 5.12], [2.8, 3.67], [0.04, 0.91], [1.37, 2.24]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "D) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_10960.mp4", "videos/clvr/video_validation/video_10960.mp4", "videos/clvr/video_validation/video_10960.mp4", "videos/clvr/video_validation/video_10960.mp4"], "video_ranges": [[1.39, 2.33], [4.1, 5.04], [0.02, 0.96], [2.65, 3.59]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10426.mp4", "videos/clvr/video_validation/video_10426.mp4", "videos/clvr/video_validation/video_10426.mp4", "videos/clvr/video_validation/video_10426.mp4"], "video_ranges": [[4.15, 5.07], [0.07, 0.99], [2.77, 3.69], [1.39, 2.31]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_12881.mp4", "videos/clvr/video_validation/video_12881.mp4", "videos/clvr/video_validation/video_12881.mp4", "videos/clvr/video_validation/video_12881.mp4"], "video_ranges": [[0.21, 1.06], [2.75, 3.6], [4.1, 4.95], [1.53, 2.38]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12556.mp4", "videos/clvr/video_validation/video_12556.mp4", "videos/clvr/video_validation/video_12556.mp4", "videos/clvr/video_validation/video_12556.mp4"], "video_ranges": [[1.56, 2.41], [0.15, 1.0], [2.82, 3.67], [4.12, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "D) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_14419.mp4", "videos/clvr/video_validation/video_14419.mp4", "videos/clvr/video_validation/video_14419.mp4", "videos/clvr/video_validation/video_14419.mp4"], "video_ranges": [[4.26, 5.07], [1.48, 2.29], [2.87, 3.68], [0.11, 0.92]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10357.mp4", "videos/clvr/video_validation/video_10357.mp4", "videos/clvr/video_validation/video_10357.mp4", "videos/clvr/video_validation/video_10357.mp4"], "video_ranges": [[4.13, 5.01], [1.34, 2.22], [0.02, 0.9], [2.75, 3.63]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10177.mp4", "videos/clvr/video_validation/video_10177.mp4", "videos/clvr/video_validation/video_10177.mp4", "videos/clvr/video_validation/video_10177.mp4"], "video_ranges": [[4.12, 5.06], [0.11, 1.05], [1.38, 2.32], [2.74, 3.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13851.mp4", "videos/clvr/video_validation/video_13851.mp4", "videos/clvr/video_validation/video_13851.mp4", "videos/clvr/video_validation/video_13851.mp4"], "video_ranges": [[0.03, 1.0], [2.84, 3.81], [1.39, 2.36], [4.14, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "D) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14594.mp4", "videos/clvr/video_validation/video_14594.mp4", "videos/clvr/video_validation/video_14594.mp4", "videos/clvr/video_validation/video_14594.mp4"], "video_ranges": [[0.25, 1.11], [1.71, 2.57], [4.17, 5.03], [2.91, 3.77]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "A) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_10488.mp4", "videos/clvr/video_validation/video_10488.mp4", "videos/clvr/video_validation/video_10488.mp4", "videos/clvr/video_validation/video_10488.mp4"], "video_ranges": [[0.09, 1.01], [1.4, 2.32], [2.63, 3.55], [4.13, 5.05]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12479.mp4", "videos/clvr/video_validation/video_12479.mp4", "videos/clvr/video_validation/video_12479.mp4", "videos/clvr/video_validation/video_12479.mp4"], "video_ranges": [[1.44, 2.27], [0.22, 1.05], [4.01, 4.84], [2.71, 3.54]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14263.mp4", "videos/clvr/video_validation/video_14263.mp4", "videos/clvr/video_validation/video_14263.mp4", "videos/clvr/video_validation/video_14263.mp4"], "video_ranges": [[1.34, 2.23], [4.0, 4.89], [2.68, 3.57], [0.05, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "D) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10523.mp4", "videos/clvr/video_validation/video_10523.mp4", "videos/clvr/video_validation/video_10523.mp4", "videos/clvr/video_validation/video_10523.mp4"], "video_ranges": [[0.09, 0.91], [3.94, 4.76], [2.61, 3.43], [1.36, 2.18]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11671.mp4", "videos/clvr/video_validation/video_11671.mp4", "videos/clvr/video_validation/video_11671.mp4", "videos/clvr/video_validation/video_11671.mp4"], "video_ranges": [[1.3, 2.24], [2.71, 3.65], [4.13, 5.07], [0.05, 0.99]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "D) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11820.mp4", "videos/clvr/video_validation/video_11820.mp4", "videos/clvr/video_validation/video_11820.mp4", "videos/clvr/video_validation/video_11820.mp4"], "video_ranges": [[2.79, 3.64], [4.08, 4.93], [1.49, 2.34], [0.14, 0.99]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "A) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_10688.mp4", "videos/clvr/video_validation/video_10688.mp4", "videos/clvr/video_validation/video_10688.mp4", "videos/clvr/video_validation/video_10688.mp4"], "video_ranges": [[2.8, 3.63], [0.19, 1.02], [4.08, 4.91], [1.42, 2.25]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11317.mp4", "videos/clvr/video_validation/video_11317.mp4", "videos/clvr/video_validation/video_11317.mp4", "videos/clvr/video_validation/video_11317.mp4"], "video_ranges": [[2.75, 3.64], [4.06, 4.95], [0.04, 0.93], [1.47, 2.36]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "A) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_14434.mp4", "videos/clvr/video_validation/video_14434.mp4", "videos/clvr/video_validation/video_14434.mp4", "videos/clvr/video_validation/video_14434.mp4"], "video_ranges": [[3.97, 4.75], [0.01, 0.79], [2.68, 3.46], [1.3, 2.08]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_14639.mp4", "videos/clvr/video_validation/video_14639.mp4", "videos/clvr/video_validation/video_14639.mp4", "videos/clvr/video_validation/video_14639.mp4"], "video_ranges": [[0.04, 0.9], [2.7, 3.56], [1.45, 2.31], [4.12, 4.98]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "D) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_14944.mp4", "videos/clvr/video_validation/video_14944.mp4", "videos/clvr/video_validation/video_14944.mp4", "videos/clvr/video_validation/video_14944.mp4"], "video_ranges": [[1.41, 2.27], [4.07, 4.93], [0.03, 0.89], [2.69, 3.55]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14762.mp4", "videos/clvr/video_validation/video_14762.mp4", "videos/clvr/video_validation/video_14762.mp4", "videos/clvr/video_validation/video_14762.mp4"], "video_ranges": [[1.48, 2.42], [2.91, 3.85], [4.17, 5.11], [0.11, 1.05]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13703.mp4", "videos/clvr/video_validation/video_13703.mp4", "videos/clvr/video_validation/video_13703.mp4", "videos/clvr/video_validation/video_13703.mp4"], "video_ranges": [[1.66, 2.53], [0.33, 1.2], [3.03, 3.9], [4.22, 5.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "A) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12778.mp4", "videos/clvr/video_validation/video_12778.mp4", "videos/clvr/video_validation/video_12778.mp4", "videos/clvr/video_validation/video_12778.mp4"], "video_ranges": [[0.07, 0.97], [1.42, 2.32], [4.17, 5.07], [2.85, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "D) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_14023.mp4", "videos/clvr/video_validation/video_14023.mp4", "videos/clvr/video_validation/video_14023.mp4", "videos/clvr/video_validation/video_14023.mp4"], "video_ranges": [[2.78, 3.73], [4.14, 5.09], [1.48, 2.43], [0.01, 0.96]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12090.mp4", "videos/clvr/video_validation/video_12090.mp4", "videos/clvr/video_validation/video_12090.mp4", "videos/clvr/video_validation/video_12090.mp4"], "video_ranges": [[4.23, 5.06], [2.97, 3.8], [1.71, 2.54], [0.33, 1.16]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "D) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13227.mp4", "videos/clvr/video_validation/video_13227.mp4", "videos/clvr/video_validation/video_13227.mp4", "videos/clvr/video_validation/video_13227.mp4"], "video_ranges": [[1.51, 2.28], [4.02, 4.79], [2.87, 3.64], [0.16, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "A) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13622.mp4", "videos/clvr/video_validation/video_13622.mp4", "videos/clvr/video_validation/video_13622.mp4", "videos/clvr/video_validation/video_13622.mp4"], "video_ranges": [[1.61, 2.55], [0.17, 1.11], [4.17, 5.11], [2.93, 3.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12325.mp4", "videos/clvr/video_validation/video_12325.mp4", "videos/clvr/video_validation/video_12325.mp4", "videos/clvr/video_validation/video_12325.mp4"], "video_ranges": [[2.71, 3.58], [1.34, 2.21], [4.06, 4.93], [0.13, 1.0]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_10502.mp4", "videos/clvr/video_validation/video_10502.mp4", "videos/clvr/video_validation/video_10502.mp4", "videos/clvr/video_validation/video_10502.mp4"], "video_ranges": [[0.07, 0.88], [1.19, 2.0], [2.59, 3.4], [3.89, 4.7]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13479.mp4", "videos/clvr/video_validation/video_13479.mp4", "videos/clvr/video_validation/video_13479.mp4", "videos/clvr/video_validation/video_13479.mp4"], "video_ranges": [[4.26, 5.09], [1.63, 2.46], [2.98, 3.81], [0.45, 1.28]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "D) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13282.mp4", "videos/clvr/video_validation/video_13282.mp4", "videos/clvr/video_validation/video_13282.mp4", "videos/clvr/video_validation/video_13282.mp4"], "video_ranges": [[4.2, 5.08], [2.87, 3.75], [0.18, 1.06], [1.58, 2.46]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "A) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11574.mp4", "videos/clvr/video_validation/video_11574.mp4", "videos/clvr/video_validation/video_11574.mp4", "videos/clvr/video_validation/video_11574.mp4"], "video_ranges": [[4.06, 4.9], [0.16, 1.0], [1.43, 2.27], [2.71, 3.55]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13609.mp4", "videos/clvr/video_validation/video_13609.mp4", "videos/clvr/video_validation/video_13609.mp4", "videos/clvr/video_validation/video_13609.mp4"], "video_ranges": [[2.68, 3.5], [0.07, 0.89], [4.01, 4.83], [1.36, 2.18]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13484.mp4", "videos/clvr/video_validation/video_13484.mp4", "videos/clvr/video_validation/video_13484.mp4", "videos/clvr/video_validation/video_13484.mp4"], "video_ranges": [[1.51, 2.31], [2.86, 3.66], [0.15, 0.95], [4.08, 4.88]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "D) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_12810.mp4", "videos/clvr/video_validation/video_12810.mp4", "videos/clvr/video_validation/video_12810.mp4", "videos/clvr/video_validation/video_12810.mp4"], "video_ranges": [[0.13, 0.91], [4.08, 4.86], [2.77, 3.55], [1.43, 2.21]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_14839.mp4", "videos/clvr/video_validation/video_14839.mp4", "videos/clvr/video_validation/video_14839.mp4", "videos/clvr/video_validation/video_14839.mp4"], "video_ranges": [[0.08, 0.85], [4.0, 4.77], [1.35, 2.12], [2.67, 3.44]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "A) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11087.mp4", "videos/clvr/video_validation/video_11087.mp4", "videos/clvr/video_validation/video_11087.mp4", "videos/clvr/video_validation/video_11087.mp4"], "video_ranges": [[2.65, 3.45], [0.03, 0.83], [1.39, 2.19], [4.03, 4.83]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "D) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10373.mp4", "videos/clvr/video_validation/video_10373.mp4", "videos/clvr/video_validation/video_10373.mp4", "videos/clvr/video_validation/video_10373.mp4"], "video_ranges": [[4.14, 5.07], [1.38, 2.31], [0.01, 0.94], [2.75, 3.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_10467.mp4", "videos/clvr/video_validation/video_10467.mp4", "videos/clvr/video_validation/video_10467.mp4", "videos/clvr/video_validation/video_10467.mp4"], "video_ranges": [[0.04, 0.95], [2.7, 3.61], [4.11, 5.02], [1.46, 2.37]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12569.mp4", "videos/clvr/video_validation/video_12569.mp4", "videos/clvr/video_validation/video_12569.mp4", "videos/clvr/video_validation/video_12569.mp4"], "video_ranges": [[2.82, 3.73], [4.1, 5.01], [0.11, 1.02], [1.59, 2.5]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_14083.mp4", "videos/clvr/video_validation/video_14083.mp4", "videos/clvr/video_validation/video_14083.mp4", "videos/clvr/video_validation/video_14083.mp4"], "video_ranges": [[2.78, 3.68], [1.41, 2.31], [0.0, 0.9], [4.17, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "D) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11169.mp4", "videos/clvr/video_validation/video_11169.mp4", "videos/clvr/video_validation/video_11169.mp4", "videos/clvr/video_validation/video_11169.mp4"], "video_ranges": [[0.18, 1.03], [2.76, 3.61], [1.34, 2.19], [4.1, 4.95]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "A) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14200.mp4", "videos/clvr/video_validation/video_14200.mp4", "videos/clvr/video_validation/video_14200.mp4", "videos/clvr/video_validation/video_14200.mp4"], "video_ranges": [[4.11, 5.09], [0.02, 1.0], [1.32, 2.3], [2.82, 3.8]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_10883.mp4", "videos/clvr/video_validation/video_10883.mp4", "videos/clvr/video_validation/video_10883.mp4", "videos/clvr/video_validation/video_10883.mp4"], "video_ranges": [[1.37, 2.25], [2.81, 3.69], [4.22, 5.1], [0.03, 0.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_11287.mp4", "videos/clvr/video_validation/video_11287.mp4", "videos/clvr/video_validation/video_11287.mp4", "videos/clvr/video_validation/video_11287.mp4"], "video_ranges": [[4.04, 5.05], [1.36, 2.37], [2.68, 3.69], [0.01, 1.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_10696.mp4", "videos/clvr/video_validation/video_10696.mp4", "videos/clvr/video_validation/video_10696.mp4", "videos/clvr/video_validation/video_10696.mp4"], "video_ranges": [[2.83, 3.68], [4.21, 5.06], [0.0, 0.85], [1.45, 2.3]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12945.mp4", "videos/clvr/video_validation/video_12945.mp4", "videos/clvr/video_validation/video_12945.mp4", "videos/clvr/video_validation/video_12945.mp4"], "video_ranges": [[2.88, 3.69], [0.09, 0.9], [1.49, 2.3], [4.1, 4.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "D) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_12245.mp4", "videos/clvr/video_validation/video_12245.mp4", "videos/clvr/video_validation/video_12245.mp4", "videos/clvr/video_validation/video_12245.mp4"], "video_ranges": [[0.34, 1.22], [2.74, 3.62], [4.05, 4.93], [1.56, 2.44]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12979.mp4", "videos/clvr/video_validation/video_12979.mp4", "videos/clvr/video_validation/video_12979.mp4", "videos/clvr/video_validation/video_12979.mp4"], "video_ranges": [[2.66, 3.5], [0.07, 0.91], [3.99, 4.83], [1.32, 2.16]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "A) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11748.mp4", "videos/clvr/video_validation/video_11748.mp4", "videos/clvr/video_validation/video_11748.mp4", "videos/clvr/video_validation/video_11748.mp4"], "video_ranges": [[2.91, 3.81], [4.11, 5.01], [1.67, 2.57], [0.21, 1.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_11745.mp4", "videos/clvr/video_validation/video_11745.mp4", "videos/clvr/video_validation/video_11745.mp4", "videos/clvr/video_validation/video_11745.mp4"], "video_ranges": [[0.22, 1.01], [1.58, 2.37], [4.15, 4.94], [2.83, 3.62]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "D) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13914.mp4", "videos/clvr/video_validation/video_13914.mp4", "videos/clvr/video_validation/video_13914.mp4", "videos/clvr/video_validation/video_13914.mp4"], "video_ranges": [[0.02, 0.91], [4.23, 5.12], [2.77, 3.66], [1.46, 2.35]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12743.mp4", "videos/clvr/video_validation/video_12743.mp4", "videos/clvr/video_validation/video_12743.mp4", "videos/clvr/video_validation/video_12743.mp4"], "video_ranges": [[1.36, 2.19], [3.87, 4.7], [0.02, 0.85], [2.54, 3.37]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "D) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11822.mp4", "videos/clvr/video_validation/video_11822.mp4", "videos/clvr/video_validation/video_11822.mp4", "videos/clvr/video_validation/video_11822.mp4"], "video_ranges": [[2.63, 3.49], [1.38, 2.24], [0.18, 1.04], [3.95, 4.81]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "A) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13812.mp4", "videos/clvr/video_validation/video_13812.mp4", "videos/clvr/video_validation/video_13812.mp4", "videos/clvr/video_validation/video_13812.mp4"], "video_ranges": [[4.23, 5.08], [2.87, 3.72], [1.49, 2.34], [0.19, 1.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11720.mp4", "videos/clvr/video_validation/video_11720.mp4", "videos/clvr/video_validation/video_11720.mp4", "videos/clvr/video_validation/video_11720.mp4"], "video_ranges": [[0.09, 0.97], [4.13, 5.01], [1.42, 2.3], [2.7, 3.58]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12659.mp4", "videos/clvr/video_validation/video_12659.mp4", "videos/clvr/video_validation/video_12659.mp4", "videos/clvr/video_validation/video_12659.mp4"], "video_ranges": [[0.12, 0.97], [1.37, 2.22], [2.59, 3.44], [4.02, 4.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13894.mp4", "videos/clvr/video_validation/video_13894.mp4", "videos/clvr/video_validation/video_13894.mp4", "videos/clvr/video_validation/video_13894.mp4"], "video_ranges": [[1.36, 2.2], [2.56, 3.4], [0.0, 0.84], [3.84, 4.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_10274.mp4", "videos/clvr/video_validation/video_10274.mp4", "videos/clvr/video_validation/video_10274.mp4", "videos/clvr/video_validation/video_10274.mp4"], "video_ranges": [[4.13, 5.1], [2.78, 3.75], [0.01, 0.98], [1.32, 2.29]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14167.mp4", "videos/clvr/video_validation/video_14167.mp4", "videos/clvr/video_validation/video_14167.mp4", "videos/clvr/video_validation/video_14167.mp4"], "video_ranges": [[1.5, 2.42], [0.28, 1.2], [2.87, 3.79], [4.17, 5.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "D) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11589.mp4", "videos/clvr/video_validation/video_11589.mp4", "videos/clvr/video_validation/video_11589.mp4", "videos/clvr/video_validation/video_11589.mp4"], "video_ranges": [[1.65, 2.55], [4.16, 5.06], [2.85, 3.75], [0.3, 1.2]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "D) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12575.mp4", "videos/clvr/video_validation/video_12575.mp4", "videos/clvr/video_validation/video_12575.mp4", "videos/clvr/video_validation/video_12575.mp4"], "video_ranges": [[4.27, 5.11], [0.41, 1.25], [2.99, 3.83], [1.64, 2.48]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12378.mp4", "videos/clvr/video_validation/video_12378.mp4", "videos/clvr/video_validation/video_12378.mp4", "videos/clvr/video_validation/video_12378.mp4"], "video_ranges": [[1.44, 2.29], [0.24, 1.09], [4.02, 4.87], [2.82, 3.67]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "A) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14482.mp4", "videos/clvr/video_validation/video_14482.mp4", "videos/clvr/video_validation/video_14482.mp4", "videos/clvr/video_validation/video_14482.mp4"], "video_ranges": [[4.09, 5.12], [1.38, 2.41], [0.02, 1.05], [2.74, 3.77]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13252.mp4", "videos/clvr/video_validation/video_13252.mp4", "videos/clvr/video_validation/video_13252.mp4", "videos/clvr/video_validation/video_13252.mp4"], "video_ranges": [[2.87, 3.69], [1.63, 2.45], [4.17, 4.99], [0.36, 1.18]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12204.mp4", "videos/clvr/video_validation/video_12204.mp4", "videos/clvr/video_validation/video_12204.mp4", "videos/clvr/video_validation/video_12204.mp4"], "video_ranges": [[2.81, 3.76], [4.11, 5.06], [1.36, 2.31], [0.11, 1.06]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12584.mp4", "videos/clvr/video_validation/video_12584.mp4", "videos/clvr/video_validation/video_12584.mp4", "videos/clvr/video_validation/video_12584.mp4"], "video_ranges": [[1.43, 2.4], [0.02, 0.99], [2.78, 3.75], [4.06, 5.03]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "A) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12297.mp4", "videos/clvr/video_validation/video_12297.mp4", "videos/clvr/video_validation/video_12297.mp4", "videos/clvr/video_validation/video_12297.mp4"], "video_ranges": [[0.07, 0.96], [4.16, 5.05], [1.35, 2.24], [2.68, 3.57]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "D) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11273.mp4", "videos/clvr/video_validation/video_11273.mp4", "videos/clvr/video_validation/video_11273.mp4", "videos/clvr/video_validation/video_11273.mp4"], "video_ranges": [[0.04, 0.88], [4.21, 5.05], [2.78, 3.62], [1.45, 2.29]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "A) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_14179.mp4", "videos/clvr/video_validation/video_14179.mp4", "videos/clvr/video_validation/video_14179.mp4", "videos/clvr/video_validation/video_14179.mp4"], "video_ranges": [[0.11, 0.99], [2.86, 3.74], [1.58, 2.46], [4.09, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12156.mp4", "videos/clvr/video_validation/video_12156.mp4", "videos/clvr/video_validation/video_12156.mp4", "videos/clvr/video_validation/video_12156.mp4"], "video_ranges": [[2.89, 3.74], [1.47, 2.32], [0.1, 0.95], [4.22, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_11451.mp4", "videos/clvr/video_validation/video_11451.mp4", "videos/clvr/video_validation/video_11451.mp4", "videos/clvr/video_validation/video_11451.mp4"], "video_ranges": [[4.13, 5.08], [0.13, 1.08], [2.65, 3.6], [1.39, 2.34]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "D) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14160.mp4", "videos/clvr/video_validation/video_14160.mp4", "videos/clvr/video_validation/video_14160.mp4", "videos/clvr/video_validation/video_14160.mp4"], "video_ranges": [[4.01, 4.96], [2.72, 3.67], [1.44, 2.39], [0.05, 1.0]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "A) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13582.mp4", "videos/clvr/video_validation/video_13582.mp4", "videos/clvr/video_validation/video_13582.mp4", "videos/clvr/video_validation/video_13582.mp4"], "video_ranges": [[2.85, 3.79], [0.17, 1.11], [4.17, 5.11], [1.57, 2.51]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_10526.mp4", "videos/clvr/video_validation/video_10526.mp4", "videos/clvr/video_validation/video_10526.mp4", "videos/clvr/video_validation/video_10526.mp4"], "video_ranges": [[2.66, 3.51], [1.34, 2.19], [3.95, 4.8], [0.03, 0.88]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "D) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_13815.mp4", "videos/clvr/video_validation/video_13815.mp4", "videos/clvr/video_validation/video_13815.mp4", "videos/clvr/video_validation/video_13815.mp4"], "video_ranges": [[0.01, 0.8], [2.74, 3.53], [3.88, 4.67], [1.37, 2.16]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14363.mp4", "videos/clvr/video_validation/video_14363.mp4", "videos/clvr/video_validation/video_14363.mp4", "videos/clvr/video_validation/video_14363.mp4"], "video_ranges": [[0.13, 1.09], [1.48, 2.44], [4.13, 5.09], [2.79, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10261.mp4", "videos/clvr/video_validation/video_10261.mp4", "videos/clvr/video_validation/video_10261.mp4", "videos/clvr/video_validation/video_10261.mp4"], "video_ranges": [[4.08, 4.92], [1.5, 2.34], [0.27, 1.11], [2.89, 3.73]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_13821.mp4", "videos/clvr/video_validation/video_13821.mp4", "videos/clvr/video_validation/video_13821.mp4", "videos/clvr/video_validation/video_13821.mp4"], "video_ranges": [[1.34, 2.21], [3.9, 4.77], [0.14, 1.01], [2.68, 3.55]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "D) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_10648.mp4", "videos/clvr/video_validation/video_10648.mp4", "videos/clvr/video_validation/video_10648.mp4", "videos/clvr/video_validation/video_10648.mp4"], "video_ranges": [[1.39, 2.34], [0.01, 0.96], [4.08, 5.03], [2.82, 3.77]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "A) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10806.mp4", "videos/clvr/video_validation/video_10806.mp4", "videos/clvr/video_validation/video_10806.mp4", "videos/clvr/video_validation/video_10806.mp4"], "video_ranges": [[1.45, 2.36], [4.19, 5.1], [2.7, 3.61], [0.21, 1.12]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_13871.mp4", "videos/clvr/video_validation/video_13871.mp4", "videos/clvr/video_validation/video_13871.mp4", "videos/clvr/video_validation/video_13871.mp4"], "video_ranges": [[2.69, 3.58], [0.03, 0.92], [1.28, 2.17], [4.07, 4.96]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10304.mp4", "videos/clvr/video_validation/video_10304.mp4", "videos/clvr/video_validation/video_10304.mp4", "videos/clvr/video_validation/video_10304.mp4"], "video_ranges": [[4.19, 5.05], [0.11, 0.97], [1.52, 2.38], [2.9, 3.76]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "D) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12301.mp4", "videos/clvr/video_validation/video_12301.mp4", "videos/clvr/video_validation/video_12301.mp4", "videos/clvr/video_validation/video_12301.mp4"], "video_ranges": [[0.14, 1.01], [1.48, 2.35], [2.93, 3.8], [4.22, 5.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "A) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_12785.mp4", "videos/clvr/video_validation/video_12785.mp4", "videos/clvr/video_validation/video_12785.mp4", "videos/clvr/video_validation/video_12785.mp4"], "video_ranges": [[1.27, 2.09], [2.69, 3.51], [4.1, 4.92], [0.12, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10192.mp4", "videos/clvr/video_validation/video_10192.mp4", "videos/clvr/video_validation/video_10192.mp4", "videos/clvr/video_validation/video_10192.mp4"], "video_ranges": [[4.21, 5.12], [1.43, 2.34], [2.89, 3.8], [0.06, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11543.mp4", "videos/clvr/video_validation/video_11543.mp4", "videos/clvr/video_validation/video_11543.mp4", "videos/clvr/video_validation/video_11543.mp4"], "video_ranges": [[3.82, 4.73], [2.54, 3.45], [0.09, 1.0], [1.31, 2.22]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "D) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12854.mp4", "videos/clvr/video_validation/video_12854.mp4", "videos/clvr/video_validation/video_12854.mp4", "videos/clvr/video_validation/video_12854.mp4"], "video_ranges": [[2.91, 3.84], [4.18, 5.11], [0.09, 1.02], [1.53, 2.46]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "A) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11222.mp4", "videos/clvr/video_validation/video_11222.mp4", "videos/clvr/video_validation/video_11222.mp4", "videos/clvr/video_validation/video_11222.mp4"], "video_ranges": [[1.55, 2.39], [2.75, 3.59], [0.18, 1.02], [4.17, 5.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "D) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_13393.mp4", "videos/clvr/video_validation/video_13393.mp4", "videos/clvr/video_validation/video_13393.mp4", "videos/clvr/video_validation/video_13393.mp4"], "video_ranges": [[0.22, 0.97], [4.17, 4.92], [1.56, 2.31], [2.82, 3.57]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13173.mp4", "videos/clvr/video_validation/video_13173.mp4", "videos/clvr/video_validation/video_13173.mp4", "videos/clvr/video_validation/video_13173.mp4"], "video_ranges": [[1.41, 2.22], [0.0, 0.81], [2.77, 3.58], [4.1, 4.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_12770.mp4", "videos/clvr/video_validation/video_12770.mp4", "videos/clvr/video_validation/video_12770.mp4", "videos/clvr/video_validation/video_12770.mp4"], "video_ranges": [[4.25, 5.11], [1.4, 2.26], [0.06, 0.92], [2.81, 3.67]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "A) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12376.mp4", "videos/clvr/video_validation/video_12376.mp4", "videos/clvr/video_validation/video_12376.mp4", "videos/clvr/video_validation/video_12376.mp4"], "video_ranges": [[1.4, 2.3], [3.99, 4.89], [0.0, 0.9], [2.65, 3.55]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_14337.mp4", "videos/clvr/video_validation/video_14337.mp4", "videos/clvr/video_validation/video_14337.mp4", "videos/clvr/video_validation/video_14337.mp4"], "video_ranges": [[2.86, 3.7], [1.69, 2.53], [0.28, 1.12], [4.14, 4.98]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "D) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_11540.mp4", "videos/clvr/video_validation/video_11540.mp4", "videos/clvr/video_validation/video_11540.mp4", "videos/clvr/video_validation/video_11540.mp4"], "video_ranges": [[4.04, 4.91], [1.32, 2.19], [2.58, 3.45], [0.08, 0.95]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_10316.mp4", "videos/clvr/video_validation/video_10316.mp4", "videos/clvr/video_validation/video_10316.mp4", "videos/clvr/video_validation/video_10316.mp4"], "video_ranges": [[2.63, 3.48], [3.94, 4.79], [0.01, 0.86], [1.23, 2.08]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_12059.mp4", "videos/clvr/video_validation/video_12059.mp4", "videos/clvr/video_validation/video_12059.mp4", "videos/clvr/video_validation/video_12059.mp4"], "video_ranges": [[4.2, 5.1], [0.1, 1.0], [1.58, 2.48], [2.91, 3.81]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14142.mp4", "videos/clvr/video_validation/video_14142.mp4", "videos/clvr/video_validation/video_14142.mp4", "videos/clvr/video_validation/video_14142.mp4"], "video_ranges": [[4.16, 5.01], [2.78, 3.63], [0.28, 1.13], [1.48, 2.33]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "A) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_11059.mp4", "videos/clvr/video_validation/video_11059.mp4", "videos/clvr/video_validation/video_11059.mp4", "videos/clvr/video_validation/video_11059.mp4"], "video_ranges": [[1.38, 2.3], [0.02, 0.94], [3.99, 4.91], [2.66, 3.58]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12727.mp4", "videos/clvr/video_validation/video_12727.mp4", "videos/clvr/video_validation/video_12727.mp4", "videos/clvr/video_validation/video_12727.mp4"], "video_ranges": [[4.11, 4.98], [0.08, 0.95], [2.76, 3.63], [1.51, 2.38]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11578.mp4", "videos/clvr/video_validation/video_11578.mp4", "videos/clvr/video_validation/video_11578.mp4", "videos/clvr/video_validation/video_11578.mp4"], "video_ranges": [[2.81, 3.69], [0.04, 0.92], [1.46, 2.34], [4.22, 5.1]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12247.mp4", "videos/clvr/video_validation/video_12247.mp4", "videos/clvr/video_validation/video_12247.mp4", "videos/clvr/video_validation/video_12247.mp4"], "video_ranges": [[0.14, 1.05], [2.83, 3.74], [1.48, 2.39], [4.13, 5.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "A) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_13939.mp4", "videos/clvr/video_validation/video_13939.mp4", "videos/clvr/video_validation/video_13939.mp4", "videos/clvr/video_validation/video_13939.mp4"], "video_ranges": [[0.13, 1.02], [2.74, 3.63], [4.18, 5.07], [1.43, 2.32]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11729.mp4", "videos/clvr/video_validation/video_11729.mp4", "videos/clvr/video_validation/video_11729.mp4", "videos/clvr/video_validation/video_11729.mp4"], "video_ranges": [[2.72, 3.61], [4.14, 5.03], [1.4, 2.29], [0.09, 0.98]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "D) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_14532.mp4", "videos/clvr/video_validation/video_14532.mp4", "videos/clvr/video_validation/video_14532.mp4", "videos/clvr/video_validation/video_14532.mp4"], "video_ranges": [[2.86, 3.72], [0.05, 0.91], [4.03, 4.89], [1.43, 2.29]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "D) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_10595.mp4", "videos/clvr/video_validation/video_10595.mp4", "videos/clvr/video_validation/video_10595.mp4", "videos/clvr/video_validation/video_10595.mp4"], "video_ranges": [[2.68, 3.51], [1.46, 2.29], [3.9, 4.73], [0.08, 0.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14095.mp4", "videos/clvr/video_validation/video_14095.mp4", "videos/clvr/video_validation/video_14095.mp4", "videos/clvr/video_validation/video_14095.mp4"], "video_ranges": [[0.02, 0.88], [3.96, 4.82], [2.62, 3.48], [1.25, 2.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "A) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13341.mp4", "videos/clvr/video_validation/video_13341.mp4", "videos/clvr/video_validation/video_13341.mp4", "videos/clvr/video_validation/video_13341.mp4"], "video_ranges": [[0.05, 0.94], [1.53, 2.42], [4.06, 4.95], [2.8, 3.69]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11517.mp4", "videos/clvr/video_validation/video_11517.mp4", "videos/clvr/video_validation/video_11517.mp4", "videos/clvr/video_validation/video_11517.mp4"], "video_ranges": [[1.4, 2.29], [2.63, 3.52], [0.14, 1.03], [3.9, 4.79]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "D) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12179.mp4", "videos/clvr/video_validation/video_12179.mp4", "videos/clvr/video_validation/video_12179.mp4", "videos/clvr/video_validation/video_12179.mp4"], "video_ranges": [[4.0, 4.88], [2.69, 3.57], [1.37, 2.25], [0.09, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13391.mp4", "videos/clvr/video_validation/video_13391.mp4", "videos/clvr/video_validation/video_13391.mp4", "videos/clvr/video_validation/video_13391.mp4"], "video_ranges": [[0.33, 1.18], [1.73, 2.58], [3.0, 3.85], [4.22, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13496.mp4", "videos/clvr/video_validation/video_13496.mp4", "videos/clvr/video_validation/video_13496.mp4", "videos/clvr/video_validation/video_13496.mp4"], "video_ranges": [[1.53, 2.32], [4.29, 5.08], [2.92, 3.71], [0.39, 1.18]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "A) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11233.mp4", "videos/clvr/video_validation/video_11233.mp4", "videos/clvr/video_validation/video_11233.mp4", "videos/clvr/video_validation/video_11233.mp4"], "video_ranges": [[1.42, 2.31], [2.81, 3.7], [4.17, 5.06], [0.0, 0.89]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13470.mp4", "videos/clvr/video_validation/video_13470.mp4", "videos/clvr/video_validation/video_13470.mp4", "videos/clvr/video_validation/video_13470.mp4"], "video_ranges": [[4.08, 4.99], [1.43, 2.34], [2.78, 3.69], [0.11, 1.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "D) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13232.mp4", "videos/clvr/video_validation/video_13232.mp4", "videos/clvr/video_validation/video_13232.mp4", "videos/clvr/video_validation/video_13232.mp4"], "video_ranges": [[2.85, 3.74], [1.52, 2.41], [4.21, 5.1], [0.05, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "A) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14123.mp4", "videos/clvr/video_validation/video_14123.mp4", "videos/clvr/video_validation/video_14123.mp4", "videos/clvr/video_validation/video_14123.mp4"], "video_ranges": [[4.26, 5.11], [1.75, 2.6], [0.4, 1.25], [3.09, 3.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14533.mp4", "videos/clvr/video_validation/video_14533.mp4", "videos/clvr/video_validation/video_14533.mp4", "videos/clvr/video_validation/video_14533.mp4"], "video_ranges": [[0.32, 1.16], [1.51, 2.35], [4.11, 4.95], [2.95, 3.79]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "A) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13665.mp4", "videos/clvr/video_validation/video_13665.mp4", "videos/clvr/video_validation/video_13665.mp4", "videos/clvr/video_validation/video_13665.mp4"], "video_ranges": [[0.03, 0.92], [4.19, 5.08], [2.8, 3.69], [1.34, 2.23]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11097.mp4", "videos/clvr/video_validation/video_11097.mp4", "videos/clvr/video_validation/video_11097.mp4", "videos/clvr/video_validation/video_11097.mp4"], "video_ranges": [[2.52, 3.36], [1.36, 2.2], [0.05, 0.89], [3.94, 4.78]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13956.mp4", "videos/clvr/video_validation/video_13956.mp4", "videos/clvr/video_validation/video_13956.mp4", "videos/clvr/video_validation/video_13956.mp4"], "video_ranges": [[1.64, 2.53], [0.18, 1.07], [4.23, 5.12], [2.97, 3.86]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "D) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13958.mp4", "videos/clvr/video_validation/video_13958.mp4", "videos/clvr/video_validation/video_13958.mp4", "videos/clvr/video_validation/video_13958.mp4"], "video_ranges": [[0.0, 0.96], [1.5, 2.46], [2.82, 3.78], [4.13, 5.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11907.mp4", "videos/clvr/video_validation/video_11907.mp4", "videos/clvr/video_validation/video_11907.mp4", "videos/clvr/video_validation/video_11907.mp4"], "video_ranges": [[4.2, 5.11], [0.24, 1.15], [1.49, 2.4], [2.96, 3.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "A) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14171.mp4", "videos/clvr/video_validation/video_14171.mp4", "videos/clvr/video_validation/video_14171.mp4", "videos/clvr/video_validation/video_14171.mp4"], "video_ranges": [[0.03, 0.91], [2.69, 3.57], [3.96, 4.84], [1.31, 2.19]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "D) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13217.mp4", "videos/clvr/video_validation/video_13217.mp4", "videos/clvr/video_validation/video_13217.mp4", "videos/clvr/video_validation/video_13217.mp4"], "video_ranges": [[4.15, 4.95], [2.77, 3.57], [1.43, 2.23], [0.3, 1.1]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10002.mp4", "videos/clvr/video_validation/video_10002.mp4", "videos/clvr/video_validation/video_10002.mp4", "videos/clvr/video_validation/video_10002.mp4"], "video_ranges": [[0.12, 0.96], [2.65, 3.49], [1.33, 2.17], [4.09, 4.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10922.mp4", "videos/clvr/video_validation/video_10922.mp4", "videos/clvr/video_validation/video_10922.mp4", "videos/clvr/video_validation/video_10922.mp4"], "video_ranges": [[1.38, 2.3], [4.08, 5.0], [2.66, 3.58], [0.03, 0.95]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11756.mp4", "videos/clvr/video_validation/video_11756.mp4", "videos/clvr/video_validation/video_11756.mp4", "videos/clvr/video_validation/video_11756.mp4"], "video_ranges": [[2.83, 3.76], [0.07, 1.0], [1.31, 2.24], [4.11, 5.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_13631.mp4", "videos/clvr/video_validation/video_13631.mp4", "videos/clvr/video_validation/video_13631.mp4", "videos/clvr/video_validation/video_13631.mp4"], "video_ranges": [[1.67, 2.42], [3.0, 3.75], [4.3, 5.05], [0.4, 1.15]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "A) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_10123.mp4", "videos/clvr/video_validation/video_10123.mp4", "videos/clvr/video_validation/video_10123.mp4", "videos/clvr/video_validation/video_10123.mp4"], "video_ranges": [[3.87, 4.79], [2.61, 3.53], [0.02, 0.94], [1.3, 2.22]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_10776.mp4", "videos/clvr/video_validation/video_10776.mp4", "videos/clvr/video_validation/video_10776.mp4", "videos/clvr/video_validation/video_10776.mp4"], "video_ranges": [[2.82, 3.59], [0.14, 0.91], [4.05, 4.82], [1.49, 2.26]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_14888.mp4", "videos/clvr/video_validation/video_14888.mp4", "videos/clvr/video_validation/video_14888.mp4", "videos/clvr/video_validation/video_14888.mp4"], "video_ranges": [[0.25, 1.12], [4.22, 5.09], [1.67, 2.54], [2.95, 3.82]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14849.mp4", "videos/clvr/video_validation/video_14849.mp4", "videos/clvr/video_validation/video_14849.mp4", "videos/clvr/video_validation/video_14849.mp4"], "video_ranges": [[1.61, 2.4], [0.28, 1.07], [3.0, 3.79], [4.18, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "D) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_14111.mp4", "videos/clvr/video_validation/video_14111.mp4", "videos/clvr/video_validation/video_14111.mp4", "videos/clvr/video_validation/video_14111.mp4"], "video_ranges": [[2.82, 3.7], [4.23, 5.11], [1.4, 2.28], [0.07, 0.95]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10711.mp4", "videos/clvr/video_validation/video_10711.mp4", "videos/clvr/video_validation/video_10711.mp4", "videos/clvr/video_validation/video_10711.mp4"], "video_ranges": [[1.51, 2.34], [2.71, 3.54], [0.14, 0.97], [3.97, 4.8]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_14606.mp4", "videos/clvr/video_validation/video_14606.mp4", "videos/clvr/video_validation/video_14606.mp4", "videos/clvr/video_validation/video_14606.mp4"], "video_ranges": [[4.01, 4.91], [0.12, 1.02], [2.78, 3.68], [1.54, 2.44]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "A) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_13009.mp4", "videos/clvr/video_validation/video_13009.mp4", "videos/clvr/video_validation/video_13009.mp4", "videos/clvr/video_validation/video_13009.mp4"], "video_ranges": [[1.47, 2.44], [4.13, 5.1], [0.18, 1.15], [2.79, 3.76]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "D) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12020.mp4", "videos/clvr/video_validation/video_12020.mp4", "videos/clvr/video_validation/video_12020.mp4", "videos/clvr/video_validation/video_12020.mp4"], "video_ranges": [[2.97, 3.85], [4.2, 5.08], [0.46, 1.34], [1.66, 2.54]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_10003.mp4", "videos/clvr/video_validation/video_10003.mp4", "videos/clvr/video_validation/video_10003.mp4", "videos/clvr/video_validation/video_10003.mp4"], "video_ranges": [[0.29, 1.22], [2.91, 3.84], [4.17, 5.1], [1.57, 2.5]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12306.mp4", "videos/clvr/video_validation/video_12306.mp4", "videos/clvr/video_validation/video_12306.mp4", "videos/clvr/video_validation/video_12306.mp4"], "video_ranges": [[0.13, 1.0], [2.94, 3.81], [1.48, 2.35], [4.13, 5.0]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "D) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_11347.mp4", "videos/clvr/video_validation/video_11347.mp4", "videos/clvr/video_validation/video_11347.mp4", "videos/clvr/video_validation/video_11347.mp4"], "video_ranges": [[2.8, 3.74], [1.51, 2.45], [4.08, 5.02], [0.01, 0.95]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "A) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12187.mp4", "videos/clvr/video_validation/video_12187.mp4", "videos/clvr/video_validation/video_12187.mp4", "videos/clvr/video_validation/video_12187.mp4"], "video_ranges": [[1.5, 2.3], [4.11, 4.91], [0.26, 1.06], [2.89, 3.69]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11366.mp4", "videos/clvr/video_validation/video_11366.mp4", "videos/clvr/video_validation/video_11366.mp4", "videos/clvr/video_validation/video_11366.mp4"], "video_ranges": [[2.77, 3.64], [4.22, 5.09], [1.58, 2.45], [0.19, 1.06]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "A) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14292.mp4", "videos/clvr/video_validation/video_14292.mp4", "videos/clvr/video_validation/video_14292.mp4", "videos/clvr/video_validation/video_14292.mp4"], "video_ranges": [[0.28, 1.15], [4.2, 5.07], [2.85, 3.72], [1.48, 2.35]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14444.mp4", "videos/clvr/video_validation/video_14444.mp4", "videos/clvr/video_validation/video_14444.mp4", "videos/clvr/video_validation/video_14444.mp4"], "video_ranges": [[1.28, 2.19], [0.0, 0.91], [3.95, 4.86], [2.53, 3.44]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "D) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_14550.mp4", "videos/clvr/video_validation/video_14550.mp4", "videos/clvr/video_validation/video_14550.mp4", "videos/clvr/video_validation/video_14550.mp4"], "video_ranges": [[0.01, 0.88], [4.22, 5.09], [1.38, 2.25], [2.83, 3.7]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "D) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11547.mp4", "videos/clvr/video_validation/video_11547.mp4", "videos/clvr/video_validation/video_11547.mp4", "videos/clvr/video_validation/video_11547.mp4"], "video_ranges": [[4.22, 5.06], [2.95, 3.79], [0.22, 1.06], [1.56, 2.4]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12191.mp4", "videos/clvr/video_validation/video_12191.mp4", "videos/clvr/video_validation/video_12191.mp4", "videos/clvr/video_validation/video_12191.mp4"], "video_ranges": [[0.4, 1.22], [1.63, 2.45], [2.99, 3.81], [4.27, 5.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_14510.mp4", "videos/clvr/video_validation/video_14510.mp4", "videos/clvr/video_validation/video_14510.mp4", "videos/clvr/video_validation/video_14510.mp4"], "video_ranges": [[2.95, 3.84], [4.16, 5.05], [0.29, 1.18], [1.56, 2.45]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_14718.mp4", "videos/clvr/video_validation/video_14718.mp4", "videos/clvr/video_validation/video_14718.mp4", "videos/clvr/video_validation/video_14718.mp4"], "video_ranges": [[2.78, 3.7], [0.1, 1.02], [1.36, 2.28], [4.2, 5.12]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_14538.mp4", "videos/clvr/video_validation/video_14538.mp4", "videos/clvr/video_validation/video_14538.mp4", "videos/clvr/video_validation/video_14538.mp4"], "video_ranges": [[1.42, 2.35], [2.76, 3.69], [0.03, 0.96], [4.18, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "D) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12957.mp4", "videos/clvr/video_validation/video_12957.mp4", "videos/clvr/video_validation/video_12957.mp4", "videos/clvr/video_validation/video_12957.mp4"], "video_ranges": [[4.16, 5.01], [2.77, 3.62], [1.55, 2.4], [0.4, 1.25]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "A) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11013.mp4", "videos/clvr/video_validation/video_11013.mp4", "videos/clvr/video_validation/video_11013.mp4", "videos/clvr/video_validation/video_11013.mp4"], "video_ranges": [[2.79, 3.67], [1.47, 2.35], [0.11, 0.99], [3.99, 4.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14406.mp4", "videos/clvr/video_validation/video_14406.mp4", "videos/clvr/video_validation/video_14406.mp4", "videos/clvr/video_validation/video_14406.mp4"], "video_ranges": [[1.33, 2.28], [2.74, 3.69], [4.17, 5.12], [0.04, 0.99]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13288.mp4", "videos/clvr/video_validation/video_13288.mp4", "videos/clvr/video_validation/video_13288.mp4", "videos/clvr/video_validation/video_13288.mp4"], "video_ranges": [[1.45, 2.34], [0.06, 0.95], [2.9, 3.79], [4.15, 5.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14627.mp4", "videos/clvr/video_validation/video_14627.mp4", "videos/clvr/video_validation/video_14627.mp4", "videos/clvr/video_validation/video_14627.mp4"], "video_ranges": [[4.05, 4.96], [1.57, 2.48], [0.2, 1.11], [2.8, 3.71]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11833.mp4", "videos/clvr/video_validation/video_11833.mp4", "videos/clvr/video_validation/video_11833.mp4", "videos/clvr/video_validation/video_11833.mp4"], "video_ranges": [[4.11, 5.07], [0.11, 1.07], [1.5, 2.46], [2.77, 3.73]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "D) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10349.mp4", "videos/clvr/video_validation/video_10349.mp4", "videos/clvr/video_validation/video_10349.mp4", "videos/clvr/video_validation/video_10349.mp4"], "video_ranges": [[4.18, 4.98], [1.56, 2.36], [2.93, 3.73], [0.31, 1.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "A) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10946.mp4", "videos/clvr/video_validation/video_10946.mp4", "videos/clvr/video_validation/video_10946.mp4", "videos/clvr/video_validation/video_10946.mp4"], "video_ranges": [[1.67, 2.44], [4.33, 5.1], [3.0, 3.77], [0.37, 1.14]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "D) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10586.mp4", "videos/clvr/video_validation/video_10586.mp4", "videos/clvr/video_validation/video_10586.mp4", "videos/clvr/video_validation/video_10586.mp4"], "video_ranges": [[4.21, 5.09], [0.16, 1.04], [2.99, 3.87], [1.58, 2.46]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_14521.mp4", "videos/clvr/video_validation/video_14521.mp4", "videos/clvr/video_validation/video_14521.mp4", "videos/clvr/video_validation/video_14521.mp4"], "video_ranges": [[2.75, 3.57], [0.33, 1.15], [4.15, 4.97], [1.54, 2.36]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_10380.mp4", "videos/clvr/video_validation/video_10380.mp4", "videos/clvr/video_validation/video_10380.mp4", "videos/clvr/video_validation/video_10380.mp4"], "video_ranges": [[0.29, 1.22], [1.56, 2.49], [4.14, 5.07], [2.89, 3.82]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13634.mp4", "videos/clvr/video_validation/video_13634.mp4", "videos/clvr/video_validation/video_13634.mp4", "videos/clvr/video_validation/video_13634.mp4"], "video_ranges": [[4.08, 4.89], [0.25, 1.06], [1.65, 2.46], [2.83, 3.64]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "D) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_13738.mp4", "videos/clvr/video_validation/video_13738.mp4", "videos/clvr/video_validation/video_13738.mp4", "videos/clvr/video_validation/video_13738.mp4"], "video_ranges": [[2.94, 3.75], [4.29, 5.1], [0.29, 1.1], [1.66, 2.47]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14003.mp4", "videos/clvr/video_validation/video_14003.mp4", "videos/clvr/video_validation/video_14003.mp4", "videos/clvr/video_validation/video_14003.mp4"], "video_ranges": [[4.19, 5.08], [2.77, 3.66], [1.4, 2.29], [0.08, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_10674.mp4", "videos/clvr/video_validation/video_10674.mp4", "videos/clvr/video_validation/video_10674.mp4", "videos/clvr/video_validation/video_10674.mp4"], "video_ranges": [[1.75, 2.62], [0.47, 1.34], [3.06, 3.93], [4.24, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_14255.mp4", "videos/clvr/video_validation/video_14255.mp4", "videos/clvr/video_validation/video_14255.mp4", "videos/clvr/video_validation/video_14255.mp4"], "video_ranges": [[4.06, 4.92], [0.0, 0.86], [2.74, 3.6], [1.38, 2.24]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "D) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12153.mp4", "videos/clvr/video_validation/video_12153.mp4", "videos/clvr/video_validation/video_12153.mp4", "videos/clvr/video_validation/video_12153.mp4"], "video_ranges": [[1.48, 2.38], [2.73, 3.63], [0.01, 0.91], [4.21, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_10477.mp4", "videos/clvr/video_validation/video_10477.mp4", "videos/clvr/video_validation/video_10477.mp4", "videos/clvr/video_validation/video_10477.mp4"], "video_ranges": [[1.43, 2.3], [3.96, 4.83], [0.12, 0.99], [2.69, 3.56]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "A) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14979.mp4", "videos/clvr/video_validation/video_14979.mp4", "videos/clvr/video_validation/video_14979.mp4", "videos/clvr/video_validation/video_14979.mp4"], "video_ranges": [[0.1, 0.99], [1.48, 2.37], [2.77, 3.66], [4.22, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "A) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14442.mp4", "videos/clvr/video_validation/video_14442.mp4", "videos/clvr/video_validation/video_14442.mp4", "videos/clvr/video_validation/video_14442.mp4"], "video_ranges": [[4.17, 5.11], [2.86, 3.8], [0.05, 0.99], [1.5, 2.44]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13048.mp4", "videos/clvr/video_validation/video_13048.mp4", "videos/clvr/video_validation/video_13048.mp4", "videos/clvr/video_validation/video_13048.mp4"], "video_ranges": [[1.71, 2.53], [0.34, 1.16], [4.2, 5.02], [2.89, 3.71]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10725.mp4", "videos/clvr/video_validation/video_10725.mp4", "videos/clvr/video_validation/video_10725.mp4", "videos/clvr/video_validation/video_10725.mp4"], "video_ranges": [[2.7, 3.55], [0.09, 0.94], [1.37, 2.22], [4.02, 4.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_14207.mp4", "videos/clvr/video_validation/video_14207.mp4", "videos/clvr/video_validation/video_14207.mp4", "videos/clvr/video_validation/video_14207.mp4"], "video_ranges": [[2.75, 3.56], [4.02, 4.83], [1.38, 2.19], [0.07, 0.88]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_10822.mp4", "videos/clvr/video_validation/video_10822.mp4", "videos/clvr/video_validation/video_10822.mp4", "videos/clvr/video_validation/video_10822.mp4"], "video_ranges": [[0.17, 1.01], [2.79, 3.63], [4.13, 4.97], [1.54, 2.38]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "D) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10579.mp4", "videos/clvr/video_validation/video_10579.mp4", "videos/clvr/video_validation/video_10579.mp4", "videos/clvr/video_validation/video_10579.mp4"], "video_ranges": [[2.6, 3.49], [1.33, 2.22], [0.09, 0.98], [4.02, 4.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14985.mp4", "videos/clvr/video_validation/video_14985.mp4", "videos/clvr/video_validation/video_14985.mp4", "videos/clvr/video_validation/video_14985.mp4"], "video_ranges": [[0.06, 0.91], [1.49, 2.34], [4.24, 5.09], [2.81, 3.66]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "A) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_14257.mp4", "videos/clvr/video_validation/video_14257.mp4", "videos/clvr/video_validation/video_14257.mp4", "videos/clvr/video_validation/video_14257.mp4"], "video_ranges": [[4.24, 5.1], [1.74, 2.6], [3.06, 3.92], [0.37, 1.23]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_11005.mp4", "videos/clvr/video_validation/video_11005.mp4", "videos/clvr/video_validation/video_11005.mp4", "videos/clvr/video_validation/video_11005.mp4"], "video_ranges": [[2.74, 3.64], [0.15, 1.05], [4.16, 5.06], [1.47, 2.37]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13002.mp4", "videos/clvr/video_validation/video_13002.mp4", "videos/clvr/video_validation/video_13002.mp4", "videos/clvr/video_validation/video_13002.mp4"], "video_ranges": [[0.27, 1.08], [2.89, 3.7], [1.62, 2.43], [4.26, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "D) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10198.mp4", "videos/clvr/video_validation/video_10198.mp4", "videos/clvr/video_validation/video_10198.mp4", "videos/clvr/video_validation/video_10198.mp4"], "video_ranges": [[1.42, 2.31], [3.97, 4.86], [2.77, 3.66], [0.07, 0.96]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "A) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10715.mp4", "videos/clvr/video_validation/video_10715.mp4", "videos/clvr/video_validation/video_10715.mp4", "videos/clvr/video_validation/video_10715.mp4"], "video_ranges": [[0.31, 1.14], [4.18, 5.01], [2.96, 3.79], [1.64, 2.47]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "D) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13885.mp4", "videos/clvr/video_validation/video_13885.mp4", "videos/clvr/video_validation/video_13885.mp4", "videos/clvr/video_validation/video_13885.mp4"], "video_ranges": [[2.68, 3.6], [1.27, 2.19], [4.02, 4.94], [0.01, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14437.mp4", "videos/clvr/video_validation/video_14437.mp4", "videos/clvr/video_validation/video_14437.mp4", "videos/clvr/video_validation/video_14437.mp4"], "video_ranges": [[3.96, 4.76], [1.47, 2.27], [0.13, 0.93], [2.7, 3.5]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "A) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11719.mp4", "videos/clvr/video_validation/video_11719.mp4", "videos/clvr/video_validation/video_11719.mp4", "videos/clvr/video_validation/video_11719.mp4"], "video_ranges": [[0.12, 0.9], [3.97, 4.75], [1.39, 2.17], [2.63, 3.41]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_10587.mp4", "videos/clvr/video_validation/video_10587.mp4", "videos/clvr/video_validation/video_10587.mp4", "videos/clvr/video_validation/video_10587.mp4"], "video_ranges": [[1.42, 2.27], [2.83, 3.68], [4.18, 5.03], [0.05, 0.9]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11972.mp4", "videos/clvr/video_validation/video_11972.mp4", "videos/clvr/video_validation/video_11972.mp4", "videos/clvr/video_validation/video_11972.mp4"], "video_ranges": [[1.71, 2.57], [3.06, 3.92], [0.4, 1.26], [4.24, 5.1]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10667.mp4", "videos/clvr/video_validation/video_10667.mp4", "videos/clvr/video_validation/video_10667.mp4", "videos/clvr/video_validation/video_10667.mp4"], "video_ranges": [[3.0, 3.91], [1.5, 2.41], [0.26, 1.17], [4.21, 5.12]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "A) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11999.mp4", "videos/clvr/video_validation/video_11999.mp4", "videos/clvr/video_validation/video_11999.mp4", "videos/clvr/video_validation/video_11999.mp4"], "video_ranges": [[1.47, 2.34], [4.24, 5.11], [2.94, 3.81], [0.03, 0.9]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "D) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_10700.mp4", "videos/clvr/video_validation/video_10700.mp4", "videos/clvr/video_validation/video_10700.mp4", "videos/clvr/video_validation/video_10700.mp4"], "video_ranges": [[1.29, 2.08], [3.82, 4.61], [0.01, 0.8], [2.49, 3.28]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14483.mp4", "videos/clvr/video_validation/video_14483.mp4", "videos/clvr/video_validation/video_14483.mp4", "videos/clvr/video_validation/video_14483.mp4"], "video_ranges": [[0.13, 0.95], [2.79, 3.61], [4.11, 4.93], [1.54, 2.36]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "D) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14817.mp4", "videos/clvr/video_validation/video_14817.mp4", "videos/clvr/video_validation/video_14817.mp4", "videos/clvr/video_validation/video_14817.mp4"], "video_ranges": [[0.13, 1.02], [1.62, 2.51], [4.18, 5.07], [2.82, 3.71]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11112.mp4", "videos/clvr/video_validation/video_11112.mp4", "videos/clvr/video_validation/video_11112.mp4", "videos/clvr/video_validation/video_11112.mp4"], "video_ranges": [[2.61, 3.48], [3.96, 4.83], [0.12, 0.99], [1.39, 2.26]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13835.mp4", "videos/clvr/video_validation/video_13835.mp4", "videos/clvr/video_validation/video_13835.mp4", "videos/clvr/video_validation/video_13835.mp4"], "video_ranges": [[2.54, 3.37], [0.06, 0.89], [3.87, 4.7], [1.25, 2.08]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "D) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_11361.mp4", "videos/clvr/video_validation/video_11361.mp4", "videos/clvr/video_validation/video_11361.mp4", "videos/clvr/video_validation/video_11361.mp4"], "video_ranges": [[4.17, 5.11], [1.3, 2.24], [2.8, 3.74], [0.02, 0.96]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11437.mp4", "videos/clvr/video_validation/video_11437.mp4", "videos/clvr/video_validation/video_11437.mp4", "videos/clvr/video_validation/video_11437.mp4"], "video_ranges": [[4.14, 5.01], [2.79, 3.66], [1.47, 2.34], [0.01, 0.88]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "A) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10263.mp4", "videos/clvr/video_validation/video_10263.mp4", "videos/clvr/video_validation/video_10263.mp4", "videos/clvr/video_validation/video_10263.mp4"], "video_ranges": [[2.73, 3.61], [0.01, 0.89], [1.42, 2.3], [4.1, 4.98]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_13584.mp4", "videos/clvr/video_validation/video_13584.mp4", "videos/clvr/video_validation/video_13584.mp4", "videos/clvr/video_validation/video_13584.mp4"], "video_ranges": [[2.74, 3.52], [3.91, 4.69], [1.37, 2.15], [0.01, 0.79]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "D) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12697.mp4", "videos/clvr/video_validation/video_12697.mp4", "videos/clvr/video_validation/video_12697.mp4", "videos/clvr/video_validation/video_12697.mp4"], "video_ranges": [[4.12, 4.97], [0.03, 0.88], [2.68, 3.53], [1.45, 2.3]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13054.mp4", "videos/clvr/video_validation/video_13054.mp4", "videos/clvr/video_validation/video_13054.mp4", "videos/clvr/video_validation/video_13054.mp4"], "video_ranges": [[1.47, 2.26], [0.18, 0.97], [4.0, 4.79], [2.79, 3.58]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "A) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_13860.mp4", "videos/clvr/video_validation/video_13860.mp4", "videos/clvr/video_validation/video_13860.mp4", "videos/clvr/video_validation/video_13860.mp4"], "video_ranges": [[0.0, 0.86], [3.94, 4.8], [1.18, 2.04], [2.57, 3.43]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13907.mp4", "videos/clvr/video_validation/video_13907.mp4", "videos/clvr/video_validation/video_13907.mp4", "videos/clvr/video_validation/video_13907.mp4"], "video_ranges": [[0.05, 0.82], [1.38, 2.15], [2.71, 3.48], [3.98, 4.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_10607.mp4", "videos/clvr/video_validation/video_10607.mp4", "videos/clvr/video_validation/video_10607.mp4", "videos/clvr/video_validation/video_10607.mp4"], "video_ranges": [[4.06, 4.94], [2.73, 3.61], [0.15, 1.03], [1.34, 2.22]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11433.mp4", "videos/clvr/video_validation/video_11433.mp4", "videos/clvr/video_validation/video_11433.mp4", "videos/clvr/video_validation/video_11433.mp4"], "video_ranges": [[4.02, 4.9], [1.48, 2.36], [0.09, 0.97], [2.82, 3.7]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "D) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12371.mp4", "videos/clvr/video_validation/video_12371.mp4", "videos/clvr/video_validation/video_12371.mp4", "videos/clvr/video_validation/video_12371.mp4"], "video_ranges": [[1.43, 2.23], [0.12, 0.92], [2.82, 3.62], [4.04, 4.84]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "A) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11476.mp4", "videos/clvr/video_validation/video_11476.mp4", "videos/clvr/video_validation/video_11476.mp4", "videos/clvr/video_validation/video_11476.mp4"], "video_ranges": [[4.28, 5.1], [0.25, 1.07], [1.59, 2.41], [2.97, 3.79]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "A) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13301.mp4", "videos/clvr/video_validation/video_13301.mp4", "videos/clvr/video_validation/video_13301.mp4", "videos/clvr/video_validation/video_13301.mp4"], "video_ranges": [[0.22, 1.15], [2.84, 3.77], [1.46, 2.39], [4.18, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_11458.mp4", "videos/clvr/video_validation/video_11458.mp4", "videos/clvr/video_validation/video_11458.mp4", "videos/clvr/video_validation/video_11458.mp4"], "video_ranges": [[2.75, 3.7], [1.49, 2.44], [4.0, 4.95], [0.09, 1.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "D) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10323.mp4", "videos/clvr/video_validation/video_10323.mp4", "videos/clvr/video_validation/video_10323.mp4", "videos/clvr/video_validation/video_10323.mp4"], "video_ranges": [[0.02, 0.84], [4.09, 4.91], [2.77, 3.59], [1.38, 2.2]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14688.mp4", "videos/clvr/video_validation/video_14688.mp4", "videos/clvr/video_validation/video_14688.mp4", "videos/clvr/video_validation/video_14688.mp4"], "video_ranges": [[1.48, 2.45], [2.78, 3.75], [4.09, 5.06], [0.04, 1.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12641.mp4", "videos/clvr/video_validation/video_12641.mp4", "videos/clvr/video_validation/video_12641.mp4", "videos/clvr/video_validation/video_12641.mp4"], "video_ranges": [[4.04, 4.91], [2.86, 3.73], [0.24, 1.11], [1.53, 2.4]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "D) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_14753.mp4", "videos/clvr/video_validation/video_14753.mp4", "videos/clvr/video_validation/video_14753.mp4", "videos/clvr/video_validation/video_14753.mp4"], "video_ranges": [[2.72, 3.62], [0.04, 0.94], [1.46, 2.36], [4.19, 5.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14957.mp4", "videos/clvr/video_validation/video_14957.mp4", "videos/clvr/video_validation/video_14957.mp4", "videos/clvr/video_validation/video_14957.mp4"], "video_ranges": [[0.02, 0.92], [4.11, 5.01], [2.84, 3.74], [1.39, 2.29]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "A) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14990.mp4", "videos/clvr/video_validation/video_14990.mp4", "videos/clvr/video_validation/video_14990.mp4", "videos/clvr/video_validation/video_14990.mp4"], "video_ranges": [[0.01, 0.88], [2.83, 3.7], [4.16, 5.03], [1.45, 2.32]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "D) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10656.mp4", "videos/clvr/video_validation/video_10656.mp4", "videos/clvr/video_validation/video_10656.mp4", "videos/clvr/video_validation/video_10656.mp4"], "video_ranges": [[0.14, 1.02], [2.66, 3.54], [1.34, 2.22], [3.87, 4.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13203.mp4", "videos/clvr/video_validation/video_13203.mp4", "videos/clvr/video_validation/video_13203.mp4", "videos/clvr/video_validation/video_13203.mp4"], "video_ranges": [[1.52, 2.41], [4.16, 5.05], [2.81, 3.7], [0.18, 1.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12879.mp4", "videos/clvr/video_validation/video_12879.mp4", "videos/clvr/video_validation/video_12879.mp4", "videos/clvr/video_validation/video_12879.mp4"], "video_ranges": [[1.44, 2.28], [0.01, 0.85], [3.99, 4.83], [2.59, 3.43]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "A) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_13043.mp4", "videos/clvr/video_validation/video_13043.mp4", "videos/clvr/video_validation/video_13043.mp4", "videos/clvr/video_validation/video_13043.mp4"], "video_ranges": [[2.62, 3.45], [1.32, 2.15], [0.11, 0.94], [4.0, 4.83]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "A) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_13943.mp4", "videos/clvr/video_validation/video_13943.mp4", "videos/clvr/video_validation/video_13943.mp4", "videos/clvr/video_validation/video_13943.mp4"], "video_ranges": [[2.74, 3.57], [3.95, 4.78], [1.52, 2.35], [0.09, 0.92]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14702.mp4", "videos/clvr/video_validation/video_14702.mp4", "videos/clvr/video_validation/video_14702.mp4", "videos/clvr/video_validation/video_14702.mp4"], "video_ranges": [[1.7, 2.45], [0.38, 1.13], [3.01, 3.76], [4.32, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "D) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14264.mp4", "videos/clvr/video_validation/video_14264.mp4", "videos/clvr/video_validation/video_14264.mp4", "videos/clvr/video_validation/video_14264.mp4"], "video_ranges": [[0.1, 0.98], [1.34, 2.22], [2.7, 3.58], [4.14, 5.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_14705.mp4", "videos/clvr/video_validation/video_14705.mp4", "videos/clvr/video_validation/video_14705.mp4", "videos/clvr/video_validation/video_14705.mp4"], "video_ranges": [[1.54, 2.42], [2.98, 3.86], [0.11, 0.99], [4.24, 5.12]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11191.mp4", "videos/clvr/video_validation/video_11191.mp4", "videos/clvr/video_validation/video_11191.mp4", "videos/clvr/video_validation/video_11191.mp4"], "video_ranges": [[0.02, 0.88], [3.94, 4.8], [1.23, 2.09], [2.59, 3.45]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12293.mp4", "videos/clvr/video_validation/video_12293.mp4", "videos/clvr/video_validation/video_12293.mp4", "videos/clvr/video_validation/video_12293.mp4"], "video_ranges": [[3.95, 4.84], [0.09, 0.98], [2.76, 3.65], [1.31, 2.2]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "A) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_12023.mp4", "videos/clvr/video_validation/video_12023.mp4", "videos/clvr/video_validation/video_12023.mp4", "videos/clvr/video_validation/video_12023.mp4"], "video_ranges": [[3.88, 4.71], [0.03, 0.86], [1.23, 2.06], [2.51, 3.34]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "D) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14271.mp4", "videos/clvr/video_validation/video_14271.mp4", "videos/clvr/video_validation/video_14271.mp4", "videos/clvr/video_validation/video_14271.mp4"], "video_ranges": [[4.17, 5.12], [1.38, 2.33], [0.01, 0.96], [2.67, 3.62]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "A) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14924.mp4", "videos/clvr/video_validation/video_14924.mp4", "videos/clvr/video_validation/video_14924.mp4", "videos/clvr/video_validation/video_14924.mp4"], "video_ranges": [[4.0, 4.89], [2.79, 3.68], [1.31, 2.2], [0.01, 0.9]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13826.mp4", "videos/clvr/video_validation/video_13826.mp4", "videos/clvr/video_validation/video_13826.mp4", "videos/clvr/video_validation/video_13826.mp4"], "video_ranges": [[2.75, 3.65], [1.51, 2.41], [4.16, 5.06], [0.03, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "D) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13397.mp4", "videos/clvr/video_validation/video_13397.mp4", "videos/clvr/video_validation/video_13397.mp4", "videos/clvr/video_validation/video_13397.mp4"], "video_ranges": [[2.81, 3.6], [0.16, 0.95], [4.01, 4.8], [1.49, 2.28]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14080.mp4", "videos/clvr/video_validation/video_14080.mp4", "videos/clvr/video_validation/video_14080.mp4", "videos/clvr/video_validation/video_14080.mp4"], "video_ranges": [[0.1, 0.99], [1.49, 2.38], [4.16, 5.05], [2.89, 3.78]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11021.mp4", "videos/clvr/video_validation/video_11021.mp4", "videos/clvr/video_validation/video_11021.mp4", "videos/clvr/video_validation/video_11021.mp4"], "video_ranges": [[1.47, 2.41], [2.88, 3.82], [4.16, 5.1], [0.01, 0.95]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12849.mp4", "videos/clvr/video_validation/video_12849.mp4", "videos/clvr/video_validation/video_12849.mp4", "videos/clvr/video_validation/video_12849.mp4"], "video_ranges": [[1.45, 2.24], [3.97, 4.76], [0.09, 0.88], [2.71, 3.5]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13291.mp4", "videos/clvr/video_validation/video_13291.mp4", "videos/clvr/video_validation/video_13291.mp4", "videos/clvr/video_validation/video_13291.mp4"], "video_ranges": [[4.15, 4.96], [1.65, 2.46], [2.81, 3.62], [0.27, 1.08]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "D) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12991.mp4", "videos/clvr/video_validation/video_12991.mp4", "videos/clvr/video_validation/video_12991.mp4", "videos/clvr/video_validation/video_12991.mp4"], "video_ranges": [[2.69, 3.64], [4.13, 5.08], [0.04, 0.99], [1.41, 2.36]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "D) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13575.mp4", "videos/clvr/video_validation/video_13575.mp4", "videos/clvr/video_validation/video_13575.mp4", "videos/clvr/video_validation/video_13575.mp4"], "video_ranges": [[2.85, 3.72], [1.46, 2.33], [4.22, 5.09], [0.04, 0.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10341.mp4", "videos/clvr/video_validation/video_10341.mp4", "videos/clvr/video_validation/video_10341.mp4", "videos/clvr/video_validation/video_10341.mp4"], "video_ranges": [[2.72, 3.56], [0.09, 0.93], [1.51, 2.35], [4.03, 4.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "A) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10552.mp4", "videos/clvr/video_validation/video_10552.mp4", "videos/clvr/video_validation/video_10552.mp4", "videos/clvr/video_validation/video_10552.mp4"], "video_ranges": [[1.49, 2.3], [4.14, 4.95], [2.78, 3.59], [0.22, 1.03]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_13101.mp4", "videos/clvr/video_validation/video_13101.mp4", "videos/clvr/video_validation/video_13101.mp4", "videos/clvr/video_validation/video_13101.mp4"], "video_ranges": [[2.83, 3.75], [4.17, 5.09], [0.15, 1.07], [1.48, 2.4]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14511.mp4", "videos/clvr/video_validation/video_14511.mp4", "videos/clvr/video_validation/video_14511.mp4", "videos/clvr/video_validation/video_14511.mp4"], "video_ranges": [[0.14, 0.98], [1.47, 2.31], [3.89, 4.73], [2.69, 3.53]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12008.mp4", "videos/clvr/video_validation/video_12008.mp4", "videos/clvr/video_validation/video_12008.mp4", "videos/clvr/video_validation/video_12008.mp4"], "video_ranges": [[3.01, 3.84], [4.16, 4.99], [1.61, 2.44], [0.22, 1.05]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "D) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12397.mp4", "videos/clvr/video_validation/video_12397.mp4", "videos/clvr/video_validation/video_12397.mp4", "videos/clvr/video_validation/video_12397.mp4"], "video_ranges": [[1.37, 2.22], [0.1, 0.95], [4.1, 4.95], [2.79, 3.64]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "A) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_14806.mp4", "videos/clvr/video_validation/video_14806.mp4", "videos/clvr/video_validation/video_14806.mp4", "videos/clvr/video_validation/video_14806.mp4"], "video_ranges": [[4.12, 5.04], [0.2, 1.12], [1.46, 2.38], [2.88, 3.8]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13809.mp4", "videos/clvr/video_validation/video_13809.mp4", "videos/clvr/video_validation/video_13809.mp4", "videos/clvr/video_validation/video_13809.mp4"], "video_ranges": [[4.13, 5.01], [0.03, 0.91], [2.65, 3.53], [1.45, 2.33]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "D) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11143.mp4", "videos/clvr/video_validation/video_11143.mp4", "videos/clvr/video_validation/video_11143.mp4", "videos/clvr/video_validation/video_11143.mp4"], "video_ranges": [[0.0, 0.88], [4.21, 5.09], [1.42, 2.3], [2.81, 3.69]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "A) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12045.mp4", "videos/clvr/video_validation/video_12045.mp4", "videos/clvr/video_validation/video_12045.mp4", "videos/clvr/video_validation/video_12045.mp4"], "video_ranges": [[4.24, 5.03], [2.88, 3.67], [0.27, 1.06], [1.53, 2.32]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13794.mp4", "videos/clvr/video_validation/video_13794.mp4", "videos/clvr/video_validation/video_13794.mp4", "videos/clvr/video_validation/video_13794.mp4"], "video_ranges": [[1.35, 2.24], [2.57, 3.46], [0.07, 0.96], [4.0, 4.89]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "A) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_12489.mp4", "videos/clvr/video_validation/video_12489.mp4", "videos/clvr/video_validation/video_12489.mp4", "videos/clvr/video_validation/video_12489.mp4"], "video_ranges": [[0.31, 1.15], [2.85, 3.69], [4.28, 5.12], [1.58, 2.42]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "D) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14186.mp4", "videos/clvr/video_validation/video_14186.mp4", "videos/clvr/video_validation/video_14186.mp4", "videos/clvr/video_validation/video_14186.mp4"], "video_ranges": [[0.02, 0.93], [4.19, 5.1], [2.78, 3.69], [1.51, 2.42]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_11866.mp4", "videos/clvr/video_validation/video_11866.mp4", "videos/clvr/video_validation/video_11866.mp4", "videos/clvr/video_validation/video_11866.mp4"], "video_ranges": [[0.37, 1.23], [1.8, 2.66], [2.98, 3.84], [4.16, 5.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11333.mp4", "videos/clvr/video_validation/video_11333.mp4", "videos/clvr/video_validation/video_11333.mp4", "videos/clvr/video_validation/video_11333.mp4"], "video_ranges": [[0.01, 0.95], [2.71, 3.65], [1.42, 2.36], [4.17, 5.11]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_10585.mp4", "videos/clvr/video_validation/video_10585.mp4", "videos/clvr/video_validation/video_10585.mp4", "videos/clvr/video_validation/video_10585.mp4"], "video_ranges": [[4.05, 4.97], [2.77, 3.69], [1.54, 2.46], [0.04, 0.96]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "A) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_14000.mp4", "videos/clvr/video_validation/video_14000.mp4", "videos/clvr/video_validation/video_14000.mp4", "videos/clvr/video_validation/video_14000.mp4"], "video_ranges": [[2.78, 3.62], [0.06, 0.9], [4.14, 4.98], [1.45, 2.29]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11626.mp4", "videos/clvr/video_validation/video_11626.mp4", "videos/clvr/video_validation/video_11626.mp4", "videos/clvr/video_validation/video_11626.mp4"], "video_ranges": [[1.56, 2.37], [2.96, 3.77], [4.12, 4.93], [0.23, 1.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "D) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10031.mp4", "videos/clvr/video_validation/video_10031.mp4", "videos/clvr/video_validation/video_10031.mp4", "videos/clvr/video_validation/video_10031.mp4"], "video_ranges": [[4.04, 4.93], [1.43, 2.32], [2.8, 3.69], [0.07, 0.96]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "D) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_13941.mp4", "videos/clvr/video_validation/video_13941.mp4", "videos/clvr/video_validation/video_13941.mp4", "videos/clvr/video_validation/video_13941.mp4"], "video_ranges": [[2.74, 3.55], [1.43, 2.24], [0.03, 0.84], [3.95, 4.76]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13844.mp4", "videos/clvr/video_validation/video_13844.mp4", "videos/clvr/video_validation/video_13844.mp4", "videos/clvr/video_validation/video_13844.mp4"], "video_ranges": [[1.26, 2.09], [0.12, 0.95], [2.57, 3.4], [3.99, 4.82]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11208.mp4", "videos/clvr/video_validation/video_11208.mp4", "videos/clvr/video_validation/video_11208.mp4", "videos/clvr/video_validation/video_11208.mp4"], "video_ranges": [[4.08, 4.96], [1.38, 2.26], [0.0, 0.88], [2.7, 3.58]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 2 -> Video 1 -> Video 3 -> Video 4", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_12192.mp4", "videos/clvr/video_validation/video_12192.mp4", "videos/clvr/video_validation/video_12192.mp4", "videos/clvr/video_validation/video_12192.mp4"], "video_ranges": [[1.37, 2.32], [4.15, 5.1], [0.03, 0.98], [2.89, 3.84]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "D) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10710.mp4", "videos/clvr/video_validation/video_10710.mp4", "videos/clvr/video_validation/video_10710.mp4", "videos/clvr/video_validation/video_10710.mp4"], "video_ranges": [[4.23, 5.12], [0.21, 1.1], [1.48, 2.37], [2.91, 3.8]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "B) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_13858.mp4", "videos/clvr/video_validation/video_13858.mp4", "videos/clvr/video_validation/video_13858.mp4", "videos/clvr/video_validation/video_13858.mp4"], "video_ranges": [[0.12, 0.99], [4.21, 5.08], [1.56, 2.43], [2.95, 3.82]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "A) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_11788.mp4", "videos/clvr/video_validation/video_11788.mp4", "videos/clvr/video_validation/video_11788.mp4", "videos/clvr/video_validation/video_11788.mp4"], "video_ranges": [[3.96, 4.87], [1.34, 2.25], [0.04, 0.95], [2.59, 3.5]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_10975.mp4", "videos/clvr/video_validation/video_10975.mp4", "videos/clvr/video_validation/video_10975.mp4", "videos/clvr/video_validation/video_10975.mp4"], "video_ranges": [[1.51, 2.42], [0.08, 0.99], [2.74, 3.65], [4.17, 5.08]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10896.mp4", "videos/clvr/video_validation/video_10896.mp4", "videos/clvr/video_validation/video_10896.mp4", "videos/clvr/video_validation/video_10896.mp4"], "video_ranges": [[4.18, 5.11], [1.55, 2.48], [2.79, 3.72], [0.11, 1.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_13608.mp4", "videos/clvr/video_validation/video_13608.mp4", "videos/clvr/video_validation/video_13608.mp4", "videos/clvr/video_validation/video_13608.mp4"], "video_ranges": [[2.92, 3.75], [4.22, 5.05], [1.64, 2.47], [0.32, 1.15]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_13601.mp4", "videos/clvr/video_validation/video_13601.mp4", "videos/clvr/video_validation/video_13601.mp4", "videos/clvr/video_validation/video_13601.mp4"], "video_ranges": [[2.67, 3.52], [1.26, 2.11], [0.08, 0.93], [4.09, 4.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "D) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_10430.mp4", "videos/clvr/video_validation/video_10430.mp4", "videos/clvr/video_validation/video_10430.mp4", "videos/clvr/video_validation/video_10430.mp4"], "video_ranges": [[1.25, 2.16], [2.71, 3.62], [4.21, 5.12], [0.03, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_11100.mp4", "videos/clvr/video_validation/video_11100.mp4", "videos/clvr/video_validation/video_11100.mp4", "videos/clvr/video_validation/video_11100.mp4"], "video_ranges": [[2.49, 3.39], [1.27, 2.17], [3.75, 4.65], [0.0, 0.9]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_10784.mp4", "videos/clvr/video_validation/video_10784.mp4", "videos/clvr/video_validation/video_10784.mp4", "videos/clvr/video_validation/video_10784.mp4"], "video_ranges": [[1.58, 2.43], [4.23, 5.08], [0.32, 1.17], [2.85, 3.7]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11696.mp4", "videos/clvr/video_validation/video_11696.mp4", "videos/clvr/video_validation/video_11696.mp4", "videos/clvr/video_validation/video_11696.mp4"], "video_ranges": [[2.72, 3.65], [4.18, 5.11], [0.05, 0.98], [1.35, 2.28]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "D) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14435.mp4", "videos/clvr/video_validation/video_14435.mp4", "videos/clvr/video_validation/video_14435.mp4", "videos/clvr/video_validation/video_14435.mp4"], "video_ranges": [[0.03, 0.93], [1.48, 2.38], [2.84, 3.74], [4.17, 5.07]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_10270.mp4", "videos/clvr/video_validation/video_10270.mp4", "videos/clvr/video_validation/video_10270.mp4", "videos/clvr/video_validation/video_10270.mp4"], "video_ranges": [[0.0, 0.91], [1.45, 2.36], [4.03, 4.94], [2.77, 3.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 3 -> Video 2 -> Video 1 -> Video 4", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12713.mp4", "videos/clvr/video_validation/video_12713.mp4", "videos/clvr/video_validation/video_12713.mp4", "videos/clvr/video_validation/video_12713.mp4"], "video_ranges": [[2.71, 3.54], [0.01, 0.84], [3.88, 4.71], [1.32, 2.15]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11535.mp4", "videos/clvr/video_validation/video_11535.mp4", "videos/clvr/video_validation/video_11535.mp4", "videos/clvr/video_validation/video_11535.mp4"], "video_ranges": [[2.65, 3.57], [0.0, 0.92], [1.3, 2.22], [4.02, 4.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "D) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11635.mp4", "videos/clvr/video_validation/video_11635.mp4", "videos/clvr/video_validation/video_11635.mp4", "videos/clvr/video_validation/video_11635.mp4"], "video_ranges": [[4.18, 4.99], [2.79, 3.6], [0.31, 1.12], [1.46, 2.27]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "A) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10248.mp4", "videos/clvr/video_validation/video_10248.mp4", "videos/clvr/video_validation/video_10248.mp4", "videos/clvr/video_validation/video_10248.mp4"], "video_ranges": [[0.03, 0.94], [2.54, 3.45], [1.27, 2.18], [3.79, 4.7]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_12604.mp4", "videos/clvr/video_validation/video_12604.mp4", "videos/clvr/video_validation/video_12604.mp4", "videos/clvr/video_validation/video_12604.mp4"], "video_ranges": [[1.4, 2.27], [4.19, 5.06], [2.8, 3.67], [0.15, 1.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_13955.mp4", "videos/clvr/video_validation/video_13955.mp4", "videos/clvr/video_validation/video_13955.mp4", "videos/clvr/video_validation/video_13955.mp4"], "video_ranges": [[1.46, 2.31], [0.04, 0.89], [4.15, 5.0], [2.81, 3.66]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "D) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10139.mp4", "videos/clvr/video_validation/video_10139.mp4", "videos/clvr/video_validation/video_10139.mp4", "videos/clvr/video_validation/video_10139.mp4"], "video_ranges": [[1.33, 2.23], [2.63, 3.53], [0.11, 1.01], [4.07, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 2 -> Video 4 -> Video 1 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "D) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10510.mp4", "videos/clvr/video_validation/video_10510.mp4", "videos/clvr/video_validation/video_10510.mp4", "videos/clvr/video_validation/video_10510.mp4"], "video_ranges": [[4.16, 5.1], [0.03, 0.97], [2.77, 3.71], [1.29, 2.23]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14300.mp4", "videos/clvr/video_validation/video_14300.mp4", "videos/clvr/video_validation/video_14300.mp4", "videos/clvr/video_validation/video_14300.mp4"], "video_ranges": [[0.03, 1.01], [4.14, 5.12], [2.83, 3.81], [1.47, 2.45]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "A) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_11852.mp4", "videos/clvr/video_validation/video_11852.mp4", "videos/clvr/video_validation/video_11852.mp4", "videos/clvr/video_validation/video_11852.mp4"], "video_ranges": [[3.9, 4.72], [2.6, 3.42], [1.32, 2.14], [0.07, 0.89]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_11864.mp4", "videos/clvr/video_validation/video_11864.mp4", "videos/clvr/video_validation/video_11864.mp4", "videos/clvr/video_validation/video_11864.mp4"], "video_ranges": [[0.01, 0.98], [2.77, 3.74], [4.08, 5.05], [1.42, 2.39]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_10181.mp4", "videos/clvr/video_validation/video_10181.mp4", "videos/clvr/video_validation/video_10181.mp4", "videos/clvr/video_validation/video_10181.mp4"], "video_ranges": [[1.58, 2.5], [0.31, 1.23], [4.17, 5.09], [2.83, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "D) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13701.mp4", "videos/clvr/video_validation/video_13701.mp4", "videos/clvr/video_validation/video_13701.mp4", "videos/clvr/video_validation/video_13701.mp4"], "video_ranges": [[1.63, 2.5], [4.19, 5.06], [2.87, 3.74], [0.22, 1.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 4 -> Video 1 -> Video 3 -> Video 2"], "answer": "A) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_10762.mp4", "videos/clvr/video_validation/video_10762.mp4", "videos/clvr/video_validation/video_10762.mp4", "videos/clvr/video_validation/video_10762.mp4"], "video_ranges": [[4.18, 5.08], [2.92, 3.82], [0.03, 0.93], [1.47, 2.37]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_13426.mp4", "videos/clvr/video_validation/video_13426.mp4", "videos/clvr/video_validation/video_13426.mp4", "videos/clvr/video_validation/video_13426.mp4"], "video_ranges": [[1.46, 2.36], [4.2, 5.1], [0.1, 1.0], [2.73, 3.63]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12062.mp4", "videos/clvr/video_validation/video_12062.mp4", "videos/clvr/video_validation/video_12062.mp4", "videos/clvr/video_validation/video_12062.mp4"], "video_ranges": [[2.94, 3.77], [1.74, 2.57], [0.38, 1.21], [4.25, 5.08]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "A) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14873.mp4", "videos/clvr/video_validation/video_14873.mp4", "videos/clvr/video_validation/video_14873.mp4", "videos/clvr/video_validation/video_14873.mp4"], "video_ranges": [[1.39, 2.15], [2.75, 3.51], [3.99, 4.75], [0.12, 0.88]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_11819.mp4", "videos/clvr/video_validation/video_11819.mp4", "videos/clvr/video_validation/video_11819.mp4", "videos/clvr/video_validation/video_11819.mp4"], "video_ranges": [[0.2, 1.07], [2.82, 3.69], [1.43, 2.3], [4.17, 5.04]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 2 -> Video 3 -> Video 4 -> Video 1"], "answer": "D) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13760.mp4", "videos/clvr/video_validation/video_13760.mp4", "videos/clvr/video_validation/video_13760.mp4", "videos/clvr/video_validation/video_13760.mp4"], "video_ranges": [[4.06, 4.99], [0.02, 0.95], [1.45, 2.38], [2.75, 3.68]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_10386.mp4", "videos/clvr/video_validation/video_10386.mp4", "videos/clvr/video_validation/video_10386.mp4", "videos/clvr/video_validation/video_10386.mp4"], "video_ranges": [[0.02, 0.89], [2.8, 3.67], [4.23, 5.1], [1.4, 2.27]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "D) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_10113.mp4", "videos/clvr/video_validation/video_10113.mp4", "videos/clvr/video_validation/video_10113.mp4", "videos/clvr/video_validation/video_10113.mp4"], "video_ranges": [[0.03, 0.92], [4.16, 5.05], [1.32, 2.21], [2.75, 3.64]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "C) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12242.mp4", "videos/clvr/video_validation/video_12242.mp4", "videos/clvr/video_validation/video_12242.mp4", "videos/clvr/video_validation/video_12242.mp4"], "video_ranges": [[0.29, 1.15], [1.59, 2.45], [4.11, 4.97], [2.92, 3.78]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 4 -> Video 1", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 3 -> Video 1 -> Video 4 -> Video 2", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "A) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13207.mp4", "videos/clvr/video_validation/video_13207.mp4", "videos/clvr/video_validation/video_13207.mp4", "videos/clvr/video_validation/video_13207.mp4"], "video_ranges": [[4.27, 5.11], [1.53, 2.37], [0.17, 1.01], [2.87, 3.71]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "D) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_12010.mp4", "videos/clvr/video_validation/video_12010.mp4", "videos/clvr/video_validation/video_12010.mp4", "videos/clvr/video_validation/video_12010.mp4"], "video_ranges": [[4.11, 4.99], [0.23, 1.11], [2.69, 3.57], [1.5, 2.38]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_11315.mp4", "videos/clvr/video_validation/video_11315.mp4", "videos/clvr/video_validation/video_11315.mp4", "videos/clvr/video_validation/video_11315.mp4"], "video_ranges": [[2.88, 3.81], [4.18, 5.11], [0.03, 0.96], [1.48, 2.41]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_14101.mp4", "videos/clvr/video_validation/video_14101.mp4", "videos/clvr/video_validation/video_14101.mp4", "videos/clvr/video_validation/video_14101.mp4"], "video_ranges": [[0.05, 0.91], [4.04, 4.9], [2.81, 3.67], [1.38, 2.24]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_11149.mp4", "videos/clvr/video_validation/video_11149.mp4", "videos/clvr/video_validation/video_11149.mp4", "videos/clvr/video_validation/video_11149.mp4"], "video_ranges": [[4.01, 4.83], [1.45, 2.27], [2.73, 3.55], [0.05, 0.87]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "A) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13832.mp4", "videos/clvr/video_validation/video_13832.mp4", "videos/clvr/video_validation/video_13832.mp4", "videos/clvr/video_validation/video_13832.mp4"], "video_ranges": [[4.1, 5.01], [2.67, 3.58], [1.44, 2.35], [0.06, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 1 -> Video 3 -> Video 2 -> Video 4", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "D) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12450.mp4", "videos/clvr/video_validation/video_12450.mp4", "videos/clvr/video_validation/video_12450.mp4", "videos/clvr/video_validation/video_12450.mp4"], "video_ranges": [[2.72, 3.66], [4.18, 5.12], [1.33, 2.27], [0.05, 0.99]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12125.mp4", "videos/clvr/video_validation/video_12125.mp4", "videos/clvr/video_validation/video_12125.mp4", "videos/clvr/video_validation/video_12125.mp4"], "video_ranges": [[1.27, 2.16], [2.54, 3.43], [0.02, 0.91], [4.02, 4.91]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13417.mp4", "videos/clvr/video_validation/video_13417.mp4", "videos/clvr/video_validation/video_13417.mp4", "videos/clvr/video_validation/video_13417.mp4"], "video_ranges": [[2.76, 3.58], [1.62, 2.44], [4.04, 4.86], [0.23, 1.05]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "D) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_12380.mp4", "videos/clvr/video_validation/video_12380.mp4", "videos/clvr/video_validation/video_12380.mp4", "videos/clvr/video_validation/video_12380.mp4"], "video_ranges": [[1.62, 2.46], [0.18, 1.02], [3.04, 3.88], [4.26, 5.1]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 1 -> Video 4", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "A) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_14686.mp4", "videos/clvr/video_validation/video_14686.mp4", "videos/clvr/video_validation/video_14686.mp4", "videos/clvr/video_validation/video_14686.mp4"], "video_ranges": [[2.9, 3.75], [0.11, 0.96], [1.54, 2.39], [4.12, 4.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "D) Video 3 -> Video 1 -> Video 4 -> Video 2"], "answer": "C) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13037.mp4", "videos/clvr/video_validation/video_13037.mp4", "videos/clvr/video_validation/video_13037.mp4", "videos/clvr/video_validation/video_13037.mp4"], "video_ranges": [[0.01, 0.91], [1.38, 2.28], [2.64, 3.54], [4.12, 5.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_12914.mp4", "videos/clvr/video_validation/video_12914.mp4", "videos/clvr/video_validation/video_12914.mp4", "videos/clvr/video_validation/video_12914.mp4"], "video_ranges": [[2.73, 3.5], [0.15, 0.92], [4.06, 4.83], [1.42, 2.19]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 2 -> Video 3 -> Video 1 -> Video 4"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12184.mp4", "videos/clvr/video_validation/video_12184.mp4", "videos/clvr/video_validation/video_12184.mp4", "videos/clvr/video_validation/video_12184.mp4"], "video_ranges": [[2.81, 3.71], [4.12, 5.02], [0.04, 0.94], [1.4, 2.3]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_14881.mp4", "videos/clvr/video_validation/video_14881.mp4", "videos/clvr/video_validation/video_14881.mp4", "videos/clvr/video_validation/video_14881.mp4"], "video_ranges": [[2.7, 3.63], [4.09, 5.02], [1.44, 2.37], [0.16, 1.09]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_13150.mp4", "videos/clvr/video_validation/video_13150.mp4", "videos/clvr/video_validation/video_13150.mp4", "videos/clvr/video_validation/video_13150.mp4"], "video_ranges": [[1.45, 2.37], [4.2, 5.12], [2.94, 3.86], [0.02, 0.94]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "D) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_10305.mp4", "videos/clvr/video_validation/video_10305.mp4", "videos/clvr/video_validation/video_10305.mp4", "videos/clvr/video_validation/video_10305.mp4"], "video_ranges": [[4.14, 4.97], [2.71, 3.54], [0.02, 0.85], [1.32, 2.15]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 4 -> Video 3", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_11334.mp4", "videos/clvr/video_validation/video_11334.mp4", "videos/clvr/video_validation/video_11334.mp4", "videos/clvr/video_validation/video_11334.mp4"], "video_ranges": [[4.13, 5.08], [0.03, 0.98], [2.77, 3.72], [1.46, 2.41]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 4 -> Video 3 -> Video 2 -> Video 1"], "answer": "D) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_13292.mp4", "videos/clvr/video_validation/video_13292.mp4", "videos/clvr/video_validation/video_13292.mp4", "videos/clvr/video_validation/video_13292.mp4"], "video_ranges": [[4.12, 4.95], [2.76, 3.59], [1.42, 2.25], [0.1, 0.93]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "A) Video 1 -> Video 2 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_13045.mp4", "videos/clvr/video_validation/video_13045.mp4", "videos/clvr/video_validation/video_13045.mp4", "videos/clvr/video_validation/video_13045.mp4"], "video_ranges": [[0.07, 0.87], [1.28, 2.08], [2.56, 3.36], [3.91, 4.71]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "B) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_14006.mp4", "videos/clvr/video_validation/video_14006.mp4", "videos/clvr/video_validation/video_14006.mp4", "videos/clvr/video_validation/video_14006.mp4"], "video_ranges": [[0.42, 1.23], [2.99, 3.8], [4.25, 5.06], [1.76, 2.57]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "A) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_13395.mp4", "videos/clvr/video_validation/video_13395.mp4", "videos/clvr/video_validation/video_13395.mp4", "videos/clvr/video_validation/video_13395.mp4"], "video_ranges": [[0.1, 1.01], [2.77, 3.68], [1.46, 2.37], [4.11, 5.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "D) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_13903.mp4", "videos/clvr/video_validation/video_13903.mp4", "videos/clvr/video_validation/video_13903.mp4", "videos/clvr/video_validation/video_13903.mp4"], "video_ranges": [[4.21, 5.09], [1.36, 2.24], [2.76, 3.64], [0.09, 0.97]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 3 -> Video 1", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "C) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14892.mp4", "videos/clvr/video_validation/video_14892.mp4", "videos/clvr/video_validation/video_14892.mp4", "videos/clvr/video_validation/video_14892.mp4"], "video_ranges": [[1.61, 2.45], [0.23, 1.07], [4.23, 5.07], [2.79, 3.63]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 1 -> Video 3", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 2 -> Video 1 -> Video 3 -> Video 4"], "answer": "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_14236.mp4", "videos/clvr/video_validation/video_14236.mp4", "videos/clvr/video_validation/video_14236.mp4", "videos/clvr/video_validation/video_14236.mp4"], "video_ranges": [[2.76, 3.63], [0.1, 0.97], [4.02, 4.89], [1.54, 2.41]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 3 -> Video 4 -> Video 1", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 1 -> Video 4 -> Video 3 -> Video 2"], "answer": "A) Video 2 -> Video 3 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_12330.mp4", "videos/clvr/video_validation/video_12330.mp4", "videos/clvr/video_validation/video_12330.mp4", "videos/clvr/video_validation/video_12330.mp4"], "video_ranges": [[4.31, 5.11], [0.44, 1.24], [1.67, 2.47], [2.99, 3.79]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 2 -> Video 1 -> Video 4 -> Video 3"], "answer": "B) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11969.mp4", "videos/clvr/video_validation/video_11969.mp4", "videos/clvr/video_validation/video_11969.mp4", "videos/clvr/video_validation/video_11969.mp4"], "video_ranges": [[1.35, 2.29], [4.06, 5.0], [0.07, 1.01], [2.71, 3.65]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 3 -> Video 2", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "D) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12576.mp4", "videos/clvr/video_validation/video_12576.mp4", "videos/clvr/video_validation/video_12576.mp4", "videos/clvr/video_validation/video_12576.mp4"], "video_ranges": [[2.52, 3.33], [1.33, 2.14], [0.04, 0.85], [3.91, 4.72]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 2 -> Video 3 -> Video 1", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "D) Video 1 -> Video 2 -> Video 3 -> Video 4"], "answer": "C) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14458.mp4", "videos/clvr/video_validation/video_14458.mp4", "videos/clvr/video_validation/video_14458.mp4", "videos/clvr/video_validation/video_14458.mp4"], "video_ranges": [[1.57, 2.38], [0.23, 1.04], [2.68, 3.49], [4.07, 4.88]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 3 -> Video 2 -> Video 1 -> Video 4", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_10853.mp4", "videos/clvr/video_validation/video_10853.mp4", "videos/clvr/video_validation/video_10853.mp4", "videos/clvr/video_validation/video_10853.mp4"], "video_ranges": [[3.07, 3.89], [0.41, 1.23], [1.78, 2.6], [4.23, 5.05]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 1 -> Video 2 -> Video 4 -> Video 3"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_13704.mp4", "videos/clvr/video_validation/video_13704.mp4", "videos/clvr/video_validation/video_13704.mp4", "videos/clvr/video_validation/video_13704.mp4"], "video_ranges": [[4.07, 4.91], [1.5, 2.34], [0.13, 0.97], [2.8, 3.64]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 2 -> Video 4 -> Video 1 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "D) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11327.mp4", "videos/clvr/video_validation/video_11327.mp4", "videos/clvr/video_validation/video_11327.mp4", "videos/clvr/video_validation/video_11327.mp4"], "video_ranges": [[0.03, 0.93], [4.17, 5.07], [1.35, 2.25], [2.76, 3.66]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 3 -> Video 2 -> Video 1", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_10899.mp4", "videos/clvr/video_validation/video_10899.mp4", "videos/clvr/video_validation/video_10899.mp4", "videos/clvr/video_validation/video_10899.mp4"], "video_ranges": [[0.23, 1.1], [4.19, 5.06], [2.88, 3.75], [1.49, 2.36]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 3 -> Video 1 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_14845.mp4", "videos/clvr/video_validation/video_14845.mp4", "videos/clvr/video_validation/video_14845.mp4", "videos/clvr/video_validation/video_14845.mp4"], "video_ranges": [[0.04, 0.79], [1.34, 2.09], [3.9, 4.65], [2.56, 3.31]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 4 -> Video 2 -> Video 3 -> Video 1", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "D) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_12224.mp4", "videos/clvr/video_validation/video_12224.mp4", "videos/clvr/video_validation/video_12224.mp4", "videos/clvr/video_validation/video_12224.mp4"], "video_ranges": [[1.44, 2.4], [2.73, 3.69], [0.07, 1.03], [4.06, 5.02]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "D) Video 4 -> Video 1 -> Video 2 -> Video 3"], "answer": "C) Video 4 -> Video 2 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_11670.mp4", "videos/clvr/video_validation/video_11670.mp4", "videos/clvr/video_validation/video_11670.mp4", "videos/clvr/video_validation/video_11670.mp4"], "video_ranges": [[2.9, 3.76], [1.48, 2.34], [4.15, 5.01], [0.13, 0.99]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 2 -> Video 3 -> Video 1 -> Video 4", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 1 -> Video 2 -> Video 4"], "answer": "A) Video 4 -> Video 1 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_13407.mp4", "videos/clvr/video_validation/video_13407.mp4", "videos/clvr/video_validation/video_13407.mp4", "videos/clvr/video_validation/video_13407.mp4"], "video_ranges": [[1.33, 2.31], [2.71, 3.69], [4.11, 5.09], [0.03, 1.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 4 -> Video 2", "B) Video 3 -> Video 4 -> Video 2 -> Video 1", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "A) Video 3 -> Video 1 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_11443.mp4", "videos/clvr/video_validation/video_11443.mp4", "videos/clvr/video_validation/video_11443.mp4", "videos/clvr/video_validation/video_11443.mp4"], "video_ranges": [[1.58, 2.44], [4.18, 5.04], [0.36, 1.22], [2.99, 3.85]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 4 -> Video 1 -> Video 3", "B) Video 2 -> Video 3 -> Video 4 -> Video 1", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 4 -> Video 2 -> Video 3 -> Video 1"], "answer": "D) Video 4 -> Video 2 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_14066.mp4", "videos/clvr/video_validation/video_14066.mp4", "videos/clvr/video_validation/video_14066.mp4", "videos/clvr/video_validation/video_14066.mp4"], "video_ranges": [[4.11, 5.0], [1.3, 2.19], [2.69, 3.58], [0.1, 0.99]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 3 -> Video 4 -> Video 1 -> Video 2", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_14287.mp4", "videos/clvr/video_validation/video_14287.mp4", "videos/clvr/video_validation/video_14287.mp4", "videos/clvr/video_validation/video_14287.mp4"], "video_ranges": [[4.1, 4.93], [2.75, 3.58], [0.22, 1.05], [1.62, 2.45]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 1 -> Video 2", "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "C) Video 1 -> Video 4 -> Video 2 -> Video 3", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "B) Video 4 -> Video 3 -> Video 2 -> Video 1", "videos": ["videos/clvr/video_validation/video_12807.mp4", "videos/clvr/video_validation/video_12807.mp4", "videos/clvr/video_validation/video_12807.mp4", "videos/clvr/video_validation/video_12807.mp4"], "video_ranges": [[3.99, 4.85], [2.7, 3.56], [1.49, 2.35], [0.24, 1.1]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 2 -> Video 4", "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "C) Video 4 -> Video 1 -> Video 2 -> Video 3", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "B) Video 3 -> Video 2 -> Video 4 -> Video 1", "videos": ["videos/clvr/video_validation/video_10311.mp4", "videos/clvr/video_validation/video_10311.mp4", "videos/clvr/video_validation/video_10311.mp4", "videos/clvr/video_validation/video_10311.mp4"], "video_ranges": [[4.19, 5.12], [1.47, 2.4], [0.01, 0.94], [2.82, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 2 -> Video 3 -> Video 4", "B) Video 4 -> Video 1 -> Video 2 -> Video 3", "C) Video 4 -> Video 1 -> Video 3 -> Video 2", "D) Video 2 -> Video 4 -> Video 3 -> Video 1"], "answer": "D) Video 2 -> Video 4 -> Video 3 -> Video 1", "videos": ["videos/clvr/video_validation/video_10376.mp4", "videos/clvr/video_validation/video_10376.mp4", "videos/clvr/video_validation/video_10376.mp4", "videos/clvr/video_validation/video_10376.mp4"], "video_ranges": [[4.07, 4.97], [0.34, 1.24], [2.81, 3.71], [1.58, 2.48]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 1 -> Video 2 -> Video 3", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12396.mp4", "videos/clvr/video_validation/video_12396.mp4", "videos/clvr/video_validation/video_12396.mp4", "videos/clvr/video_validation/video_12396.mp4"], "video_ranges": [[2.86, 3.79], [4.09, 5.02], [1.4, 2.33], [0.08, 1.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 3 -> Video 4 -> Video 2", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 3 -> Video 4 -> Video 1 -> Video 2", "D) Video 4 -> Video 2 -> Video 1 -> Video 3"], "answer": "A) Video 1 -> Video 3 -> Video 4 -> Video 2", "videos": ["videos/clvr/video_validation/video_10736.mp4", "videos/clvr/video_validation/video_10736.mp4", "videos/clvr/video_validation/video_10736.mp4", "videos/clvr/video_validation/video_10736.mp4"], "video_ranges": [[0.11, 0.95], [4.01, 4.85], [1.3, 2.14], [2.6, 3.44]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "D) Video 1 -> Video 3 -> Video 4 -> Video 2"], "answer": "C) Video 1 -> Video 4 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11561.mp4", "videos/clvr/video_validation/video_11561.mp4", "videos/clvr/video_validation/video_11561.mp4", "videos/clvr/video_validation/video_11561.mp4"], "video_ranges": [[0.1, 0.96], [3.97, 4.83], [2.59, 3.45], [1.41, 2.27]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 2 -> Video 1", "B) Video 1 -> Video 4 -> Video 3 -> Video 2", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 1 -> Video 4 -> Video 2 -> Video 3"], "answer": "D) Video 1 -> Video 4 -> Video 2 -> Video 3", "videos": ["videos/clvr/video_validation/video_12582.mp4", "videos/clvr/video_validation/video_12582.mp4", "videos/clvr/video_validation/video_12582.mp4", "videos/clvr/video_validation/video_12582.mp4"], "video_ranges": [[0.12, 0.98], [2.76, 3.62], [4.22, 5.08], [1.46, 2.32]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "C) Video 2 -> Video 3 -> Video 4 -> Video 1", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "B) Video 2 -> Video 1 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_10344.mp4", "videos/clvr/video_validation/video_10344.mp4", "videos/clvr/video_validation/video_10344.mp4", "videos/clvr/video_validation/video_10344.mp4"], "video_ranges": [[1.53, 2.41], [0.23, 1.11], [4.13, 5.01], [2.87, 3.75]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 1 -> Video 2 -> Video 4", "B) Video 4 -> Video 2 -> Video 3 -> Video 1", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 1 -> Video 3 -> Video 2 -> Video 4"], "answer": "A) Video 3 -> Video 1 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_14205.mp4", "videos/clvr/video_validation/video_14205.mp4", "videos/clvr/video_validation/video_14205.mp4", "videos/clvr/video_validation/video_14205.mp4"], "video_ranges": [[1.34, 2.14], [2.61, 3.41], [0.02, 0.82], [3.93, 4.73]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 2 -> Video 3", "B) Video 2 -> Video 4 -> Video 3 -> Video 1", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "D) Video 3 -> Video 2 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_11592.mp4", "videos/clvr/video_validation/video_11592.mp4", "videos/clvr/video_validation/video_11592.mp4", "videos/clvr/video_validation/video_11592.mp4"], "video_ranges": [[2.73, 3.56], [1.42, 2.25], [0.19, 1.02], [4.02, 4.85]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 2 -> Video 1 -> Video 4", "B) Video 3 -> Video 1 -> Video 2 -> Video 4", "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "D) Video 3 -> Video 2 -> Video 4 -> Video 1"], "answer": "C) Video 1 -> Video 3 -> Video 2 -> Video 4", "videos": ["videos/clvr/video_validation/video_10966.mp4", "videos/clvr/video_validation/video_10966.mp4", "videos/clvr/video_validation/video_10966.mp4", "videos/clvr/video_validation/video_10966.mp4"], "video_ranges": [[0.05, 1.04], [2.69, 3.68], [1.37, 2.36], [4.02, 5.01]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 3 -> Video 4", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 4 -> Video 3 -> Video 1 -> Video 2", "D) Video 3 -> Video 4 -> Video 1 -> Video 2"], "answer": "A) Video 2 -> Video 1 -> Video 3 -> Video 4", "videos": ["videos/clvr/video_validation/video_14047.mp4", "videos/clvr/video_validation/video_14047.mp4", "videos/clvr/video_validation/video_14047.mp4", "videos/clvr/video_validation/video_14047.mp4"], "video_ranges": [[1.28, 2.24], [0.0, 0.96], [2.65, 3.61], [4.07, 5.03]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 1 -> Video 4 -> Video 3 -> Video 2", "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "C) Video 3 -> Video 2 -> Video 4 -> Video 1", "D) Video 3 -> Video 2 -> Video 1 -> Video 4"], "answer": "B) Video 4 -> Video 1 -> Video 3 -> Video 2", "videos": ["videos/clvr/video_validation/video_11116.mp4", "videos/clvr/video_validation/video_11116.mp4", "videos/clvr/video_validation/video_11116.mp4", "videos/clvr/video_validation/video_11116.mp4"], "video_ranges": [[1.43, 2.3], [4.09, 4.96], [2.86, 3.73], [0.08, 0.95]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 4 -> Video 2 -> Video 1 -> Video 3", "C) Video 2 -> Video 4 -> Video 3 -> Video 1", "D) Video 2 -> Video 4 -> Video 1 -> Video 3"], "answer": "D) Video 2 -> Video 4 -> Video 1 -> Video 3", "videos": ["videos/clvr/video_validation/video_13329.mp4", "videos/clvr/video_validation/video_13329.mp4", "videos/clvr/video_validation/video_13329.mp4", "videos/clvr/video_validation/video_13329.mp4"], "video_ranges": [[2.74, 3.61], [0.09, 0.96], [4.01, 4.88], [1.47, 2.34]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 4 -> Video 3 -> Video 2 -> Video 1", "B) Video 4 -> Video 3 -> Video 1 -> Video 2", "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "C) Video 2 -> Video 3 -> Video 1 -> Video 4", "videos": ["videos/clvr/video_validation/video_12383.mp4", "videos/clvr/video_validation/video_12383.mp4", "videos/clvr/video_validation/video_12383.mp4", "videos/clvr/video_validation/video_12383.mp4"], "video_ranges": [[2.87, 3.68], [0.16, 0.97], [1.51, 2.32], [4.17, 4.98]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 2 -> Video 1 -> Video 4 -> Video 3", "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "C) Video 1 -> Video 3 -> Video 4 -> Video 2", "D) Video 3 -> Video 4 -> Video 2 -> Video 1"], "answer": "B) Video 1 -> Video 2 -> Video 4 -> Video 3", "videos": ["videos/clvr/video_validation/video_12712.mp4", "videos/clvr/video_validation/video_12712.mp4", "videos/clvr/video_validation/video_12712.mp4", "videos/clvr/video_validation/video_12712.mp4"], "video_ranges": [[0.11, 1.05], [1.42, 2.36], [4.14, 5.08], [2.69, 3.63]]}
{"category": "Temporal_Alignment", "task": "Sequential_Ordering", "question": "These 4 videos are segments of a single continuous event, but they are shown out of order. What is the correct chronological order of these video segments?", "options": ["A) Video 3 -> Video 4 -> Video 1 -> Video 2", "B) Video 1 -> Video 2 -> Video 3 -> Video 4", "C) Video 3 -> Video 4 -> Video 2 -> Video 1", "D) Video 4 -> Video 3 -> Video 1 -> Video 2"], "answer": "A) Video 3 -> Video 4 -> Video 1 -> Video 2", "videos": ["videos/clvr/video_validation/video_12419.mp4", "videos/clvr/video_validation/video_12419.mp4", "videos/clvr/video_validation/video_12419.mp4", "videos/clvr/video_validation/video_12419.mp4"], "video_ranges": [[3.05, 3.92], [4.24, 5.11], [0.32, 1.19], [1.77, 2.64]]}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 12.2s to 14.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 14.6s to 16.4s", "B) 8.2s to 9.4s", "C) 4.0s to 5.4s", "D) 0.2s to 2.2s"], "answer": "C) 4.0s to 5.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 0.2s to 3.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 6.6s to 8.0s", "B) 10.4s to 13.6s", "C) 0.4s to 3.2s", "D) 7.2s to 16.0s"], "answer": "A) 6.6s to 8.0s", "videos": ["videos/habitat_data/general/val/eF36g7L6Z9M/cam0/cam0.mp4", "videos/habitat_data/general/val/eF36g7L6Z9M/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 5.2s to 7.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 1.0s to 5.4s", "B) 17.0s to 18.2s", "C) 14.4s to 14.8s", "D) 18.6s to 19.8s"], "answer": "B) 17.0s to 18.2s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 13.8s to 15.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 1.8s to 7.6s", "B) 0.0s to 3.0s", "C) 1.2s to 3.8s", "D) 3.6s to 5.8s"], "answer": "D) 3.6s to 5.8s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa chair' is clearly visible from 14.6s to 15.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa chair' in Video 2.", "options": ["A) 0.0s to 3.0s", "B) 1.6s to 4.2s", "C) 5.0s to 7.4s", "D) 15.0s to 16.6s"], "answer": "C) 5.0s to 7.4s", "videos": ["videos/habitat_data/general/val/LT9Jq6dN3Ea/cam1/cam1.mp4", "videos/habitat_data/general/val/LT9Jq6dN3Ea/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 17.6s to 18.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 0.2s to 4.4s", "B) 9.2s to 13.0s", "C) 0.4s to 3.2s", "D) 0.0s to 5.6s"], "answer": "B) 9.2s to 13.0s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 10.0s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 10.0s to 14.8s", "B) 10.4s to 12.0s", "C) 11.2s to 13.4s", "D) 7.2s to 11.6s"], "answer": "D) 7.2s to 11.6s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 2.2s to 3.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 16.8s to 19.2s", "B) 13.6s to 16.8s", "C) 14.4s to 14.8s", "D) 17.0s to 17.8s"], "answer": "A) 16.8s to 19.2s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 4.2s to 5.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 16.8s to 19.2s", "B) 8.2s to 11.6s", "C) 18.8s to 19.8s", "D) 17.0s to 18.4s"], "answer": "C) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/cvZr5TUy5C5/cam0/cam0.mp4", "videos/habitat_data/general/val/cvZr5TUy5C5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'small table/stand' is clearly visible from 15.4s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'small table/stand' in Video 2.", "options": ["A) 10.2s to 11.4s", "B) 15.0s to 16.6s", "C) 18.6s to 19.4s", "D) 5.4s to 6.6s"], "answer": "B) 15.0s to 16.6s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 18.4s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 2.6s to 5.0s", "B) 1.6s to 5.8s", "C) 0.0s to 4.0s", "D) 10.8s to 13.8s"], "answer": "D) 10.8s to 13.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'pillar' is clearly visible from 7.0s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'pillar' in Video 2.", "options": ["A) 15.4s to 17.2s", "B) 4.0s to 5.2s", "C) 9.4s to 12.6s", "D) 9.0s to 16.8s"], "answer": "A) 15.4s to 17.2s", "videos": ["videos/habitat_data/general/val/HY1NcmCgn3n/cam0/cam0.mp4", "videos/habitat_data/general/val/HY1NcmCgn3n/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chandelier' is clearly visible from 8.8s to 14.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chandelier' in Video 2.", "options": ["A) 9.0s to 16.8s", "B) 7.2s to 10.8s", "C) 15.8s to 17.2s", "D) 0.8s to 2.6s"], "answer": "A) 9.0s to 16.8s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 5.8s to 7.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 16.0s to 18.6s", "B) 18.8s to 19.8s", "C) 2.6s to 3.6s", "D) 1.0s to 5.4s"], "answer": "C) 2.6s to 3.6s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam0/cam0.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 5.0s to 10.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 7.4s to 8.6s", "B) 17.6s to 18.6s", "C) 17.6s to 18.8s", "D) 15.4s to 16.2s"], "answer": "D) 15.4s to 16.2s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'oven and stove' is clearly visible from 14.2s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'oven and stove' in Video 2.", "options": ["A) 1.2s to 2.2s", "B) 18.6s to 19.4s", "C) 8.2s to 9.4s", "D) 16.4s to 17.6s"], "answer": "B) 18.6s to 19.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'stool' is clearly visible from 12.2s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'stool' in Video 2.", "options": ["A) 13.2s to 16.2s", "B) 7.6s to 9.6s", "C) 0.2s to 2.2s", "D) 0.8s to 6.6s"], "answer": "A) 13.2s to 16.2s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'grill' is clearly visible from 2.6s to 3.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'grill' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 19.0s to 19.8s", "C) 18.8s to 19.8s", "D) 17.0s to 17.8s"], "answer": "C) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 14.0s to 14.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 10.2s to 11.4s", "B) 15.2s to 16.2s", "C) 8.0s to 10.2s", "D) 4.0s to 4.8s"], "answer": "D) 4.0s to 4.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 3.4s to 7.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 9.0s to 12.8s", "B) 17.6s to 18.6s", "C) 19.0s to 19.8s", "D) 7.4s to 8.6s"], "answer": "B) 17.6s to 18.6s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 15.2s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 6.6s to 9.0s", "B) 13.2s to 14.0s", "C) 5.6s to 8.6s", "D) 5.6s to 9.4s"], "answer": "B) 13.2s to 14.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 9.8s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 12.4s to 16.6s", "B) 11.2s to 13.4s", "C) 0.0s to 6.0s", "D) 11.4s to 16.6s"], "answer": "A) 12.4s to 16.6s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelf' is clearly visible from 0.6s to 3.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelf' in Video 2.", "options": ["A) 9.4s to 10.2s", "B) 8.8s to 16.6s", "C) 11.0s to 14.2s", "D) 17.0s to 18.4s"], "answer": "C) 11.0s to 14.2s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table stand' is clearly visible from 11.2s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table stand' in Video 2.", "options": ["A) 0.2s to 3.8s", "B) 11.6s to 16.8s", "C) 0.0s to 3.6s", "D) 1.4s to 2.6s"], "answer": "D) 1.4s to 2.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 16.8s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 6.0s to 9.4s", "B) 11.2s to 15.0s", "C) 11.6s to 15.0s", "D) 19.0s to 19.8s"], "answer": "B) 11.2s to 15.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelf' is clearly visible from 12.4s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelf' in Video 2.", "options": ["A) 4.0s to 5.4s", "B) 0.4s to 2.2s", "C) 8.2s to 9.0s", "D) 13.2s to 15.2s"], "answer": "C) 8.2s to 9.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 0.8s to 3.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.0s to 8.0s", "B) 7.0s to 15.6s", "C) 6.6s to 8.0s", "D) 18.8s to 19.8s"], "answer": "A) 0.0s to 8.0s", "videos": ["videos/habitat_data/general/val/eF36g7L6Z9M/cam0/cam0.mp4", "videos/habitat_data/general/val/eF36g7L6Z9M/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'heater' is clearly visible from 8.6s to 10.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'heater' in Video 2.", "options": ["A) 9.0s to 10.6s", "B) 0.0s to 3.6s", "C) 9.0s to 11.0s", "D) 14.0s to 16.4s"], "answer": "D) 14.0s to 16.4s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 17.0s to 18.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 2.8s to 5.8s", "B) 3.6s to 4.8s", "C) 6.0s to 9.4s", "D) 7.2s to 12.0s"], "answer": "B) 3.6s to 4.8s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 16.4s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 4.4s to 5.2s", "B) 13.0s to 16.6s", "C) 15.4s to 16.4s", "D) 1.4s to 9.4s"], "answer": "C) 15.4s to 16.4s", "videos": ["videos/habitat_data/general/val/LT9Jq6dN3Ea/cam0/cam0.mp4", "videos/habitat_data/general/val/LT9Jq6dN3Ea/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 16.8s to 17.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 4.4s to 5.2s", "B) 2.6s to 5.0s", "C) 0.0s to 5.6s", "D) 2.8s to 5.8s"], "answer": "A) 4.4s to 5.2s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 11.0s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 12.8s to 16.4s", "B) 7.4s to 11.0s", "C) 0.8s to 6.6s", "D) 6.4s to 10.0s"], "answer": "D) 6.4s to 10.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'printer' is clearly visible from 18.6s to 19.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'printer' in Video 2.", "options": ["A) 0.0s to 1.2s", "B) 11.0s to 13.6s", "C) 9.0s to 12.8s", "D) 12.2s to 17.0s"], "answer": "A) 0.0s to 1.2s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ventilation hood' is clearly visible from 13.8s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'ventilation hood' in Video 2.", "options": ["A) 14.6s to 16.4s", "B) 1.8s to 7.6s", "C) 11.2s to 11.8s", "D) 0.4s to 2.2s"], "answer": "D) 0.4s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa' is clearly visible from 17.2s to 18.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa' in Video 2.", "options": ["A) 4.4s to 5.2s", "B) 11.2s to 15.0s", "C) 3.0s to 5.0s", "D) 11.6s to 15.4s"], "answer": "C) 3.0s to 5.0s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 9.8s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 3.8s to 4.6s", "B) 3.4s to 5.4s", "C) 1.2s to 1.8s", "D) 15.8s to 17.2s"], "answer": "B) 3.4s to 5.4s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'l-shaped sofa' is clearly visible from 13.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'l-shaped sofa' in Video 2.", "options": ["A) 10.6s to 13.0s", "B) 7.2s to 8.0s", "C) 0.0s to 7.4s", "D) 14.4s to 16.8s"], "answer": "A) 10.6s to 13.0s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam0/cam0.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 3.0s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 14.4s to 15.0s", "C) 11.4s to 16.0s", "D) 14.6s to 17.2s"], "answer": "D) 14.6s to 17.2s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 13.2s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 3.0s to 11.4s", "B) 2.6s to 11.4s", "C) 14.4s to 16.8s", "D) 7.6s to 11.4s"], "answer": "C) 14.4s to 16.8s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bench' is clearly visible from 6.8s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'bench' in Video 2.", "options": ["A) 8.0s to 9.8s", "B) 11.4s to 14.0s", "C) 0.0s to 3.8s", "D) 7.4s to 8.6s"], "answer": "B) 11.4s to 14.0s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'wall lamp' is clearly visible from 6.4s to 8.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'wall lamp' in Video 2.", "options": ["A) 3.2s to 4.4s", "B) 9.0s to 11.0s", "C) 10.0s to 10.8s", "D) 7.4s to 8.6s"], "answer": "A) 3.2s to 4.4s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'pillar' is clearly visible from 13.6s to 15.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'pillar' in Video 2.", "options": ["A) 3.6s to 5.8s", "B) 14.6s to 16.4s", "C) 1.2s to 3.8s", "D) 13.4s to 16.2s"], "answer": "B) 14.6s to 16.4s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'worktop' is clearly visible from 4.2s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'worktop' in Video 2.", "options": ["A) 5.2s to 9.2s", "B) 11.8s to 14.2s", "C) 1.0s to 6.0s", "D) 18.8s to 19.6s"], "answer": "C) 1.0s to 6.0s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 0.8s to 2.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 0.4s to 3.2s", "B) 2.0s to 4.4s", "C) 16.8s to 19.2s", "D) 0.6s to 2.0s"], "answer": "D) 0.6s to 2.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 0.2s to 5.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 10.0s to 12.4s", "B) 14.0s to 16.2s", "C) 17.0s to 18.0s", "D) 10.4s to 11.4s"], "answer": "D) 10.4s to 11.4s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 11.0s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 0.2s to 2.2s", "B) 1.4s to 3.2s", "C) 0.0s to 3.6s", "D) 10.6s to 13.6s"], "answer": "B) 1.4s to 3.2s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 7.0s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 3.6s to 8.0s", "B) 5.6s to 7.4s", "C) 15.6s to 16.4s", "D) 0.0s to 3.8s"], "answer": "C) 15.6s to 16.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 16.2s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 13.0s to 16.6s", "B) 17.4s to 18.8s", "C) 6.8s to 8.4s", "D) 7.0s to 8.0s"], "answer": "A) 13.0s to 16.6s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 4.6s to 6.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 18.6s to 19.8s", "B) 12.2s to 15.8s", "C) 2.6s to 4.2s", "D) 17.0s to 18.2s"], "answer": "B) 12.2s to 15.8s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa' is clearly visible from 0.8s to 3.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa' in Video 2.", "options": ["A) 7.2s to 16.4s", "B) 9.4s to 10.2s", "C) 0.2s to 2.8s", "D) 0.0s to 8.6s"], "answer": "D) 0.0s to 8.6s", "videos": ["videos/habitat_data/general/val/eF36g7L6Z9M/cam0/cam0.mp4", "videos/habitat_data/general/val/eF36g7L6Z9M/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'desk chair' is clearly visible from 1.0s to 2.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'desk chair' in Video 2.", "options": ["A) 15.4s to 16.4s", "B) 7.2s to 16.0s", "C) 17.0s to 17.8s", "D) 7.0s to 15.6s"], "answer": "C) 17.0s to 17.8s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 0.2s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 17.0s to 18.2s", "B) 7.2s to 12.2s", "C) 14.8s to 16.8s", "D) 7.8s to 8.6s"], "answer": "A) 17.0s to 18.2s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'counter' is clearly visible from 13.8s to 15.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'counter' in Video 2.", "options": ["A) 3.6s to 6.2s", "B) 2.2s to 3.6s", "C) 11.2s to 11.8s", "D) 5.0s to 7.4s"], "answer": "D) 5.0s to 7.4s", "videos": ["videos/habitat_data/general/val/LT9Jq6dN3Ea/cam1/cam1.mp4", "videos/habitat_data/general/val/LT9Jq6dN3Ea/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 8.8s to 11.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 1.2s to 4.2s", "B) 10.4s to 10.8s", "C) 9.8s to 11.6s", "D) 6.6s to 12.0s"], "answer": "C) 9.8s to 11.6s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 0.0s to 3.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 6.6s to 8.0s", "B) 10.0s to 12.4s", "C) 11.4s to 16.0s", "D) 0.2s to 2.8s"], "answer": "B) 10.0s to 12.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 7.4s to 9.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 9.6s to 11.0s", "B) 0.8s to 6.6s", "C) 8.8s to 10.4s", "D) 16.8s to 18.0s"], "answer": "A) 9.6s to 11.0s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen island' is clearly visible from 11.8s to 16.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen island' in Video 2.", "options": ["A) 3.0s to 11.4s", "B) 0.2s to 2.2s", "C) 10.6s to 13.6s", "D) 7.6s to 11.4s"], "answer": "B) 0.2s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table cloth' is clearly visible from 15.2s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table cloth' in Video 2.", "options": ["A) 6.6s to 9.0s", "B) 5.6s to 8.6s", "C) 14.0s to 16.0s", "D) 5.6s to 9.4s"], "answer": "D) 5.6s to 9.4s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 8.8s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 3.8s to 4.6s", "B) 8.8s to 16.0s", "C) 13.4s to 16.4s", "D) 14.0s to 17.0s"], "answer": "A) 3.8s to 4.6s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'end table' is clearly visible from 10.4s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'end table' in Video 2.", "options": ["A) 7.2s to 11.6s", "B) 11.4s to 16.6s", "C) 0.0s to 6.0s", "D) 18.8s to 19.8s"], "answer": "C) 0.0s to 6.0s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 10.6s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 11.2s to 14.0s", "B) 12.8s to 16.4s", "C) 12.6s to 13.6s", "D) 11.8s to 16.4s"], "answer": "C) 12.6s to 13.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace' is clearly visible from 1.0s to 5.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace' in Video 2.", "options": ["A) 14.6s to 17.2s", "B) 8.8s to 16.6s", "C) 10.4s to 11.4s", "D) 17.0s to 17.8s"], "answer": "B) 8.8s to 16.6s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 15.4s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 10.2s to 11.4s", "B) 14.0s to 16.0s", "C) 5.4s to 6.8s", "D) 2.4s to 6.2s"], "answer": "D) 2.4s to 6.2s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 16.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.4s to 0.8s", "B) 1.8s to 9.4s", "C) 2.6s to 5.4s", "D) 5.6s to 8.8s"], "answer": "A) 0.4s to 0.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 13.8s to 15.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 1.2s to 3.8s", "B) 13.0s to 16.6s", "C) 10.2s to 11.4s", "D) 13.6s to 16.4s"], "answer": "D) 13.6s to 16.4s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 0.0s to 7.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 10.0s to 12.4s", "B) 16.2s to 17.2s", "C) 14.0s to 16.2s", "D) 10.0s to 11.4s"], "answer": "B) 16.2s to 17.2s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 14.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 12.2s to 14.0s", "B) 10.2s to 11.2s", "C) 8.2s to 9.4s", "D) 0.4s to 2.6s"], "answer": "A) 12.2s to 14.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 10.0s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 10.0s to 14.8s", "B) 18.8s to 19.8s", "C) 11.8s to 16.4s", "D) 7.2s to 16.0s"], "answer": "C) 11.8s to 16.4s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 3.0s to 5.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 17.6s to 18.8s", "B) 0.0s to 8.0s", "C) 9.0s to 12.8s", "D) 8.2s to 11.6s"], "answer": "C) 9.0s to 12.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 11.8s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 11.4s to 16.6s", "B) 0.0s to 1.0s", "C) 3.4s to 8.0s", "D) 0.2s to 3.8s"], "answer": "A) 11.4s to 16.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fan' is clearly visible from 18.0s to 19.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'fan' in Video 2.", "options": ["A) 2.6s to 5.0s", "B) 12.2s to 17.0s", "C) 6.0s to 9.4s", "D) 9.0s to 13.0s"], "answer": "D) 9.0s to 13.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 14.4s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 18.6s to 19.4s", "B) 11.2s to 11.8s", "C) 13.4s to 16.2s", "D) 6.6s to 7.8s"], "answer": "B) 11.2s to 11.8s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'coffee machine' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'coffee machine' in Video 2.", "options": ["A) 6.0s to 7.0s", "B) 1.0s to 6.0s", "C) 0.0s to 1.2s", "D) 2.6s to 5.0s"], "answer": "A) 6.0s to 7.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 0.0s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 12.8s to 16.6s", "B) 1.8s to 9.4s", "C) 3.6s to 9.6s", "D) 16.0s to 17.8s"], "answer": "D) 16.0s to 17.8s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 19.0s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 4.2s to 5.6s", "B) 8.4s to 11.0s", "C) 1.0s to 5.6s", "D) 2.2s to 3.4s"], "answer": "B) 8.4s to 11.0s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'floor lamp' is clearly visible from 2.4s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'floor lamp' in Video 2.", "options": ["A) 7.2s to 12.0s", "B) 15.2s to 16.4s", "C) 3.6s to 9.6s", "D) 12.8s to 17.2s"], "answer": "C) 3.6s to 9.6s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 7.8s to 9.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 4.0s to 5.4s", "B) 8.2s to 9.0s", "C) 3.8s to 4.6s", "D) 9.2s to 10.4s"], "answer": "D) 9.2s to 10.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa chair' is clearly visible from 14.8s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa chair' in Video 2.", "options": ["A) 15.4s to 17.0s", "B) 13.2s to 14.0s", "C) 2.4s to 6.2s", "D) 3.6s to 5.8s"], "answer": "A) 15.4s to 17.0s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 17.2s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 4.4s to 11.4s", "B) 18.8s to 19.8s", "C) 7.2s to 12.0s", "D) 2.6s to 5.0s"], "answer": "B) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 10.0s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 6.6s to 12.0s", "B) 5.8s to 6.8s", "C) 10.2s to 11.6s", "D) 11.8s to 16.4s"], "answer": "C) 10.2s to 11.6s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'l-shaped sofa' is clearly visible from 13.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'l-shaped sofa' in Video 2.", "options": ["A) 7.2s to 8.0s", "B) 8.2s to 11.6s", "C) 0.0s to 7.4s", "D) 1.2s to 2.2s"], "answer": "C) 0.0s to 7.4s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam0/cam0.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 9.6s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 1.4s to 2.6s", "B) 4.0s to 5.2s", "C) 3.8s to 4.6s", "D) 3.8s to 5.0s"], "answer": "B) 4.0s to 5.2s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 16.2s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 18.4s to 19.4s", "B) 13.0s to 16.6s", "C) 0.4s to 3.8s", "D) 17.4s to 18.8s"], "answer": "A) 18.4s to 19.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace wall' is clearly visible from 4.4s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace wall' in Video 2.", "options": ["A) 11.8s to 14.2s", "B) 7.4s to 8.6s", "C) 7.6s to 8.6s", "D) 18.2s to 19.8s"], "answer": "D) 18.2s to 19.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 6.2s to 11.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 9.4s to 12.6s", "C) 13.2s to 14.4s", "D) 11.4s to 14.0s"], "answer": "B) 9.4s to 12.6s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'monitor' is clearly visible from 14.4s to 14.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'monitor' in Video 2.", "options": ["A) 18.6s to 19.4s", "B) 0.0s to 2.6s", "C) 3.6s to 4.8s", "D) 3.4s to 5.6s"], "answer": "C) 3.6s to 4.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dishwasher' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'dishwasher' in Video 2.", "options": ["A) 0.0s to 4.0s", "B) 2.2s to 3.4s", "C) 2.6s to 5.0s", "D) 1.0s to 5.6s"], "answer": "D) 1.0s to 5.6s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 2.0s to 3.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 13.6s to 16.8s", "B) 13.2s to 15.6s", "C) 19.0s to 19.8s", "D) 17.0s to 18.0s"], "answer": "A) 13.6s to 16.8s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 10.6s to 14.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 6.8s to 12.4s", "B) 7.2s to 10.8s", "C) 0.0s to 3.6s", "D) 15.0s to 16.6s"], "answer": "C) 0.0s to 3.6s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 16.4s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 4.4s to 5.2s", "B) 0.0s to 1.0s", "C) 2.4s to 3.6s", "D) 7.6s to 12.8s"], "answer": "D) 7.6s to 12.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 12.8s to 15.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 11.2s to 13.0s", "B) 4.2s to 5.0s", "C) 1.8s to 7.6s", "D) 1.2s to 3.8s"], "answer": "A) 11.2s to 13.0s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 16.8s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 4.4s to 11.4s", "B) 0.0s to 1.0s", "C) 7.2s to 12.0s", "D) 0.0s to 8.0s"], "answer": "B) 0.0s to 1.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 12.2s to 14.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 9.2s to 10.4s", "B) 3.0s to 11.4s", "C) 16.8s to 17.8s", "D) 8.4s to 9.4s"], "answer": "D) 8.4s to 9.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 5.6s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 7.0s to 8.0s", "B) 16.8s to 18.0s", "C) 18.8s to 19.8s", "D) 17.4s to 18.6s"], "answer": "A) 7.0s to 8.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 13.8s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 0.0s to 2.8s", "B) 2.2s to 3.6s", "C) 7.2s to 12.2s", "D) 13.8s to 14.8s"], "answer": "C) 7.2s to 12.2s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 19.0s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 8.2s to 8.8s", "B) 8.4s to 11.8s", "C) 0.0s to 1.2s", "D) 1.0s to 6.0s"], "answer": "B) 8.4s to 11.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 12.0s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 7.6s to 9.6s", "B) 9.0s to 12.0s", "C) 0.4s to 2.2s", "D) 0.2s to 2.2s"], "answer": "B) 9.0s to 12.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 8.8s to 10.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 9.0s to 11.0s", "B) 9.8s to 11.6s", "C) 8.4s to 9.4s", "D) 9.6s to 11.0s"], "answer": "A) 9.0s to 11.0s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 13.4s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 0.0s to 7.4s", "B) 2.0s to 4.4s", "C) 1.2s to 2.2s", "D) 10.6s to 13.0s"], "answer": "C) 1.2s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'radiator' is clearly visible from 11.6s to 13.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'radiator' in Video 2.", "options": ["A) 3.0s to 11.4s", "B) 7.4s to 11.0s", "C) 7.6s to 9.6s", "D) 5.4s to 6.8s"], "answer": "D) 5.4s to 6.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 9.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 15.6s to 16.4s", "B) 0.8s to 2.6s", "C) 9.0s to 16.8s", "D) 3.8s to 5.0s"], "answer": "D) 3.8s to 5.0s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 6.2s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 11.6s to 12.8s", "B) 3.2s to 4.4s", "C) 14.6s to 16.4s", "D) 14.4s to 14.8s"], "answer": "A) 11.6s to 12.8s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam0/cam0.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'stool' is clearly visible from 2.2s to 10.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'stool' in Video 2.", "options": ["A) 1.2s to 4.4s", "B) 7.6s to 12.8s", "C) 14.8s to 16.8s", "D) 13.4s to 16.4s"], "answer": "C) 14.8s to 16.8s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 16.2s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 6.0s to 8.0s", "B) 19.0s to 19.8s", "C) 0.0s to 5.6s", "D) 18.4s to 19.4s"], "answer": "B) 19.0s to 19.8s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'refrigerator' is clearly visible from 8.8s to 11.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'refrigerator' in Video 2.", "options": ["A) 11.0s to 11.4s", "B) 11.0s to 13.0s", "C) 10.4s to 10.8s", "D) 6.4s to 9.0s"], "answer": "A) 11.0s to 11.4s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 4.6s to 8.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 6.0s to 8.0s", "B) 18.2s to 19.8s", "C) 11.8s to 14.2s", "D) 1.8s to 3.8s"], "answer": "D) 1.8s to 3.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'stool' is clearly visible from 13.8s to 15.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'stool' in Video 2.", "options": ["A) 7.2s to 12.2s", "B) 2.2s to 3.6s", "C) 17.6s to 18.6s", "D) 13.4s to 16.2s"], "answer": "C) 17.6s to 18.6s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 16.2s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 13.0s to 16.6s", "B) 5.4s to 6.6s", "C) 4.6s to 5.6s", "D) 0.0s to 1.0s"], "answer": "B) 5.4s to 6.6s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa' is clearly visible from 5.2s to 9.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa' in Video 2.", "options": ["A) 15.4s to 16.2s", "B) 7.4s to 8.6s", "C) 5.8s to 6.8s", "D) 11.8s to 14.2s"], "answer": "D) 11.8s to 14.2s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 1.8s to 3.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 16.8s to 19.2s", "B) 10.0s to 11.4s", "C) 0.6s to 2.0s", "D) 7.2s to 16.0s"], "answer": "B) 10.0s to 11.4s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 14.6s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 12.2s to 14.0s", "B) 10.2s to 11.2s", "C) 3.6s to 6.2s", "D) 6.6s to 7.8s"], "answer": "C) 3.6s to 6.2s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 7.8s to 10.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 7.2s to 16.4s", "B) 10.0s to 10.8s", "C) 8.8s to 10.4s", "D) 18.8s to 19.8s"], "answer": "A) 7.2s to 16.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 11.6s to 15.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 10.6s to 13.6s", "B) 0.0s to 8.0s", "C) 3.0s to 11.4s", "D) 6.2s to 10.2s"], "answer": "B) 0.0s to 8.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen island' is clearly visible from 7.4s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen island' in Video 2.", "options": ["A) 3.4s to 8.0s", "B) 3.2s to 5.4s", "C) 8.0s to 9.8s", "D) 5.2s to 6.8s"], "answer": "A) 3.4s to 8.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'display table' is clearly visible from 16.2s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'display table' in Video 2.", "options": ["A) 7.6s to 12.8s", "B) 11.6s to 15.4s", "C) 1.4s to 9.4s", "D) 7.0s to 8.0s"], "answer": "D) 7.0s to 8.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 0.0s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 12.8s to 17.2s", "B) 17.0s to 18.2s", "C) 17.2s to 18.6s", "D) 7.4s to 16.0s"], "answer": "C) 17.2s to 18.6s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 17.8s to 19.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 9.4s to 11.8s", "C) 3.6s to 4.8s", "D) 17.4s to 18.8s"], "answer": "B) 9.4s to 11.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 10.0s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 11.2s to 13.4s", "B) 5.8s to 6.8s", "C) 0.0s to 7.4s", "D) 6.6s to 12.0s"], "answer": "D) 6.6s to 12.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 15.4s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 3.4s to 5.6s", "B) 12.2s to 15.8s", "C) 0.0s to 2.6s", "D) 0.6s to 2.0s"], "answer": "A) 3.4s to 5.6s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 12.4s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 0.2s to 2.2s", "B) 0.0s to 2.6s", "C) 0.4s to 2.2s", "D) 1.8s to 2.6s"], "answer": "C) 0.4s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 11.4s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 0.0s to 11.4s", "B) 15.0s to 16.6s", "C) 1.4s to 2.6s", "D) 2.6s to 10.0s"], "answer": "B) 15.0s to 16.6s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 1.8s to 4.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 10.0s to 12.4s", "B) 9.0s to 12.8s", "C) 9.4s to 10.2s", "D) 12.4s to 16.6s"], "answer": "C) 9.4s to 10.2s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 11.6s to 12.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 12.6s to 13.6s", "B) 16.8s to 17.8s", "C) 1.8s to 2.6s", "D) 0.8s to 6.6s"], "answer": "D) 0.8s to 6.6s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'amplifier' is clearly visible from 0.8s to 8.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'amplifier' in Video 2.", "options": ["A) 15.0s to 16.6s", "B) 13.4s to 16.4s", "C) 15.2s to 16.4s", "D) 14.0s to 16.2s"], "answer": "A) 15.0s to 16.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 2.2s to 6.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 8.8s to 16.6s", "B) 12.8s to 17.2s", "C) 18.8s to 19.6s", "D) 13.4s to 16.2s"], "answer": "D) 13.4s to 16.2s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelf' is clearly visible from 14.6s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelf' in Video 2.", "options": ["A) 4.6s to 9.8s", "B) 1.2s to 3.8s", "C) 11.2s to 11.8s", "D) 3.6s to 6.2s"], "answer": "A) 4.6s to 9.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 5.8s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 7.4s to 8.6s", "B) 5.8s to 6.8s", "C) 3.4s to 8.0s", "D) 15.4s to 16.4s"], "answer": "B) 5.8s to 6.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'partition' is clearly visible from 18.6s to 19.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'partition' in Video 2.", "options": ["A) 1.6s to 5.8s", "B) 9.0s to 12.8s", "C) 1.4s to 2.8s", "D) 1.6s to 4.2s"], "answer": "C) 1.4s to 2.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 14.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 13.8s to 14.8s", "B) 5.8s to 7.0s", "C) 17.8s to 19.4s", "D) 14.6s to 16.4s"], "answer": "B) 5.8s to 7.0s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 4.0s to 7.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 8.2s to 11.0s", "B) 18.8s to 19.8s", "C) 7.8s to 16.0s", "D) 17.2s to 18.0s"], "answer": "D) 17.2s to 18.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 0.0s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 7.4s to 16.0s", "B) 13.4s to 16.4s", "C) 11.0s to 14.2s", "D) 12.8s to 16.6s"], "answer": "A) 7.4s to 16.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 19.0s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 1.6s to 4.2s", "B) 9.8s to 13.0s", "C) 8.2s to 8.8s", "D) 4.2s to 5.6s"], "answer": "C) 8.2s to 8.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed stand' is clearly visible from 7.2s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed stand' in Video 2.", "options": ["A) 0.0s to 3.8s", "B) 7.8s to 8.6s", "C) 9.8s to 12.6s", "D) 2.4s to 3.4s"], "answer": "A) 0.0s to 3.8s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 10.0s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 15.0s to 16.6s", "B) 0.8s to 2.6s", "C) 2.0s to 3.4s", "D) 3.4s to 5.4s"], "answer": "C) 2.0s to 3.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelving' is clearly visible from 6.2s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelving' in Video 2.", "options": ["A) 15.4s to 16.2s", "B) 3.6s to 8.0s", "C) 8.0s to 13.0s", "D) 7.4s to 8.6s"], "answer": "B) 3.6s to 8.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'desk' is clearly visible from 1.4s to 5.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'desk' in Video 2.", "options": ["A) 17.0s to 18.4s", "B) 8.8s to 16.6s", "C) 11.4s to 16.0s", "D) 17.0s to 18.0s"], "answer": "D) 17.0s to 18.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 4.0s to 6.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 8.2s to 11.6s", "B) 17.4s to 18.6s", "C) 1.0s to 6.0s", "D) 9.0s to 12.8s"], "answer": "A) 8.2s to 11.6s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 11.8s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.0s to 2.6s", "B) 13.2s to 15.2s", "C) 0.4s to 2.2s", "D) 16.8s to 17.8s"], "answer": "D) 16.8s to 17.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ottoman' is clearly visible from 6.4s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'ottoman' in Video 2.", "options": ["A) 3.0s to 5.4s", "B) 4.0s to 9.0s", "C) 7.2s to 12.2s", "D) 1.8s to 9.4s"], "answer": "B) 4.0s to 9.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 3.8s to 4.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 18.6s to 19.8s", "C) 3.4s to 4.4s", "D) 19.0s to 19.8s"], "answer": "C) 3.4s to 4.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 12.0s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 11.2s to 14.0s", "B) 7.2s to 9.4s", "C) 0.2s to 2.2s", "D) 11.0s to 13.8s"], "answer": "C) 0.2s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 11.8s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 5.4s to 6.8s", "B) 0.2s to 2.2s", "C) 8.2s to 9.0s", "D) 4.4s to 5.2s"], "answer": "A) 5.4s to 6.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 12.2s to 14.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 4.4s to 5.2s", "B) 10.4s to 11.4s", "C) 13.2s to 15.2s", "D) 9.2s to 10.4s"], "answer": "D) 9.2s to 10.4s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'l-shaped sofa' is clearly visible from 10.6s to 13.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'l-shaped sofa' in Video 2.", "options": ["A) 7.2s to 16.0s", "B) 0.0s to 7.4s", "C) 10.0s to 14.8s", "D) 7.4s to 11.0s"], "answer": "B) 0.0s to 7.4s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 14.2s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 17.6s to 18.6s", "B) 1.2s to 3.8s", "C) 16.4s to 17.6s", "D) 5.0s to 7.4s"], "answer": "B) 1.2s to 3.8s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 14.6s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 15.6s to 17.0s", "B) 5.0s to 7.4s", "C) 4.6s to 9.8s", "D) 14.0s to 16.0s"], "answer": "D) 14.0s to 16.0s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen extractor' is clearly visible from 9.6s to 13.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen extractor' in Video 2.", "options": ["A) 16.0s to 16.8s", "B) 9.8s to 11.6s", "C) 15.8s to 17.2s", "D) 10.0s to 14.8s"], "answer": "A) 16.0s to 16.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 1.8s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 11.4s to 16.0s", "B) 10.4s to 11.4s", "C) 0.4s to 2.6s", "D) 1.0s to 4.4s"], "answer": "C) 0.4s to 2.6s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fire extinguisher' is clearly visible from 13.4s to 14.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'fire extinguisher' in Video 2.", "options": ["A) 4.0s to 4.8s", "B) 17.6s to 18.6s", "C) 6.2s to 8.4s", "D) 10.2s to 11.4s"], "answer": "D) 10.2s to 11.4s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 15.4s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 19.0s to 19.8s", "B) 15.4s to 17.0s", "C) 5.0s to 6.6s", "D) 12.2s to 15.8s"], "answer": "C) 5.0s to 6.6s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'coffee table' is clearly visible from 12.4s to 15.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'coffee table' in Video 2.", "options": ["A) 0.0s to 8.2s", "B) 11.4s to 14.2s", "C) 14.4s to 16.8s", "D) 13.4s to 16.4s"], "answer": "B) 11.4s to 14.2s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 7.8s to 9.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.0s to 3.6s", "B) 13.2s to 14.0s", "C) 0.0s to 5.8s", "D) 12.2s to 14.0s"], "answer": "A) 0.0s to 3.6s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 8.6s to 10.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 7.2s to 16.4s", "B) 9.0s to 11.0s", "C) 10.6s to 16.0s", "D) 7.2s to 12.0s"], "answer": "C) 10.6s to 16.0s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 2.2s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 0.0s to 6.4s", "B) 3.4s to 9.0s", "C) 14.6s to 17.0s", "D) 12.8s to 17.2s"], "answer": "A) 0.0s to 6.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 17.0s to 18.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.0s to 5.6s", "B) 5.6s to 9.0s", "C) 3.6s to 4.8s", "D) 9.8s to 15.0s"], "answer": "D) 9.8s to 15.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 7.0s to 9.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 1.0s to 5.4s", "B) 3.2s to 5.4s", "C) 17.4s to 18.6s", "D) 2.6s to 3.6s"], "answer": "B) 3.2s to 5.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bin' is clearly visible from 14.6s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'bin' in Video 2.", "options": ["A) 8.4s to 9.4s", "B) 5.6s to 8.6s", "C) 16.2s to 17.6s", "D) 15.6s to 17.0s"], "answer": "A) 8.4s to 9.4s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 2.2s to 8.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 17.0s to 18.0s", "B) 12.8s to 17.2s", "C) 14.0s to 16.2s", "D) 10.4s to 11.4s"], "answer": "B) 12.8s to 17.2s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 11.4s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 0.2s to 2.2s", "B) 6.4s to 10.0s", "C) 11.0s to 13.8s", "D) 16.8s to 17.8s"], "answer": "D) 16.8s to 17.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 0.0s to 5.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 13.4s to 16.4s", "B) 9.0s to 12.0s", "C) 8.2s to 11.6s", "D) 12.8s to 17.2s"], "answer": "C) 8.2s to 11.6s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 7.8s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 8.8s to 10.4s", "C) 9.0s to 11.0s", "D) 8.8s to 10.8s"], "answer": "B) 8.8s to 10.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 13.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 2.4s to 3.6s", "B) 1.0s to 2.4s", "C) 7.2s to 8.0s", "D) 2.0s to 4.4s"], "answer": "A) 2.4s to 3.6s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 18.2s to 19.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 10.8s to 13.8s", "B) 1.6s to 5.8s", "C) 11.0s to 13.6s", "D) 0.0s to 4.0s"], "answer": "C) 11.0s to 13.6s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 9.2s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 13.0s to 16.6s", "B) 3.8s to 4.6s", "C) 3.8s to 5.0s", "D) 3.4s to 5.4s"], "answer": "D) 3.4s to 5.4s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 13.4s to 15.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 8.2s to 9.4s", "B) 0.4s to 2.6s", "C) 11.2s to 11.8s", "D) 17.8s to 19.4s"], "answer": "A) 8.2s to 9.4s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 4.8s to 6.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 0.8s to 6.6s", "B) 14.4s to 14.8s", "C) 1.4s to 3.2s", "D) 12.2s to 15.8s"], "answer": "B) 14.4s to 14.8s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 11.4s to 16.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.2s to 3.8s", "B) 0.2s to 2.2s", "C) 7.2s to 16.4s", "D) 6.8s to 12.4s"], "answer": "C) 7.2s to 16.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 13.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 3.0s to 11.4s", "B) 2.4s to 3.6s", "C) 12.2s to 17.0s", "D) 16.8s to 18.2s"], "answer": "D) 16.8s to 18.2s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 6.2s to 11.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 8.0s to 13.0s", "B) 3.6s to 8.0s", "C) 5.2s to 6.8s", "D) 9.8s to 12.6s"], "answer": "C) 5.2s to 6.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 11.2s to 15.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 16.0s to 16.8s", "B) 0.2s to 2.2s", "C) 1.4s to 2.6s", "D) 10.6s to 13.6s"], "answer": "D) 10.6s to 13.6s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'worktop' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'worktop' in Video 2.", "options": ["A) 1.0s to 6.0s", "B) 9.0s to 13.0s", "C) 1.4s to 2.8s", "D) 0.4s to 3.2s"], "answer": "A) 1.0s to 6.0s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chandelier' is clearly visible from 12.8s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'chandelier' in Video 2.", "options": ["A) 12.2s to 17.0s", "B) 7.0s to 8.6s", "C) 3.0s to 11.4s", "D) 7.2s to 8.0s"], "answer": "B) 7.0s to 8.6s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling fan' is clearly visible from 3.6s to 6.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling fan' in Video 2.", "options": ["A) 1.8s to 3.8s", "B) 5.2s to 9.2s", "C) 14.8s to 16.4s", "D) 7.8s to 16.0s"], "answer": "D) 7.8s to 16.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 0.0s to 2.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 10.4s to 13.6s", "B) 10.0s to 12.4s", "C) 14.2s to 16.6s", "D) 0.0s to 8.0s"], "answer": "A) 10.4s to 13.6s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'piano' is clearly visible from 9.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'piano' in Video 2.", "options": ["A) 0.0s to 3.8s", "B) 15.0s to 16.8s", "C) 0.8s to 2.6s", "D) 15.4s to 17.2s"], "answer": "C) 0.8s to 2.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 12.2s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 12.2s to 17.0s", "B) 11.6s to 16.8s", "C) 7.2s to 8.0s", "D) 15.0s to 16.8s"], "answer": "B) 11.6s to 16.8s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 11.6s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 0.8s to 6.6s", "B) 5.4s to 6.8s", "C) 4.4s to 5.2s", "D) 7.6s to 9.6s"], "answer": "D) 7.6s to 9.6s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 5.8s to 8.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 3.2s to 4.4s", "B) 16.0s to 18.6s", "C) 17.4s to 18.6s", "D) 2.2s to 5.8s"], "answer": "C) 17.4s to 18.6s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sink' is clearly visible from 4.0s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'sink' in Video 2.", "options": ["A) 6.6s to 10.2s", "B) 9.8s to 12.6s", "C) 15.2s to 16.8s", "D) 18.2s to 19.8s"], "answer": "A) 6.6s to 10.2s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 4.2s to 5.6s", "B) 2.8s to 4.4s", "C) 2.6s to 5.0s", "D) 0.2s to 4.4s"], "answer": "B) 2.8s to 4.4s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 15.8s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 1.8s to 9.4s", "B) 0.0s to 1.0s", "C) 1.0s to 4.4s", "D) 6.6s to 9.0s"], "answer": "A) 1.8s to 9.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 8.8s to 10.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 9.0s to 11.0s", "B) 9.0s to 10.6s", "C) 13.4s to 16.4s", "D) 9.8s to 11.6s"], "answer": "B) 9.0s to 10.6s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'oven' is clearly visible from 12.0s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'oven' in Video 2.", "options": ["A) 8.4s to 9.4s", "B) 13.2s to 16.2s", "C) 0.2s to 2.2s", "D) 17.4s to 18.8s"], "answer": "C) 0.2s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'rack' is clearly visible from 17.2s to 18.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'rack' in Video 2.", "options": ["A) 6.0s to 9.4s", "B) 10.4s to 13.8s", "C) 11.8s to 15.8s", "D) 2.6s to 5.0s"], "answer": "D) 2.6s to 5.0s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 8.8s to 14.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 16.0s to 16.8s", "B) 9.0s to 16.8s", "C) 8.0s to 8.8s", "D) 15.8s to 17.2s"], "answer": "B) 9.0s to 16.8s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'washing machine' is clearly visible from 5.8s to 10.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'washing machine' in Video 2.", "options": ["A) 8.0s to 13.0s", "B) 11.8s to 14.2s", "C) 2.6s to 3.6s", "D) 9.8s to 12.6s"], "answer": "A) 8.0s to 13.0s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam0/cam0.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'stool' is clearly visible from 9.0s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'stool' in Video 2.", "options": ["A) 15.4s to 17.2s", "B) 4.0s to 5.2s", "C) 8.0s to 8.8s", "D) 15.6s to 16.4s"], "answer": "C) 8.0s to 8.8s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 12.0s to 16.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 17.6s to 19.6s", "B) 6.2s to 10.2s", "C) 2.6s to 11.4s", "D) 7.2s to 16.4s"], "answer": "D) 7.2s to 16.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fan' is clearly visible from 14.4s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'fan' in Video 2.", "options": ["A) 8.4s to 9.6s", "B) 5.0s to 7.4s", "C) 8.4s to 9.4s", "D) 14.6s to 16.4s"], "answer": "A) 8.4s to 9.6s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 2.6s to 3.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 14.8s to 16.4s", "B) 14.4s to 14.8s", "C) 0.6s to 2.0s", "D) 19.0s to 19.8s"], "answer": "D) 19.0s to 19.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'partition' is clearly visible from 7.2s to 10.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'partition' in Video 2.", "options": ["A) 9.6s to 10.6s", "B) 18.8s to 19.8s", "C) 11.0s to 11.4s", "D) 0.0s to 3.0s"], "answer": "B) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sink' is clearly visible from 5.8s to 6.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'sink' in Video 2.", "options": ["A) 0.8s to 6.6s", "B) 17.4s to 18.6s", "C) 18.8s to 19.8s", "D) 3.4s to 4.4s"], "answer": "C) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 0.8s to 2.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 12.4s to 16.6s", "B) 15.4s to 16.4s", "C) 9.4s to 12.6s", "D) 7.2s to 16.0s"], "answer": "B) 15.4s to 16.4s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 10.4s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 0.0s to 7.4s", "B) 4.4s to 5.2s", "C) 8.8s to 16.0s", "D) 11.0s to 13.8s"], "answer": "C) 8.8s to 16.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 10.6s to 16.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 4.2s to 7.2s", "B) 11.6s to 16.8s", "C) 15.0s to 16.8s", "D) 3.8s to 5.0s"], "answer": "A) 4.2s to 7.2s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 17.2s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 11.6s to 15.0s", "B) 9.4s to 11.8s", "C) 9.0s to 13.0s", "D) 6.0s to 9.4s"], "answer": "D) 6.0s to 9.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 9.8s to 15.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 7.2s to 16.4s", "C) 0.0s to 11.4s", "D) 0.0s to 3.6s"], "answer": "C) 0.0s to 11.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bench' is clearly visible from 1.0s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'bench' in Video 2.", "options": ["A) 16.0s to 17.8s", "B) 1.4s to 9.4s", "C) 1.8s to 9.4s", "D) 7.2s to 12.0s"], "answer": "D) 7.2s to 12.0s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 8.8s to 9.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 9.2s to 10.4s", "B) 11.2s to 12.0s", "C) 9.0s to 11.0s", "D) 9.6s to 11.0s"], "answer": "B) 11.2s to 12.0s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 13.2s to 15.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 8.2s to 9.4s", "B) 0.4s to 2.6s", "C) 14.6s to 16.4s", "D) 17.8s to 19.4s"], "answer": "A) 8.2s to 9.4s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'rack' is clearly visible from 7.2s to 10.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'rack' in Video 2.", "options": ["A) 4.0s to 8.0s", "B) 7.8s to 16.4s", "C) 2.4s to 4.8s", "D) 8.0s to 9.8s"], "answer": "C) 2.4s to 4.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'case' is clearly visible from 11.0s to 14.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'case' in Video 2.", "options": ["A) 7.2s to 16.4s", "B) 6.8s to 12.4s", "C) 6.4s to 9.0s", "D) 10.6s to 13.6s"], "answer": "B) 6.8s to 12.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 15.8s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 13.2s to 14.0s", "B) 5.8s to 8.6s", "C) 8.0s to 8.8s", "D) 5.6s to 9.0s"], "answer": "D) 5.6s to 9.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 9.2s to 10.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 3.8s to 4.6s", "B) 4.0s to 5.4s", "C) 14.0s to 17.0s", "D) 18.8s to 19.8s"], "answer": "A) 3.8s to 4.6s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 1.6s to 2.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 10.0s to 11.4s", "B) 11.4s to 16.0s", "C) 12.4s to 16.6s", "D) 13.2s to 15.6s"], "answer": "D) 13.2s to 15.6s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam0/cam0.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 4.0s to 8.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 14.0s to 16.2s", "B) 8.2s to 11.6s", "C) 1.2s to 4.4s", "D) 7.8s to 16.0s"], "answer": "C) 1.2s to 4.4s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen lower cabinet' is clearly visible from 8.8s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen lower cabinet' in Video 2.", "options": ["A) 10.4s to 10.8s", "B) 7.2s to 12.0s", "C) 10.4s to 14.8s", "D) 5.2s to 6.8s"], "answer": "A) 10.4s to 10.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 5.4s to 6.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 11.6s to 12.8s", "B) 10.6s to 12.2s", "C) 14.0s to 14.8s", "D) 19.0s to 19.8s"], "answer": "B) 10.6s to 12.2s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'light fixture' is clearly visible from 6.0s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'light fixture' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 3.4s to 8.0s", "C) 7.4s to 8.6s", "D) 16.8s to 18.0s"], "answer": "C) 7.4s to 8.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 5.0s to 11.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 6.6s to 10.2s", "B) 8.0s to 13.0s", "C) 18.8s to 19.8s", "D) 13.2s to 14.4s"], "answer": "D) 13.2s to 14.4s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 16.4s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 3.6s to 4.8s", "B) 17.4s to 18.8s", "C) 10.4s to 13.8s", "D) 7.6s to 12.8s"], "answer": "B) 17.4s to 18.8s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 2.0s to 3.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 2.0s to 4.4s", "B) 17.0s to 18.4s", "C) 0.4s to 3.2s", "D) 9.4s to 10.2s"], "answer": "A) 2.0s to 4.4s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 4.4s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 2.2s to 5.8s", "B) 7.4s to 8.6s", "C) 19.0s to 19.8s", "D) 1.8s to 3.8s"], "answer": "C) 19.0s to 19.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 16.8s to 17.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 2.8s to 5.8s", "B) 17.4s to 18.8s", "C) 18.8s to 19.8s", "D) 0.0s to 1.0s"], "answer": "A) 2.8s to 5.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 17.6s to 19.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 5.6s to 9.0s", "B) 0.2s to 4.4s", "C) 4.2s to 6.4s", "D) 2.6s to 10.0s"], "answer": "D) 2.6s to 10.0s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 12.8s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 14.4s to 16.8s", "B) 8.8s to 11.2s", "C) 11.6s to 14.2s", "D) 0.0s to 3.4s"], "answer": "B) 8.8s to 11.2s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 0.0s to 1.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 9.4s to 10.2s", "C) 7.0s to 15.6s", "D) 0.0s to 8.0s"], "answer": "C) 7.0s to 15.6s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 12.6s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 16.8s to 18.2s", "B) 12.6s to 15.2s", "C) 8.8s to 11.2s", "D) 13.4s to 16.4s"], "answer": "B) 12.6s to 15.2s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 13.0s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 3.0s to 11.4s", "B) 13.4s to 16.4s", "C) 16.6s to 17.8s", "D) 11.4s to 14.2s"], "answer": "A) 3.0s to 11.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 6.8s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 13.2s to 14.4s", "B) 18.2s to 19.8s", "C) 9.4s to 12.6s", "D) 15.2s to 16.8s"], "answer": "D) 15.2s to 16.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 0.0s to 2.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 9.0s to 12.0s", "B) 8.8s to 16.6s", "C) 0.0s to 8.0s", "D) 0.6s to 2.0s"], "answer": "A) 9.0s to 12.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 11.4s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 0.2s to 2.2s", "B) 11.0s to 13.8s", "C) 1.8s to 2.6s", "D) 12.6s to 13.6s"], "answer": "B) 11.0s to 13.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'desk chair' is clearly visible from 14.8s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'desk chair' in Video 2.", "options": ["A) 5.6s to 8.6s", "B) 4.6s to 9.8s", "C) 0.0s to 3.0s", "D) 5.6s to 9.4s"], "answer": "C) 0.0s to 3.0s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 15.2s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 6.8s to 8.4s", "B) 10.2s to 11.4s", "C) 5.6s to 9.4s", "D) 12.2s to 15.8s"], "answer": "D) 12.2s to 15.8s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 16.6s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 13.0s to 16.6s", "B) 0.4s to 1.4s", "C) 5.0s to 8.8s", "D) 5.4s to 6.6s"], "answer": "B) 0.4s to 1.4s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 6.2s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 14.0s to 14.8s", "B) 10.6s to 12.2s", "C) 0.8s to 6.6s", "D) 7.0s to 8.0s"], "answer": "C) 0.8s to 6.6s", "videos": ["videos/habitat_data/general/val/5cdEh9F2hJL/cam0/cam0.mp4", "videos/habitat_data/general/val/5cdEh9F2hJL/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 12.8s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 12.6s to 15.2s", "B) 2.6s to 11.4s", "C) 11.2s to 13.0s", "D) 4.2s to 5.0s"], "answer": "D) 4.2s to 5.0s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'podium' is clearly visible from 14.8s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'podium' in Video 2.", "options": ["A) 16.2s to 17.6s", "B) 0.0s to 3.0s", "C) 1.8s to 9.4s", "D) 13.6s to 16.4s"], "answer": "A) 16.2s to 17.6s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'wall clock' is clearly visible from 7.8s to 9.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'wall clock' in Video 2.", "options": ["A) 13.4s to 14.4s", "B) 8.8s to 10.4s", "C) 10.4s to 13.8s", "D) 7.8s to 16.4s"], "answer": "B) 8.8s to 10.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelving' is clearly visible from 6.8s to 8.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelving' in Video 2.", "options": ["A) 7.4s to 8.6s", "B) 16.8s to 18.0s", "C) 14.0s to 14.8s", "D) 0.0s to 5.8s"], "answer": "A) 7.4s to 8.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 19.0s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 3.6s to 5.0s", "B) 8.2s to 8.8s", "C) 1.8s to 5.8s", "D) 0.0s to 4.0s"], "answer": "C) 1.8s to 5.8s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace' is clearly visible from 1.0s to 5.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace' in Video 2.", "options": ["A) 9.0s to 12.0s", "B) 17.0s to 18.0s", "C) 7.2s to 16.4s", "D) 12.6s to 16.2s"], "answer": "D) 12.6s to 16.2s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 9.4s to 11.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 8.4s to 9.4s", "B) 13.4s to 16.4s", "C) 10.0s to 14.8s", "D) 8.8s to 10.4s"], "answer": "A) 8.4s to 9.4s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'speaker' is clearly visible from 1.2s to 7.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'speaker' in Video 2.", "options": ["A) 12.6s to 16.2s", "B) 13.4s to 16.4s", "C) 10.4s to 11.4s", "D) 18.2s to 19.8s"], "answer": "B) 13.4s to 16.4s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 17.8s to 18.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 3.6s to 5.0s", "B) 5.0s to 8.8s", "C) 16.4s to 17.4s", "D) 10.4s to 13.8s"], "answer": "C) 16.4s to 17.4s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 12.0s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 12.2s to 17.0s", "B) 0.0s to 3.4s", "C) 0.0s to 11.4s", "D) 2.6s to 10.0s"], "answer": "D) 2.6s to 10.0s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 15.0s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 8.0s to 10.2s", "B) 15.6s to 17.0s", "C) 16.2s to 17.6s", "D) 8.0s to 8.8s"], "answer": "B) 15.6s to 17.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'wall clock' is clearly visible from 3.8s to 7.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'wall clock' in Video 2.", "options": ["A) 8.2s to 11.6s", "B) 7.6s to 12.8s", "C) 18.8s to 19.6s", "D) 1.2s to 4.2s"], "answer": "D) 1.2s to 4.2s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 11.4s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 7.2s to 16.0s", "B) 1.8s to 2.6s", "C) 4.4s to 5.2s", "D) 0.4s to 2.2s"], "answer": "C) 4.4s to 5.2s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 16.8s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 11.6s to 15.0s", "B) 5.6s to 8.8s", "C) 0.0s to 8.0s", "D) 11.2s to 15.0s"], "answer": "A) 11.6s to 15.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'rack' is clearly visible from 18.4s to 19.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'rack' in Video 2.", "options": ["A) 9.2s to 13.0s", "B) 9.6s to 11.4s", "C) 8.4s to 11.8s", "D) 2.6s to 5.0s"], "answer": "D) 2.6s to 5.0s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 10.2s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 7.4s to 11.0s", "B) 7.2s to 11.6s", "C) 13.4s to 16.4s", "D) 10.2s to 11.6s"], "answer": "A) 7.4s to 11.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 18.0s to 19.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 10.4s to 13.8s", "B) 13.8s to 16.4s", "C) 3.6s to 4.8s", "D) 3.6s to 5.8s"], "answer": "B) 13.8s to 16.4s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa chair' is clearly visible from 13.2s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa chair' in Video 2.", "options": ["A) 8.8s to 16.6s", "B) 8.8s to 11.2s", "C) 0.8s to 2.6s", "D) 11.6s to 14.2s"], "answer": "C) 0.8s to 2.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 7.6s to 12.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 1.2s to 4.2s", "B) 7.6s to 9.6s", "C) 7.4s to 8.6s", "D) 4.0s to 8.0s"], "answer": "B) 7.6s to 9.6s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 9.2s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 9.8s to 17.2s", "B) 13.0s to 16.6s", "C) 7.2s to 12.0s", "D) 0.0s to 2.6s"], "answer": "A) 9.8s to 17.2s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 5.8s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 3.8s to 5.0s", "B) 7.4s to 8.6s", "C) 9.8s to 12.6s", "D) 18.2s to 19.8s"], "answer": "C) 9.8s to 12.6s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'podium' is clearly visible from 14.8s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'podium' in Video 2.", "options": ["A) 13.6s to 16.4s", "B) 6.0s to 8.0s", "C) 12.2s to 15.8s", "D) 8.0s to 10.2s"], "answer": "D) 8.0s to 10.2s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'exercise bike' is clearly visible from 18.4s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'exercise bike' in Video 2.", "options": ["A) 0.4s to 3.2s", "B) 8.2s to 11.8s", "C) 9.8s to 13.0s", "D) 1.6s to 5.8s"], "answer": "A) 0.4s to 3.2s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'light fixture' is clearly visible from 1.4s to 10.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'light fixture' in Video 2.", "options": ["A) 13.4s to 16.2s", "B) 8.8s to 16.6s", "C) 7.6s to 8.6s", "D) 15.2s to 16.4s"], "answer": "D) 15.2s to 16.4s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 13.6s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 5.8s to 7.0s", "B) 4.2s to 5.0s", "C) 8.2s to 11.6s", "D) 8.6s to 10.8s"], "answer": "C) 8.2s to 11.6s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 9.8s to 14.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 3.8s to 4.6s", "B) 10.6s to 13.0s", "C) 15.0s to 16.6s", "D) 9.0s to 16.8s"], "answer": "B) 10.6s to 13.0s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 6.8s to 8.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 12.2s to 14.0s", "C) 13.2s to 14.0s", "D) 13.8s to 14.6s"], "answer": "C) 13.2s to 14.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 1.0s to 6.0s", "B) 8.4s to 11.0s", "C) 1.6s to 5.8s", "D) 4.2s to 5.6s"], "answer": "A) 1.0s to 6.0s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 7.2s to 10.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 7.4s to 8.6s", "B) 1.4s to 3.2s", "C) 2.6s to 4.2s", "D) 4.2s to 7.4s"], "answer": "B) 1.4s to 3.2s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'telephone' is clearly visible from 14.0s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'telephone' in Video 2.", "options": ["A) 13.6s to 16.4s", "B) 4.6s to 9.8s", "C) 1.2s to 3.8s", "D) 16.4s to 17.6s"], "answer": "D) 16.4s to 17.6s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 4.8s to 6.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 14.4s to 14.8s", "B) 17.6s to 18.8s", "C) 6.0s to 8.0s", "D) 14.8s to 16.4s"], "answer": "C) 6.0s to 8.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 9.4s to 11.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 14.0s to 17.0s", "B) 11.2s to 12.0s", "C) 7.2s to 11.6s", "D) 8.8s to 10.4s"], "answer": "A) 14.0s to 17.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 16.8s to 17.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 3.0s to 5.0s", "B) 7.0s to 8.0s", "C) 11.6s to 15.0s", "D) 4.6s to 5.6s"], "answer": "D) 4.6s to 5.6s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'furnace' is clearly visible from 12.4s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'furnace' in Video 2.", "options": ["A) 17.6s to 19.6s", "B) 0.0s to 3.4s", "C) 11.4s to 16.6s", "D) 8.6s to 10.8s"], "answer": "B) 0.0s to 3.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 10.8s to 13.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 4.4s to 9.6s", "B) 10.6s to 13.6s", "C) 10.4s to 12.0s", "D) 7.2s to 16.0s"], "answer": "C) 10.4s to 12.0s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 0.0s to 2.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 12.4s to 16.6s", "B) 9.4s to 12.6s", "C) 6.6s to 8.0s", "D) 11.4s to 14.0s"], "answer": "B) 9.4s to 12.6s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 14.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 8.4s to 9.6s", "B) 13.4s to 16.2s", "C) 15.2s to 16.2s", "D) 10.2s to 11.2s"], "answer": "D) 10.2s to 11.2s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'desk chair' is clearly visible from 7.6s to 9.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'desk chair' in Video 2.", "options": ["A) 0.0s to 3.0s", "B) 14.0s to 16.4s", "C) 8.8s to 10.4s", "D) 7.2s to 16.4s"], "answer": "A) 0.0s to 3.0s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'toilet' is clearly visible from 7.6s to 10.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'toilet' in Video 2.", "options": ["A) 9.0s to 11.0s", "B) 8.8s to 10.4s", "C) 4.0s to 8.0s", "D) 8.0s to 9.8s"], "answer": "C) 4.0s to 8.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 8.8s to 14.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 15.8s to 17.2s", "B) 15.4s to 17.2s", "C) 3.8s to 4.6s", "D) 3.8s to 5.0s"], "answer": "D) 3.8s to 5.0s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 9.8s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 13.4s to 16.8s", "B) 5.8s to 6.8s", "C) 13.4s to 16.4s", "D) 6.6s to 12.0s"], "answer": "B) 5.8s to 6.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen lower cabinet' is clearly visible from 9.6s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen lower cabinet' in Video 2.", "options": ["A) 10.0s to 14.8s", "B) 9.6s to 11.0s", "C) 14.0s to 17.0s", "D) 14.0s to 16.4s"], "answer": "A) 10.0s to 14.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 7.0s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 0.6s to 4.0s", "B) 9.8s to 11.6s", "C) 17.4s to 18.6s", "D) 8.8s to 10.8s"], "answer": "D) 8.8s to 10.8s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'light fixture' is clearly visible from 15.2s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'light fixture' in Video 2.", "options": ["A) 0.0s to 1.0s", "B) 15.6s to 17.0s", "C) 1.6s to 4.2s", "D) 6.8s to 8.4s"], "answer": "C) 1.6s to 4.2s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 3.6s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 1.0s to 4.4s", "B) 7.2s to 12.2s", "C) 7.6s to 8.6s", "D) 7.2s to 12.0s"], "answer": "B) 7.2s to 12.2s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 2.2s to 6.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 14.0s to 16.2s", "B) 14.6s to 17.2s", "C) 0.4s to 2.6s", "D) 11.4s to 16.0s"], "answer": "A) 14.0s to 16.2s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chandelier' is clearly visible from 12.8s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'chandelier' in Video 2.", "options": ["A) 11.6s to 14.2s", "B) 13.4s to 16.4s", "C) 10.6s to 13.0s", "D) 1.2s to 2.2s"], "answer": "A) 11.6s to 14.2s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 12.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 2.4s to 3.6s", "B) 6.2s to 10.2s", "C) 13.4s to 16.4s", "D) 0.0s to 7.4s"], "answer": "B) 6.2s to 10.2s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 4.2s to 5.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 17.0s to 18.4s", "B) 12.2s to 15.8s", "C) 19.0s to 19.8s", "D) 14.4s to 14.8s"], "answer": "C) 19.0s to 19.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 13.4s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 8.6s to 10.8s", "B) 8.2s to 9.4s", "C) 17.8s to 19.4s", "D) 1.0s to 2.4s"], "answer": "D) 1.0s to 2.4s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 15.0s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 16.2s to 17.6s", "B) 7.4s to 8.8s", "C) 1.4s to 9.4s", "D) 0.6s to 2.0s"], "answer": "B) 7.4s to 8.8s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp table' is clearly visible from 1.8s to 3.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp table' in Video 2.", "options": ["A) 12.4s to 16.6s", "B) 9.0s to 12.8s", "C) 7.2s to 16.4s", "D) 18.8s to 19.8s"], "answer": "A) 12.4s to 16.6s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 8.4s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 4.2s to 7.4s", "B) 8.0s to 11.8s", "C) 4.0s to 8.0s", "D) 10.6s to 11.6s"], "answer": "D) 10.6s to 11.6s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 16.8s to 18.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 0.0s to 1.0s", "B) 17.4s to 18.8s", "C) 0.0s to 5.6s", "D) 4.2s to 6.4s"], "answer": "C) 0.0s to 5.6s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 15.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 15.4s to 17.0s", "B) 5.6s to 9.4s", "C) 5.8s to 8.6s", "D) 0.6s to 2.0s"], "answer": "C) 5.8s to 8.6s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ottoman' is clearly visible from 6.6s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'ottoman' in Video 2.", "options": ["A) 3.8s to 5.0s", "B) 3.4s to 9.0s", "C) 0.0s to 3.8s", "D) 3.0s to 5.4s"], "answer": "B) 3.4s to 9.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'stool' is clearly visible from 13.8s to 15.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'stool' in Video 2.", "options": ["A) 15.2s to 16.2s", "B) 13.4s to 16.2s", "C) 8.4s to 9.6s", "D) 4.0s to 4.8s"], "answer": "A) 15.2s to 16.2s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 15.8s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 0.4s to 0.8s", "B) 2.4s to 3.6s", "C) 0.6s to 2.0s", "D) 7.4s to 12.4s"], "answer": "D) 7.4s to 12.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chest of drawers' is clearly visible from 15.8s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chest of drawers' in Video 2.", "options": ["A) 8.0s to 8.8s", "B) 1.4s to 9.4s", "C) 5.6s to 9.4s", "D) 6.6s to 9.0s"], "answer": "D) 6.6s to 9.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 9.4s to 10.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 9.6s to 11.0s", "B) 10.4s to 13.8s", "C) 11.2s to 12.0s", "D) 3.8s to 4.6s"], "answer": "C) 11.2s to 12.0s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 14.0s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 10.2s to 11.2s", "B) 0.4s to 2.6s", "C) 17.6s to 18.6s", "D) 0.8s to 4.4s"], "answer": "B) 0.4s to 2.6s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 5.0s to 6.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 8.0s to 10.6s", "B) 6.0s to 8.0s", "C) 7.0s to 8.0s", "D) 14.4s to 14.8s"], "answer": "A) 8.0s to 10.6s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chandelier' is clearly visible from 0.2s to 0.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'chandelier' in Video 2.", "options": ["A) 0.4s to 3.2s", "B) 7.2s to 16.0s", "C) 14.2s to 16.6s", "D) 17.0s to 17.8s"], "answer": "C) 14.2s to 16.6s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 2.0s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 12.8s to 16.6s", "B) 14.6s to 17.0s", "C) 7.2s to 12.2s", "D) 17.2s to 18.6s"], "answer": "B) 14.6s to 17.0s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 1.0s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 7.2s to 12.0s", "B) 16.0s to 17.2s", "C) 0.0s to 6.4s", "D) 10.4s to 11.4s"], "answer": "A) 7.2s to 12.0s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 1.6s to 4.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 11.0s to 14.2s", "B) 8.8s to 16.6s", "C) 9.0s to 12.8s", "D) 11.4s to 16.0s"], "answer": "D) 11.4s to 16.0s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa' is clearly visible from 11.0s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa' in Video 2.", "options": ["A) 4.0s to 5.2s", "B) 0.0s to 1.0s", "C) 15.2s to 16.6s", "D) 11.8s to 14.2s"], "answer": "D) 11.8s to 14.2s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'oven and stove' is clearly visible from 18.6s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'oven and stove' in Video 2.", "options": ["A) 9.6s to 11.4s", "B) 2.2s to 5.8s", "C) 0.4s to 3.2s", "D) 2.2s to 3.4s"], "answer": "B) 2.2s to 5.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 18.8s to 19.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 9.0s to 12.8s", "B) 9.8s to 13.0s", "C) 3.6s to 5.0s", "D) 3.0s to 4.6s"], "answer": "A) 9.0s to 12.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 12.0s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.0s to 8.2s", "B) 15.0s to 16.6s", "C) 17.6s to 19.6s", "D) 13.4s to 16.4s"], "answer": "C) 17.6s to 19.6s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 9.0s to 11.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 4.2s to 7.2s", "B) 8.8s to 10.4s", "C) 13.4s to 16.4s", "D) 7.2s to 11.6s"], "answer": "C) 13.4s to 16.4s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 3.8s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 10.4s to 12.0s", "B) 14.6s to 17.2s", "C) 17.6s to 18.8s", "D) 18.8s to 19.8s"], "answer": "A) 10.4s to 12.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 9.6s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 10.2s to 11.6s", "B) 12.4s to 16.6s", "C) 11.0s to 13.0s", "D) 18.8s to 19.8s"], "answer": "D) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 16.6s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 3.0s to 5.0s", "B) 11.8s to 15.8s", "C) 13.0s to 16.6s", "D) 4.4s to 11.4s"], "answer": "B) 11.8s to 15.8s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 16.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 5.4s to 6.6s", "B) 5.6s to 8.8s", "C) 1.4s to 9.4s", "D) 13.0s to 16.6s"], "answer": "B) 5.6s to 8.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 11.0s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 4.4s to 9.6s", "B) 6.2s to 8.4s", "C) 16.8s to 17.8s", "D) 7.2s to 16.0s"], "answer": "A) 4.4s to 9.6s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'rack' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'rack' in Video 2.", "options": ["A) 1.0s to 6.0s", "B) 9.0s to 12.8s", "C) 12.2s to 17.0s", "D) 0.4s to 3.2s"], "answer": "C) 12.2s to 17.0s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 11.8s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 10.2s to 11.4s", "B) 8.4s to 9.4s", "C) 13.2s to 16.2s", "D) 0.0s to 2.6s"], "answer": "D) 0.0s to 2.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 16.6s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 5.6s to 9.0s", "B) 9.8s to 15.0s", "C) 15.4s to 16.4s", "D) 17.4s to 18.8s"], "answer": "A) 5.6s to 9.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chandelier' is clearly visible from 9.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'chandelier' in Video 2.", "options": ["A) 15.6s to 16.4s", "B) 3.8s to 4.6s", "C) 2.0s to 3.4s", "D) 8.0s to 8.8s"], "answer": "B) 3.8s to 4.6s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 16.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 13.0s to 16.6s", "B) 4.6s to 5.6s", "C) 1.0s to 4.4s", "D) 0.6s to 2.0s"], "answer": "C) 1.0s to 4.4s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 5.2s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 2.6s to 3.6s", "B) 0.8s to 6.6s", "C) 14.6s to 16.4s", "D) 18.8s to 19.8s"], "answer": "D) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 7.0s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 10.0s to 10.8s", "B) 9.6s to 11.0s", "C) 9.0s to 11.0s", "D) 1.2s to 4.2s"], "answer": "C) 9.0s to 11.0s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelving' is clearly visible from 3.4s to 9.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelving' in Video 2.", "options": ["A) 11.8s to 14.2s", "B) 7.4s to 8.6s", "C) 7.6s to 8.6s", "D) 18.2s to 19.8s"], "answer": "B) 7.4s to 8.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 12.8s to 13.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 16.8s to 17.8s", "B) 0.0s to 2.6s", "C) 5.0s to 7.4s", "D) 8.8s to 12.2s"], "answer": "D) 8.8s to 12.2s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 5.8s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 15.4s to 16.4s", "B) 1.8s to 3.8s", "C) 2.4s to 4.8s", "D) 17.4s to 18.6s"], "answer": "A) 15.4s to 16.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 9.4s to 11.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 7.2s to 12.0s", "B) 7.2s to 11.6s", "C) 10.0s to 14.8s", "D) 8.8s to 10.4s"], "answer": "A) 7.2s to 12.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 12.2s to 17.0s", "B) 0.0s to 4.0s", "C) 9.0s to 13.0s", "D) 1.6s to 5.8s"], "answer": "D) 1.6s to 5.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 3.2s to 7.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 1.0s to 6.0s", "B) 7.6s to 12.8s", "C) 1.0s to 4.4s", "D) 11.4s to 14.0s"], "answer": "B) 7.6s to 12.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 12.0s to 13.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 17.4s to 18.8s", "B) 7.6s to 9.6s", "C) 0.2s to 2.2s", "D) 5.4s to 6.8s"], "answer": "C) 0.2s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 12.4s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 7.0s to 8.6s", "B) 13.4s to 16.4s", "C) 0.2s to 2.2s", "D) 7.2s to 16.4s"], "answer": "B) 13.4s to 16.4s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 10.4s to 12.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 6.4s to 9.0s", "B) 7.4s to 11.0s", "C) 7.2s to 16.0s", "D) 8.4s to 9.4s"], "answer": "C) 7.2s to 16.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sink cabinet' is clearly visible from 17.8s to 18.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'sink cabinet' in Video 2.", "options": ["A) 9.4s to 11.8s", "B) 9.2s to 13.0s", "C) 0.0s to 1.0s", "D) 9.4s to 11.4s"], "answer": "D) 9.4s to 11.4s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 17.0s to 18.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.0s to 11.4s", "B) 16.4s to 18.8s", "C) 11.2s to 15.0s", "D) 3.6s to 5.8s"], "answer": "A) 0.0s to 11.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 18.4s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 9.8s to 13.0s", "B) 1.0s to 6.0s", "C) 3.6s to 5.0s", "D) 10.8s to 13.8s"], "answer": "C) 3.6s to 5.0s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 1.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 12.8s to 17.2s", "B) 3.6s to 9.2s", "C) 3.6s to 10.0s", "D) 14.6s to 17.0s"], "answer": "B) 3.6s to 9.2s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 5.6s to 6.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 0.8s to 6.6s", "C) 3.4s to 4.4s", "D) 17.0s to 18.2s"], "answer": "A) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 17.2s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 16.4s to 18.8s", "B) 7.6s to 12.8s", "C) 17.4s to 18.8s", "D) 10.4s to 13.8s"], "answer": "D) 10.4s to 13.8s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 8.4s to 9.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 10.4s to 13.8s", "B) 11.2s to 12.0s", "C) 8.8s to 10.4s", "D) 4.0s to 5.4s"], "answer": "D) 4.0s to 5.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chandelier' is clearly visible from 8.8s to 14.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chandelier' in Video 2.", "options": ["A) 1.2s to 1.8s", "B) 3.8s to 5.0s", "C) 3.8s to 4.6s", "D) 8.0s to 11.8s"], "answer": "C) 3.8s to 4.6s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 2.6s to 3.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 13.2s to 15.6s", "B) 18.8s to 19.8s", "C) 16.8s to 19.2s", "D) 3.4s to 4.4s"], "answer": "B) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bench' is clearly visible from 11.4s to 14.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'bench' in Video 2.", "options": ["A) 10.4s to 11.4s", "B) 6.4s to 10.0s", "C) 0.2s to 2.2s", "D) 0.0s to 8.0s"], "answer": "A) 10.4s to 11.4s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 8.2s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 8.2s to 9.0s", "B) 10.0s to 10.8s", "C) 8.8s to 10.4s", "D) 0.0s to 3.0s"], "answer": "C) 8.8s to 10.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 10.0s to 12.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 13.4s to 16.8s", "B) 7.2s to 11.6s", "C) 7.4s to 16.0s", "D) 12.6s to 13.6s"], "answer": "A) 13.4s to 16.8s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 14.0s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 18.6s to 19.4s", "B) 6.6s to 7.8s", "C) 0.0s to 2.8s", "D) 2.2s to 3.6s"], "answer": "D) 2.2s to 3.6s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 17.4s to 18.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 16.4s to 18.8s", "C) 7.2s to 12.0s", "D) 10.4s to 13.8s"], "answer": "B) 16.4s to 18.8s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 13.6s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 3.0s to 11.4s", "B) 2.0s to 4.4s", "C) 2.2s to 3.6s", "D) 0.4s to 2.6s"], "answer": "B) 2.0s to 4.4s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'led tv' is clearly visible from 19.4s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'led tv' in Video 2.", "options": ["A) 1.4s to 2.8s", "B) 1.0s to 6.0s", "C) 4.4s to 6.4s", "D) 1.8s to 5.8s"], "answer": "C) 4.4s to 6.4s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 11.0s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 7.2s to 16.4s", "B) 15.2s to 16.6s", "C) 11.6s to 16.8s", "D) 7.2s to 10.8s"], "answer": "D) 7.2s to 10.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 16.6s to 17.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 2.4s to 3.6s", "B) 7.4s to 12.4s", "C) 11.6s to 15.0s", "D) 0.0s to 1.0s"], "answer": "A) 2.4s to 3.6s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'display table' is clearly visible from 5.4s to 6.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'display table' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 6.0s to 8.0s", "C) 1.0s to 5.4s", "D) 16.2s to 17.0s"], "answer": "D) 16.2s to 17.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'wall clock' is clearly visible from 3.8s to 7.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'wall clock' in Video 2.", "options": ["A) 2.6s to 4.2s", "B) 17.6s to 18.8s", "C) 8.2s to 11.0s", "D) 11.4s to 16.0s"], "answer": "C) 8.2s to 11.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 10.2s to 11.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 9.2s to 13.0s", "B) 11.0s to 13.8s", "C) 13.4s to 16.8s", "D) 7.4s to 16.0s"], "answer": "A) 9.2s to 13.0s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 11.6s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 1.2s to 1.8s", "B) 0.0s to 1.0s", "C) 4.2s to 7.2s", "D) 11.4s to 16.6s"], "answer": "B) 0.0s to 1.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'radiator' is clearly visible from 15.8s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'radiator' in Video 2.", "options": ["A) 13.0s to 16.6s", "B) 2.4s to 6.2s", "C) 0.4s to 0.8s", "D) 5.4s to 6.8s"], "answer": "D) 5.4s to 6.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 13.4s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 8.8s to 11.2s", "B) 0.8s to 4.4s", "C) 5.8s to 7.0s", "D) 13.8s to 14.8s"], "answer": "B) 0.8s to 4.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'desk' is clearly visible from 18.2s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'desk' in Video 2.", "options": ["A) 0.0s to 4.8s", "B) 1.0s to 6.0s", "C) 1.4s to 2.8s", "D) 0.2s to 4.4s"], "answer": "A) 0.0s to 4.8s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 12.4s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 15.2s to 16.2s", "B) 9.2s to 10.4s", "C) 1.8s to 2.6s", "D) 13.0s to 16.6s"], "answer": "C) 1.8s to 2.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sink' is clearly visible from 12.4s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'sink' in Video 2.", "options": ["A) 8.4s to 9.4s", "B) 11.0s to 13.8s", "C) 7.2s to 9.4s", "D) 5.4s to 6.8s"], "answer": "C) 7.2s to 9.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 18.0s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 15.0s to 18.2s", "B) 10.8s to 13.8s", "C) 0.2s to 4.4s", "D) 12.2s to 17.0s"], "answer": "A) 15.0s to 18.2s", "videos": ["videos/habitat_data/general/val/zt1RVoi7PcG/cam0/cam0.mp4", "videos/habitat_data/general/val/zt1RVoi7PcG/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 5.8s to 8.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 2.6s to 4.2s", "C) 19.0s to 19.8s", "D) 17.6s to 18.8s"], "answer": "B) 2.6s to 4.2s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 8.4s to 11.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 11.2s to 14.8s", "B) 0.6s to 4.0s", "C) 11.0s to 13.0s", "D) 9.6s to 10.6s"], "answer": "D) 9.6s to 10.6s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 0.4s to 3.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 7.0s to 15.6s", "B) 8.8s to 16.6s", "C) 0.2s to 2.8s", "D) 0.0s to 8.6s"], "answer": "C) 0.2s to 2.8s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 19.0s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 1.6s to 4.2s", "B) 9.8s to 13.0s", "C) 2.8s to 4.4s", "D) 2.6s to 5.0s"], "answer": "A) 1.6s to 4.2s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 3.6s to 13.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 7.2s to 12.0s", "B) 1.8s to 9.4s", "C) 18.2s to 19.8s", "D) 13.8s to 16.4s"], "answer": "D) 13.8s to 16.4s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace' is clearly visible from 12.6s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace' in Video 2.", "options": ["A) 12.6s to 15.2s", "B) 8.8s to 16.6s", "C) 15.8s to 16.8s", "D) 13.4s to 16.4s"], "answer": "B) 8.8s to 16.6s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'stool' is clearly visible from 2.4s to 3.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'stool' in Video 2.", "options": ["A) 17.0s to 17.8s", "B) 13.2s to 15.6s", "C) 13.6s to 16.6s", "D) 15.4s to 16.4s"], "answer": "C) 13.6s to 16.6s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace' is clearly visible from 16.4s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace' in Video 2.", "options": ["A) 13.0s to 16.6s", "B) 3.6s to 4.8s", "C) 0.4s to 1.4s", "D) 4.2s to 6.4s"], "answer": "D) 4.2s to 6.4s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 2.2s to 5.8s", "B) 9.8s to 13.0s", "C) 10.6s to 11.6s", "D) 0.2s to 4.4s"], "answer": "B) 9.8s to 13.0s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 13.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 16.6s to 17.8s", "B) 16.8s to 18.2s", "C) 2.6s to 11.4s", "D) 8.2s to 11.6s"], "answer": "A) 16.6s to 17.8s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 6.4s to 7.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 14.0s to 14.8s", "B) 1.4s to 3.2s", "C) 13.8s to 14.6s", "D) 7.4s to 8.6s"], "answer": "A) 14.0s to 14.8s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 0.6s to 1.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 16.8s to 19.2s", "B) 10.4s to 13.6s", "C) 12.4s to 16.6s", "D) 7.2s to 16.0s"], "answer": "D) 7.2s to 16.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 6.2s to 10.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 7.4s to 8.6s", "B) 0.0s to 3.8s", "C) 1.2s to 4.4s", "D) 5.8s to 6.8s"], "answer": "B) 0.0s to 3.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelf' is clearly visible from 10.0s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelf' in Video 2.", "options": ["A) 9.0s to 16.8s", "B) 1.4s to 2.6s", "C) 13.0s to 16.6s", "D) 3.4s to 5.4s"], "answer": "C) 13.0s to 16.6s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'oven' is clearly visible from 16.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'oven' in Video 2.", "options": ["A) 5.6s to 8.8s", "B) 0.0s to 1.0s", "C) 15.0s to 16.6s", "D) 4.4s to 5.2s"], "answer": "A) 5.6s to 8.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 0.0s to 2.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 8.8s to 16.6s", "B) 12.6s to 16.2s", "C) 10.0s to 11.4s", "D) 17.0s to 18.4s"], "answer": "C) 10.0s to 11.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'monitor' is clearly visible from 10.0s to 10.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'monitor' in Video 2.", "options": ["A) 9.6s to 11.0s", "B) 0.0s to 6.0s", "C) 12.8s to 16.4s", "D) 15.2s to 16.6s"], "answer": "D) 15.2s to 16.6s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'wall cabinet' is clearly visible from 14.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'wall cabinet' in Video 2.", "options": ["A) 1.2s to 3.8s", "B) 0.0s to 2.8s", "C) 0.4s to 2.6s", "D) 4.6s to 9.8s"], "answer": "B) 0.0s to 2.8s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'countertop' is clearly visible from 3.8s to 4.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'countertop' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 3.4s to 4.4s", "C) 14.8s to 16.4s", "D) 1.2s to 4.2s"], "answer": "C) 14.8s to 16.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 3.8s to 8.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 1.0s to 4.4s", "B) 10.4s to 12.0s", "C) 8.2s to 11.6s", "D) 13.4s to 16.2s"], "answer": "A) 1.0s to 4.4s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace' is clearly visible from 14.0s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace' in Video 2.", "options": ["A) 14.6s to 16.4s", "B) 4.6s to 9.8s", "C) 8.2s to 9.4s", "D) 6.6s to 7.8s"], "answer": "B) 4.6s to 9.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 8.0s to 9.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 14.0s to 17.0s", "B) 4.0s to 8.0s", "C) 7.2s to 12.0s", "D) 8.8s to 10.4s"], "answer": "D) 8.8s to 10.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 4.8s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 3.0s to 5.4s", "B) 15.4s to 16.2s", "C) 5.6s to 7.4s", "D) 7.8s to 8.6s"], "answer": "D) 7.8s to 8.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dishwasher' is clearly visible from 14.2s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'dishwasher' in Video 2.", "options": ["A) 1.8s to 7.6s", "B) 6.6s to 7.8s", "C) 0.0s to 3.0s", "D) 0.4s to 2.2s"], "answer": "B) 6.6s to 7.8s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 12.8s to 13.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 13.2s to 15.2s", "B) 17.6s to 18.6s", "C) 6.2s to 8.4s", "D) 11.0s to 13.8s"], "answer": "A) 13.2s to 15.2s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 5.0s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 8.0s to 13.0s", "B) 15.2s to 16.8s", "C) 5.6s to 7.4s", "D) 1.8s to 3.8s"], "answer": "C) 5.6s to 7.4s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 7.2s to 9.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 17.4s to 18.6s", "B) 10.0s to 10.8s", "C) 7.2s to 16.4s", "D) 0.0s to 5.8s"], "answer": "D) 0.0s to 5.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 4.2s to 5.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 3.4s to 4.4s", "B) 18.8s to 19.8s", "C) 8.2s to 8.8s", "D) 2.2s to 5.8s"], "answer": "C) 8.2s to 8.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 4.6s to 7.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 17.6s to 18.8s", "B) 9.0s to 12.8s", "C) 14.4s to 15.0s", "D) 10.4s to 12.0s"], "answer": "A) 17.6s to 18.8s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'heater' is clearly visible from 12.8s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'heater' in Video 2.", "options": ["A) 0.8s to 4.4s", "B) 8.6s to 10.8s", "C) 8.8s to 11.2s", "D) 16.6s to 17.8s"], "answer": "B) 8.6s to 10.8s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 10.4s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 7.4s to 16.0s", "B) 9.6s to 11.0s", "C) 11.2s to 14.0s", "D) 15.2s to 16.6s"], "answer": "A) 7.4s to 16.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 19.0s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 3.6s to 5.0s", "B) 2.2s to 5.8s", "C) 8.2s to 11.8s", "D) 1.8s to 5.8s"], "answer": "C) 8.2s to 11.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 16.2s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 1.8s to 9.4s", "B) 1.4s to 9.4s", "C) 1.0s to 4.4s", "D) 13.0s to 16.6s"], "answer": "D) 13.0s to 16.6s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 10.4s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 1.2s to 1.8s", "B) 15.2s to 16.6s", "C) 0.0s to 11.4s", "D) 2.4s to 3.4s"], "answer": "B) 15.2s to 16.6s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv stand' is clearly visible from 16.0s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv stand' in Video 2.", "options": ["A) 1.8s to 9.4s", "B) 8.0s to 8.8s", "C) 4.4s to 5.2s", "D) 1.4s to 9.4s"], "answer": "D) 1.4s to 9.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fire extinguisher' is clearly visible from 15.0s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'fire extinguisher' in Video 2.", "options": ["A) 10.2s to 11.4s", "B) 1.6s to 4.2s", "C) 5.8s to 8.6s", "D) 7.4s to 8.8s"], "answer": "A) 10.2s to 11.4s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 15.6s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 1.6s to 4.2s", "B) 0.0s to 2.6s", "C) 18.6s to 19.4s", "D) 1.0s to 4.4s"], "answer": "B) 0.0s to 2.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'trashcan' is clearly visible from 12.6s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'trashcan' in Video 2.", "options": ["A) 8.6s to 10.8s", "B) 0.0s to 3.4s", "C) 7.6s to 11.4s", "D) 2.4s to 3.6s"], "answer": "C) 7.6s to 11.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 1.6s to 3.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 10.0s to 11.4s", "B) 11.4s to 14.0s", "C) 17.0s to 18.4s", "D) 9.8s to 13.0s"], "answer": "C) 17.0s to 18.4s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 13.2s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 11.4s to 14.2s", "B) 15.8s to 16.8s", "C) 0.8s to 4.4s", "D) 2.4s to 3.6s"], "answer": "B) 15.8s to 16.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 9.4s to 10.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 9.6s to 11.0s", "B) 7.2s to 12.0s", "C) 9.2s to 13.0s", "D) 12.6s to 13.6s"], "answer": "A) 9.6s to 11.0s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 15.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 17.4s to 18.8s", "B) 15.0s to 16.6s", "C) 18.6s to 19.4s", "D) 6.8s to 8.4s"], "answer": "D) 6.8s to 8.4s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 14.0s to 14.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 5.2s to 8.4s", "B) 13.0s to 16.4s", "C) 7.4s to 8.8s", "D) 0.4s to 2.2s"], "answer": "B) 13.0s to 16.4s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 17.2s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 17.4s to 18.8s", "B) 11.6s to 15.0s", "C) 10.4s to 13.8s", "D) 11.2s to 15.0s"], "answer": "A) 17.4s to 18.8s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 15.4s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 10.2s to 11.4s", "B) 12.2s to 15.8s", "C) 0.6s to 2.0s", "D) 18.6s to 19.4s"], "answer": "C) 0.6s to 2.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 0.4s to 7.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 15.2s to 16.4s", "B) 7.4s to 16.0s", "C) 4.6s to 5.6s", "D) 12.8s to 16.6s"], "answer": "D) 12.8s to 16.6s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 2.2s to 4.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 0.0s to 8.0s", "C) 0.6s to 2.0s", "D) 14.0s to 16.2s"], "answer": "A) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 11.8s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 13.2s to 16.2s", "B) 8.2s to 9.0s", "C) 0.2s to 2.2s", "D) 6.4s to 10.0s"], "answer": "C) 0.2s to 2.2s", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining chair' is clearly visible from 6.2s to 8.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining chair' in Video 2.", "options": ["A) 17.4s to 18.6s", "B) 16.8s to 18.0s", "C) 0.0s to 3.0s", "D) 1.0s to 5.4s"], "answer": "B) 16.8s to 18.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 0.0s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 10.0s to 11.4s", "B) 9.4s to 12.6s", "C) 7.4s to 16.0s", "D) 10.4s to 11.4s"], "answer": "D) 10.4s to 11.4s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'desk' is clearly visible from 11.4s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'desk' in Video 2.", "options": ["A) 1.8s to 2.6s", "B) 5.4s to 6.8s", "C) 4.4s to 5.2s", "D) 7.2s to 9.4s"], "answer": "C) 4.4s to 5.2s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'shelf' is clearly visible from 10.0s to 17.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'shelf' in Video 2.", "options": ["A) 2.4s to 3.4s", "B) 3.8s to 4.6s", "C) 0.0s to 11.4s", "D) 7.2s to 10.8s"], "answer": "A) 2.4s to 3.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 15.0s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 7.4s to 8.8s", "B) 0.0s to 3.0s", "C) 2.4s to 6.2s", "D) 5.6s to 9.4s"], "answer": "D) 5.6s to 9.4s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 12.6s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 1.0s to 2.4s", "B) 13.4s to 16.4s", "C) 2.4s to 3.6s", "D) 8.8s to 11.2s"], "answer": "B) 13.4s to 16.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 19.2s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 2.2s to 3.4s", "B) 12.2s to 17.0s", "C) 1.6s to 5.8s", "D) 4.2s to 5.6s"], "answer": "D) 4.2s to 5.6s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'piano bench' is clearly visible from 9.6s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'piano bench' in Video 2.", "options": ["A) 12.6s to 15.2s", "B) 12.8s to 13.4s", "C) 2.0s to 3.4s", "D) 1.2s to 1.8s"], "answer": "A) 12.6s to 15.2s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'desk' is clearly visible from 10.4s to 13.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'desk' in Video 2.", "options": ["A) 8.8s to 16.0s", "B) 11.0s to 11.4s", "C) 6.4s to 9.0s", "D) 9.8s to 11.6s"], "answer": "C) 6.4s to 9.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 14.0s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 8.2s to 9.4s", "B) 1.8s to 7.6s", "C) 10.2s to 11.2s", "D) 18.6s to 19.4s"], "answer": "B) 1.8s to 7.6s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 8.4s to 11.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 11.2s to 14.8s", "B) 10.6s to 11.6s", "C) 9.0s to 11.0s", "D) 8.0s to 11.8s"], "answer": "A) 11.2s to 14.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 10.6s to 12.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 0.2s to 2.2s", "B) 0.8s to 6.6s", "C) 0.0s to 7.4s", "D) 11.2s to 13.4s"], "answer": "D) 11.2s to 13.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 5.8s to 10.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 1.0s to 6.0s", "B) 5.2s to 6.8s", "C) 7.4s to 8.6s", "D) 7.6s to 9.6s"], "answer": "C) 7.4s to 8.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'oven and stove' is clearly visible from 15.0s to 15.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'oven and stove' in Video 2.", "options": ["A) 16.2s to 17.6s", "B) 5.2s to 8.4s", "C) 1.0s to 4.4s", "D) 0.0s to 3.0s"], "answer": "B) 5.2s to 8.4s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 1.6s to 4.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 4.6s to 5.6s", "B) 18.8s to 19.8s", "C) 7.2s to 16.4s", "D) 10.0s to 11.4s"], "answer": "C) 7.2s to 16.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 8.4s to 9.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 4.2s to 7.2s", "B) 8.8s to 10.4s", "C) 9.6s to 11.0s", "D) 10.4s to 13.8s"], "answer": "D) 10.4s to 13.8s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 19.4s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 2.8s to 4.4s", "B) 14.0s to 16.8s", "C) 3.0s to 4.6s", "D) 8.2s to 8.8s"], "answer": "B) 14.0s to 16.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 2.2s to 4.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 9.8s to 13.0s", "B) 0.0s to 8.0s", "C) 11.0s to 14.2s", "D) 16.8s to 19.2s"], "answer": "A) 9.8s to 13.0s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 3.4s to 5.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 14.8s to 16.4s", "B) 17.0s to 18.0s", "C) 17.0s to 18.4s", "D) 18.8s to 19.8s"], "answer": "B) 17.0s to 18.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 9.8s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 11.4s to 16.6s", "B) 3.8s to 4.6s", "C) 18.8s to 19.8s", "D) 7.2s to 12.0s"], "answer": "A) 11.4s to 16.6s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 17.8s to 19.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 4.4s to 5.2s", "B) 16.4s to 18.8s", "C) 9.6s to 11.4s", "D) 0.0s to 4.0s"], "answer": "C) 9.6s to 11.4s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 16.8s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 4.4s to 11.4s", "B) 0.4s to 1.4s", "C) 4.4s to 5.2s", "D) 11.6s to 15.4s"], "answer": "D) 11.6s to 15.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'potty' is clearly visible from 11.8s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'potty' in Video 2.", "options": ["A) 9.2s to 13.0s", "B) 16.8s to 17.8s", "C) 0.8s to 6.6s", "D) 6.2s to 8.4s"], "answer": "D) 6.2s to 8.4s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'statue' is clearly visible from 4.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'statue' in Video 2.", "options": ["A) 3.0s to 5.4s", "B) 4.0s to 9.0s", "C) 15.6s to 16.4s", "D) 7.2s to 12.0s"], "answer": "A) 3.0s to 5.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'monitor' is clearly visible from 11.4s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'monitor' in Video 2.", "options": ["A) 12.6s to 13.6s", "B) 11.2s to 14.0s", "C) 16.8s to 17.8s", "D) 4.4s to 5.2s"], "answer": "B) 11.2s to 14.0s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bed' is clearly visible from 7.0s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'bed' in Video 2.", "options": ["A) 5.8s to 6.8s", "B) 7.8s to 8.6s", "C) 0.0s to 2.6s", "D) 5.6s to 7.4s"], "answer": "C) 0.0s to 2.6s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 9.4s to 12.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 6.6s to 12.0s", "C) 11.0s to 11.4s", "D) 11.0s to 13.0s"], "answer": "D) 11.0s to 13.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 9.4s to 12.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 5.2s to 6.8s", "B) 10.2s to 11.6s", "C) 6.6s to 12.0s", "D) 5.8s to 6.8s"], "answer": "A) 5.2s to 6.8s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace wall' is clearly visible from 13.8s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace wall' in Video 2.", "options": ["A) 1.2s to 2.2s", "B) 17.8s to 19.4s", "C) 8.2s to 11.6s", "D) 4.6s to 9.8s"], "answer": "B) 17.8s to 19.4s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dresser' is clearly visible from 15.4s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'dresser' in Video 2.", "options": ["A) 5.8s to 8.6s", "B) 13.0s to 16.6s", "C) 2.6s to 5.4s", "D) 5.6s to 8.6s"], "answer": "C) 2.6s to 5.4s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 3.8s to 6.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 18.8s to 19.8s", "B) 17.6s to 18.6s", "C) 14.4s to 15.0s", "D) 8.2s to 11.0s"], "answer": "C) 14.4s to 15.0s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 14.0s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 13.8s to 14.8s", "B) 8.2s to 9.4s", "C) 8.4s to 9.6s", "D) 0.0s to 2.8s"], "answer": "A) 13.8s to 14.8s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 14.0s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 5.8s to 7.0s", "B) 6.6s to 7.8s", "C) 0.4s to 2.2s", "D) 13.4s to 16.2s"], "answer": "D) 13.4s to 16.2s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 17.2s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 11.8s to 15.8s", "B) 4.4s to 11.4s", "C) 7.6s to 12.8s", "D) 16.4s to 18.8s"], "answer": "B) 4.4s to 11.4s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'oven and stove' is clearly visible from 4.6s to 7.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'oven and stove' in Video 2.", "options": ["A) 8.2s to 11.0s", "B) 1.8s to 3.8s", "C) 1.0s to 5.4s", "D) 2.2s to 5.8s"], "answer": "D) 2.2s to 5.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 3.0s to 5.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 18.8s to 19.6s", "B) 17.0s to 18.0s", "C) 17.2s to 18.0s", "D) 1.0s to 6.0s"], "answer": "A) 18.8s to 19.6s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 7.2s to 8.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 7.8s to 16.4s", "B) 13.4s to 14.4s", "C) 3.2s to 5.4s", "D) 8.8s to 10.4s"], "answer": "B) 13.4s to 14.4s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 10.2s to 12.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 9.2s to 13.0s", "B) 8.8s to 16.0s", "C) 12.8s to 16.4s", "D) 7.4s to 16.0s"], "answer": "C) 12.8s to 16.4s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 9.6s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 11.0s to 13.0s", "B) 9.4s to 11.8s", "C) 9.6s to 11.0s", "D) 7.4s to 11.0s"], "answer": "B) 9.4s to 11.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 11.8s to 15.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 12.2s to 17.0s", "B) 17.6s to 19.6s", "C) 0.0s to 3.4s", "D) 0.0s to 8.2s"], "answer": "D) 0.0s to 8.2s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 3.0s to 4.6s", "B) 0.0s to 1.2s", "C) 8.4s to 11.8s", "D) 1.6s to 5.8s"], "answer": "A) 3.0s to 4.6s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 3.8s to 6.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 18.8s to 19.6s", "B) 12.8s to 16.6s", "C) 5.2s to 9.2s", "D) 1.8s to 3.8s"], "answer": "C) 5.2s to 9.2s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'telephone' is clearly visible from 14.0s to 14.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'telephone' in Video 2.", "options": ["A) 16.2s to 17.6s", "B) 0.0s to 3.0s", "C) 1.6s to 4.2s", "D) 13.0s to 16.6s"], "answer": "D) 13.0s to 16.6s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'lamp' is clearly visible from 7.8s to 10.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'lamp' in Video 2.", "options": ["A) 1.2s to 4.2s", "B) 9.6s to 11.0s", "C) 7.8s to 16.4s", "D) 13.4s to 16.4s"], "answer": "C) 7.8s to 16.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 16.8s to 18.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 17.4s to 18.8s", "B) 0.4s to 3.8s", "C) 2.8s to 5.8s", "D) 6.0s to 9.4s"], "answer": "B) 0.4s to 3.8s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bedside lamp' is clearly visible from 4.8s to 6.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'bedside lamp' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 8.2s to 8.8s", "C) 12.8s to 16.6s", "D) 8.0s to 10.6s"], "answer": "A) 1.4s to 3.2s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'refrigerator' is clearly visible from 8.8s to 11.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'refrigerator' in Video 2.", "options": ["A) 10.4s to 14.8s", "B) 9.0s to 11.0s", "C) 8.8s to 10.4s", "D) 4.2s to 7.2s"], "answer": "A) 10.4s to 14.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 9.2s to 10.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 4.2s to 7.2s", "B) 10.0s to 14.8s", "C) 10.6s to 16.0s", "D) 8.2s to 9.0s"], "answer": "D) 8.2s to 9.0s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 4.2s to 11.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 15.0s to 16.6s", "B) 7.6s to 8.6s", "C) 0.4s to 2.6s", "D) 13.2s to 14.4s"], "answer": "B) 7.6s to 8.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 16.8s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 0.4s to 3.8s", "B) 0.0s to 8.0s", "C) 7.2s to 12.0s", "D) 5.0s to 8.8s"], "answer": "C) 7.2s to 12.0s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 15.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 11.8s to 15.8s", "B) 18.6s to 19.4s", "C) 1.8s to 9.4s", "D) 7.6s to 12.8s"], "answer": "B) 18.6s to 19.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 6.6s to 16.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 7.2s to 12.0s", "B) 11.4s to 14.0s", "C) 3.4s to 5.4s", "D) 12.8s to 13.4s"], "answer": "A) 7.2s to 12.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace' is clearly visible from 0.0s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace' in Video 2.", "options": ["A) 6.6s to 8.0s", "B) 17.0s to 18.0s", "C) 7.6s to 8.6s", "D) 16.4s to 18.0s"], "answer": "D) 16.4s to 18.0s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 8.6s to 10.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 14.0s to 17.0s", "B) 8.8s to 10.4s", "C) 4.2s to 7.2s", "D) 10.0s to 14.8s"], "answer": "C) 4.2s to 7.2s", "videos": ["videos/habitat_data/general/val/DYehNKdT76V/cam0/cam0.mp4", "videos/habitat_data/general/val/DYehNKdT76V/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 5.6s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 17.0s to 18.2s", "C) 3.4s to 4.4s", "D) 14.6s to 16.4s"], "answer": "D) 14.6s to 16.4s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dishwasher' is clearly visible from 1.0s to 4.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'dishwasher' in Video 2.", "options": ["A) 8.8s to 16.6s", "B) 18.8s to 19.8s", "C) 4.6s to 5.6s", "D) 14.0s to 16.2s"], "answer": "C) 4.6s to 5.6s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 12.6s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 5.0s to 8.8s", "B) 0.0s to 8.2s", "C) 10.6s to 13.0s", "D) 11.6s to 14.2s"], "answer": "A) 5.0s to 8.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 12.2s to 18.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 7.2s to 8.0s", "B) 0.0s to 1.0s", "C) 11.4s to 14.2s", "D) 7.2s to 16.4s"], "answer": "B) 0.0s to 1.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'radio' is clearly visible from 15.2s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'radio' in Video 2.", "options": ["A) 2.6s to 5.4s", "B) 5.6s to 8.4s", "C) 7.4s to 8.8s", "D) 13.2s to 14.0s"], "answer": "B) 5.6s to 8.4s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv' is clearly visible from 4.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv' in Video 2.", "options": ["A) 14.8s to 16.8s", "B) 3.4s to 9.0s", "C) 1.8s to 9.4s", "D) 1.4s to 9.4s"], "answer": "C) 1.8s to 9.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 18.2s to 19.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 16.4s to 18.8s", "B) 2.6s to 5.0s", "C) 9.0s to 12.8s", "D) 0.2s to 4.4s"], "answer": "D) 0.2s to 4.4s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'piano' is clearly visible from 9.2s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'piano' in Video 2.", "options": ["A) 12.8s to 13.4s", "B) 12.6s to 15.2s", "C) 15.8s to 17.2s", "D) 4.2s to 7.2s"], "answer": "A) 12.8s to 13.4s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam0/cam0.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'trashcan' is clearly visible from 7.6s to 11.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'trashcan' in Video 2.", "options": ["A) 16.0s to 16.8s", "B) 4.2s to 7.4s", "C) 10.4s to 14.8s", "D) 8.8s to 10.4s"], "answer": "B) 4.2s to 7.4s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam1/cam1.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'washing machine' is clearly visible from 1.8s to 2.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'washing machine' in Video 2.", "options": ["A) 13.6s to 16.8s", "B) 11.4s to 14.0s", "C) 17.0s to 18.4s", "D) 13.2s to 15.6s"], "answer": "C) 17.0s to 18.4s", "videos": ["videos/habitat_data/general/val/mL8ThkuaVTM/cam0/cam0.mp4", "videos/habitat_data/general/val/mL8ThkuaVTM/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 5.2s to 6.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 18.6s to 19.8s", "B) 7.0s to 8.0s", "C) 14.4s to 14.8s", "D) 14.6s to 16.4s"], "answer": "A) 18.6s to 19.8s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 0.6s to 3.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 7.0s to 15.6s", "B) 6.6s to 8.0s", "C) 11.4s to 16.0s", "D) 0.4s to 3.2s"], "answer": "D) 0.4s to 3.2s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'bathroom counter' is clearly visible from 18.8s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'bathroom counter' in Video 2.", "options": ["A) 1.0s to 5.6s", "B) 2.2s to 3.4s", "C) 1.6s to 5.8s", "D) 3.0s to 4.6s"], "answer": "B) 2.2s to 3.4s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fan' is clearly visible from 4.6s to 6.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'fan' in Video 2.", "options": ["A) 12.8s to 16.6s", "B) 1.4s to 3.2s", "C) 14.4s to 14.8s", "D) 1.0s to 5.4s"], "answer": "A) 12.8s to 16.6s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam0/cam0.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'couch' is clearly visible from 11.4s to 16.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'couch' in Video 2.", "options": ["A) 1.4s to 3.2s", "B) 0.2s to 3.8s", "C) 7.2s to 16.4s", "D) 0.0s to 1.0s"], "answer": "C) 7.2s to 16.4s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'plant' is clearly visible from 7.4s to 8.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'plant' in Video 2.", "options": ["A) 0.0s to 3.6s", "B) 3.8s to 4.6s", "C) 4.0s to 8.0s", "D) 12.2s to 14.0s"], "answer": "D) 12.2s to 14.0s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling lamp' is clearly visible from 5.6s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling lamp' in Video 2.", "options": ["A) 1.0s to 5.4s", "B) 14.6s to 16.4s", "C) 14.4s to 14.8s", "D) 7.4s to 8.6s"], "answer": "A) 1.0s to 5.4s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'painting' is clearly visible from 15.2s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'painting' in Video 2.", "options": ["A) 10.2s to 11.4s", "B) 6.0s to 8.0s", "C) 5.6s to 8.4s", "D) 13.2s to 14.0s"], "answer": "B) 6.0s to 8.0s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 12.6s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 2.6s to 11.4s", "B) 12.6s to 15.2s", "C) 7.2s to 8.0s", "D) 6.2s to 10.2s"], "answer": "C) 7.2s to 8.0s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 16.8s to 17.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 3.6s to 4.8s", "B) 7.6s to 12.8s", "C) 11.8s to 15.8s", "D) 5.0s to 8.8s"], "answer": "D) 5.0s to 8.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 11.8s to 14.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 3.0s to 11.4s", "B) 0.2s to 2.2s", "C) 6.4s to 9.0s", "D) 11.6s to 14.2s"], "answer": "A) 3.0s to 11.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'rack' is clearly visible from 15.2s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'rack' in Video 2.", "options": ["A) 5.6s to 9.0s", "B) 2.6s to 5.4s", "C) 6.6s to 9.0s", "D) 5.6s to 8.6s"], "answer": "D) 5.6s to 8.6s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv stand' is clearly visible from 3.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv stand' in Video 2.", "options": ["A) 15.6s to 16.4s", "B) 1.4s to 9.4s", "C) 14.8s to 16.8s", "D) 0.0s to 2.6s"], "answer": "B) 1.4s to 9.4s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 7.6s to 11.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 8.8s to 10.4s", "B) 11.0s to 11.4s", "C) 0.6s to 4.0s", "D) 9.0s to 11.0s"], "answer": "C) 0.6s to 4.0s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam0/cam0.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 8.2s to 12.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 9.0s to 16.8s", "B) 8.0s to 11.8s", "C) 10.4s to 14.8s", "D) 14.0s to 16.4s"], "answer": "B) 8.0s to 11.8s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 7.6s to 11.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 3.4s to 8.0s", "B) 7.8s to 16.4s", "C) 8.0s to 9.8s", "D) 11.4s to 14.0s"], "answer": "C) 8.0s to 9.8s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen lower cabinet' is clearly visible from 9.2s to 13.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen lower cabinet' in Video 2.", "options": ["A) 7.2s to 16.4s", "B) 9.6s to 10.6s", "C) 11.0s to 11.4s", "D) 15.8s to 17.2s"], "answer": "D) 15.8s to 17.2s", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 7.0s to 8.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 10.0s to 10.8s", "B) 9.2s to 10.4s", "C) 7.2s to 16.4s", "D) 0.0s to 3.6s"], "answer": "A) 10.0s to 10.8s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'stool' is clearly visible from 15.4s to 16.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'stool' in Video 2.", "options": ["A) 15.6s to 17.0s", "B) 15.4s to 17.0s", "C) 8.0s to 8.8s", "D) 15.0s to 16.6s"], "answer": "C) 8.0s to 8.8s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam1/cam1.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'window' is clearly visible from 17.2s to 18.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'window' in Video 2.", "options": ["A) 4.4s to 11.4s", "B) 4.4s to 5.2s", "C) 2.6s to 10.0s", "D) 3.6s to 5.8s"], "answer": "D) 3.6s to 5.8s", "videos": ["videos/habitat_data/general/val/Nfvxx8J5NCo/cam1/cam1.mp4", "videos/habitat_data/general/val/Nfvxx8J5NCo/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 12.0s to 15.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 8.6s to 10.8s", "B) 12.2s to 17.0s", "C) 13.4s to 16.4s", "D) 6.2s to 10.2s"], "answer": "B) 12.2s to 17.0s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'mirror' is clearly visible from 6.6s to 16.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'mirror' in Video 2.", "options": ["A) 9.4s to 11.2s", "B) 9.4s to 12.6s", "C) 15.4s to 17.2s", "D) 3.4s to 5.4s"], "answer": "A) 9.4s to 11.2s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen cabinet' is clearly visible from 4.2s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen cabinet' in Video 2.", "options": ["A) 17.0s to 18.2s", "B) 18.8s to 19.8s", "C) 7.4s to 8.6s", "D) 14.4s to 15.0s"], "answer": "B) 18.8s to 19.8s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 6.4s to 8.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 2.4s to 4.8s", "B) 3.2s to 4.4s", "C) 16.0s to 18.6s", "D) 8.8s to 10.4s"], "answer": "C) 16.0s to 18.6s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'wall clock' is clearly visible from 8.2s to 11.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'wall clock' in Video 2.", "options": ["A) 3.2s to 5.4s", "B) 8.8s to 10.4s", "C) 2.4s to 4.8s", "D) 1.2s to 4.2s"], "answer": "D) 1.2s to 4.2s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam1/cam1.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 11.4s to 12.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 17.4s to 18.8s", "B) 6.4s to 10.0s", "C) 7.2s to 9.4s", "D) 16.8s to 17.8s"], "answer": "A) 17.4s to 18.8s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 13.0s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 0.0s to 7.4s", "B) 2.6s to 11.4s", "C) 15.8s to 16.8s", "D) 1.0s to 2.4s"], "answer": "B) 2.6s to 11.4s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam1/cam1.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'dining table' is clearly visible from 10.6s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'dining table' in Video 2.", "options": ["A) 15.0s to 16.8s", "B) 1.2s to 1.8s", "C) 11.4s to 16.6s", "D) 9.0s to 16.8s"], "answer": "A) 15.0s to 16.8s", "videos": ["videos/habitat_data/general/val/6s7QHgap2fW/cam0/cam0.mp4", "videos/habitat_data/general/val/6s7QHgap2fW/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'tv stand' is clearly visible from 3.8s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'tv stand' in Video 2.", "options": ["A) 17.0s to 18.2s", "B) 3.4s to 9.0s", "C) 16.0s to 17.2s", "D) 9.4s to 11.2s"], "answer": "C) 16.0s to 17.2s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 18.4s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 2.6s to 5.0s", "B) 0.0s to 4.8s", "C) 3.0s to 4.6s", "D) 0.0s to 4.0s"], "answer": "D) 0.0s to 4.0s", "videos": ["videos/habitat_data/general/val/yr17PDCnDDW/cam1/cam1.mp4", "videos/habitat_data/general/val/yr17PDCnDDW/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'ceiling fan' is clearly visible from 15.4s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'ceiling fan' in Video 2.", "options": ["A) 5.2s to 8.4s", "B) 0.0s to 1.0s", "C) 0.6s to 2.0s", "D) 5.8s to 8.6s"], "answer": "B) 0.0s to 1.0s", "videos": ["videos/habitat_data/general/val/VBzV5z6i1WS/cam1/cam1.mp4", "videos/habitat_data/general/val/VBzV5z6i1WS/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'kitchen island' is clearly visible from 11.4s to 16.4s. Select the correct timestamp window for the FIRST appearance of the exact same 'kitchen island' in Video 2.", "options": ["A) 3.4s to 8.0s", "B) 15.0s to 16.8s", "C) 2.6s to 10.0s", "D) 1.4s to 2.6s"], "answer": "A) 3.4s to 8.0s", "videos": ["videos/habitat_data/general/val/BAbdmeyTvMZ/cam0/cam0.mp4", "videos/habitat_data/general/val/BAbdmeyTvMZ/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table lamp' is clearly visible from 9.4s to 10.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'table lamp' in Video 2.", "options": ["A) 15.2s to 16.6s", "B) 10.0s to 14.8s", "C) 9.6s to 11.0s", "D) 7.2s to 16.0s"], "answer": "C) 9.6s to 11.0s", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'fireplace' is clearly visible from 5.4s to 9.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'fireplace' in Video 2.", "options": ["A) 5.8s to 6.8s", "B) 1.2s to 4.4s", "C) 3.6s to 8.0s", "D) 7.4s to 8.6s"], "answer": "D) 7.4s to 8.6s", "videos": ["videos/habitat_data/general/val/y9hTuugGdiq/cam0/cam0.mp4", "videos/habitat_data/general/val/y9hTuugGdiq/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'table' is clearly visible from 1.6s to 4.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'table' in Video 2.", "options": ["A) 17.0s to 18.4s", "B) 11.4s to 14.0s", "C) 10.0s to 12.4s", "D) 11.0s to 14.2s"], "answer": "B) 11.4s to 14.0s", "videos": ["videos/habitat_data/general/val/qyAac8rV8Zk/cam0/cam0.mp4", "videos/habitat_data/general/val/qyAac8rV8Zk/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa' is clearly visible from 11.0s to 17.0s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa' in Video 2.", "options": ["A) 1.2s to 1.8s", "B) 0.0s to 1.0s", "C) 13.0s to 16.6s", "D) 3.4s to 8.0s"], "answer": "A) 1.2s to 1.8s", "videos": ["videos/habitat_data/general/val/ziup5kvtCCR/cam0/cam0.mp4", "videos/habitat_data/general/val/ziup5kvtCCR/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'chair' is clearly visible from 5.6s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'chair' in Video 2.", "options": ["A) 16.0s to 18.6s", "B) 18.6s to 19.8s", "C) 14.6s to 16.4s", "D) 1.0s to 5.4s"], "answer": "D) 1.0s to 5.4s", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'picture' is clearly visible from 6.8s to 7.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'picture' in Video 2.", "options": ["A) 10.4s to 13.8s", "B) 18.8s to 19.8s", "C) 13.8s to 14.6s", "D) 12.2s to 14.0s"], "answer": "C) 13.8s to 14.6s", "videos": ["videos/habitat_data/general/val/7MXmsvcQjpJ/cam0/cam0.mp4", "videos/habitat_data/general/val/7MXmsvcQjpJ/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 10.8s to 16.2s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 0.0s to 3.6s", "B) 0.2s to 3.8s", "C) 10.6s to 13.0s", "D) 1.2s to 1.8s"], "answer": "B) 0.2s to 3.8s", "videos": ["videos/habitat_data/general/val/4ok3usBNeis/cam0/cam0.mp4", "videos/habitat_data/general/val/4ok3usBNeis/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'door' is clearly visible from 19.0s to 19.8s. Select the correct timestamp window for the FIRST appearance of the exact same 'door' in Video 2.", "options": ["A) 4.4s to 6.4s", "B) 8.2s to 11.8s", "C) 10.6s to 11.6s", "D) 10.8s to 13.8s"], "answer": "C) 10.6s to 11.6s", "videos": ["videos/habitat_data/general/val/CrMo8WxCyVb/cam0/cam0.mp4", "videos/habitat_data/general/val/CrMo8WxCyVb/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'armchair' is clearly visible from 16.8s to 17.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'armchair' in Video 2.", "options": ["A) 0.0s to 8.0s", "B) 2.4s to 3.6s", "C) 6.8s to 8.4s", "D) 18.8s to 19.8s"], "answer": "A) 0.0s to 8.0s", "videos": ["videos/habitat_data/general/val/mv2HUxq3B53/cam0/cam0.mp4", "videos/habitat_data/general/val/mv2HUxq3B53/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Object_Re_identification", "question": "You are provided with two videos recorded at {fps} FPS. In Video 1, the 'sofa' is clearly visible from 0.0s to 16.6s. Select the correct timestamp window for the FIRST appearance of the exact same 'sofa' in Video 2.", "options": ["A) 8.2s to 11.6s", "B) 3.6s to 9.2s", "C) 0.0s to 6.4s", "D) 3.6s to 10.0s"], "answer": "D) 3.6s to 10.0s", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Brown Rubber Cube in the 3D space?", "options": ["A) Small Green Metal Sphere", "B) Large Green Metal Cylinder", "C) Large Brown Metal Sphere", "D) Small Purple Metal Sphere"], "answer": "A) Small Green Metal Sphere", "videos": ["videos/kubric_data/scene_129/cam0.mp4", "videos/kubric_data/scene_129/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Large Metal Torus", "B) Large Rubber Teapot", "C) Large Metal Sphere", "D) Small Rubber Cone"], "answer": "D) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1711/cam0.mp4", "videos/kubric_data/scene_1711/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Sphere", "B) Large Rubber Spot", "C) Large Metal Cone", "D) Small Metal Knot"], "answer": "B) Large Rubber Spot", "videos": ["videos/kubric_data/scene_583/cam0.mp4", "videos/kubric_data/scene_583/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Yellow Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Green Rubber Cube in the 3D space?", "options": ["A) Small Purple Rubber Cylinder", "B) Large Blue Metal Cylinder", "C) Large Blue Rubber Cylinder", "D) Small Cyan Metal Sphere"], "answer": "C) Large Blue Rubber Cylinder", "videos": ["videos/kubric_data/scene_1314/cam0.mp4", "videos/kubric_data/scene_1314/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Sphere", "C) Large Rubber Teapot", "D) Small Metal Torus"], "answer": "D) Small Metal Torus", "videos": ["videos/kubric_data/scene_726/cam0.mp4", "videos/kubric_data/scene_726/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cone in the 3D space?", "options": ["A) Small Rubber Torus", "B) Large Rubber Torus", "C) Small Metal Knot", "D) Large Metal Cube"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_777/cam0.mp4", "videos/kubric_data/scene_777/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Metal Knot", "C) Large Metal Spot", "D) Large Rubber Cone"], "answer": "B) Small Metal Knot", "videos": ["videos/kubric_data/scene_953/cam0.mp4", "videos/kubric_data/scene_953/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sphere in the 3D space?", "options": ["A) Large Metal Gear", "B) Large Rubber Knot", "C) Small Rubber Suzanne", "D) Large Rubber Sponge"], "answer": "A) Large Metal Gear", "videos": ["videos/kubric_data/scene_658/cam0.mp4", "videos/kubric_data/scene_658/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Large Metal Gear", "B) Small Rubber Sponge", "C) Small Rubber Cone", "D) Small Rubber Cube"], "answer": "B) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1572/cam0.mp4", "videos/kubric_data/scene_1572/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Metal Spot", "C) Small Rubber Cylinder", "D) Small Rubber Suzanne"], "answer": "C) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1609/cam0.mp4", "videos/kubric_data/scene_1609/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Gear", "B) Large Metal Torus", "C) Small Rubber Cylinder", "D) Small Rubber Suzanne"], "answer": "A) Small Metal Gear", "videos": ["videos/kubric_data/scene_706/cam0.mp4", "videos/kubric_data/scene_706/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Rubber Knot", "C) Large Metal Cube", "D) Large Rubber Cone"], "answer": "D) Large Rubber Cone", "videos": ["videos/kubric_data/scene_1775/cam0.mp4", "videos/kubric_data/scene_1775/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Brown Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Brown Metal Cube in the 3D space?", "options": ["A) Large Blue Metal Cylinder", "B) Small Brown Rubber Sphere", "C) Large Green Rubber Sphere", "D) Small Green Metal Cylinder"], "answer": "C) Large Green Rubber Sphere", "videos": ["videos/kubric_data/scene_1026/cam0.mp4", "videos/kubric_data/scene_1026/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Rubber Gear in the 3D space?", "options": ["A) Small Rubber Cube", "B) Large Rubber Teapot", "C) Small Rubber Cylinder", "D) Small Metal Torus"], "answer": "B) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_732/cam0.mp4", "videos/kubric_data/scene_732/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Metal Gear", "B) Large Rubber Cube", "C) Small Rubber Cube", "D) Large Rubber Suzanne"], "answer": "A) Small Metal Gear", "videos": ["videos/kubric_data/scene_624/cam0.mp4", "videos/kubric_data/scene_624/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Large Metal Teapot", "B) Large Rubber Cone", "C) Small Rubber Cylinder", "D) Large Metal Spot"], "answer": "D) Large Metal Spot", "videos": ["videos/kubric_data/scene_1646/cam0.mp4", "videos/kubric_data/scene_1646/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Large Metal Gear", "C) Small Metal Torus", "D) Small Metal Knot"], "answer": "C) Small Metal Torus", "videos": ["videos/kubric_data/scene_729/cam0.mp4", "videos/kubric_data/scene_729/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Small Rubber Suzanne", "C) Large Metal Cube", "D) Large Rubber Torus"], "answer": "A) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_1649/cam0.mp4", "videos/kubric_data/scene_1649/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Cyan Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Blue Rubber Cylinder in the 3D space?", "options": ["A) Large Yellow Rubber Cube", "B) Small Red Rubber Cube", "C) Small Gray Rubber Cylinder", "D) Large Red Rubber Sphere"], "answer": "D) Large Red Rubber Sphere", "videos": ["videos/kubric_data/scene_27/cam0.mp4", "videos/kubric_data/scene_27/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Large Metal Cone", "B) Small Rubber Cylinder", "C) Large Rubber Sphere", "D) Small Metal Sphere"], "answer": "B) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1595/cam0.mp4", "videos/kubric_data/scene_1595/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Metal Torus", "C) Small Rubber Teapot", "D) Small Metal Knot"], "answer": "C) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_699/cam0.mp4", "videos/kubric_data/scene_699/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Metal Spot", "B) Large Metal Cone", "C) Small Rubber Sponge", "D) Large Rubber Torus"], "answer": "B) Large Metal Cone", "videos": ["videos/kubric_data/scene_825/cam0.mp4", "videos/kubric_data/scene_825/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Small Rubber Knot", "B) Large Metal Gear", "C) Large Rubber Cylinder", "D) Small Metal Torus"], "answer": "D) Small Metal Torus", "videos": ["videos/kubric_data/scene_1838/cam0.mp4", "videos/kubric_data/scene_1838/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Metal Spot", "B) Small Metal Gear", "C) Small Rubber Gear", "D) Large Metal Sponge"], "answer": "A) Large Metal Spot", "videos": ["videos/kubric_data/scene_626/cam0.mp4", "videos/kubric_data/scene_626/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Large Metal Cone", "B) Small Metal Sphere", "C) Small Rubber Gear", "D) Large Metal Cube"], "answer": "B) Small Metal Sphere", "videos": ["videos/kubric_data/scene_1726/cam0.mp4", "videos/kubric_data/scene_1726/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Purple Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Yellow Metal Sphere in the 3D space?", "options": ["A) Large Gray Metal Cylinder", "B) Large Brown Rubber Cylinder", "C) Large Red Rubber Cylinder", "D) Large Red Metal Sphere"], "answer": "A) Large Gray Metal Cylinder", "videos": ["videos/kubric_data/scene_1336/cam0.mp4", "videos/kubric_data/scene_1336/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Red Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Green Metal Cylinder in the 3D space?", "options": ["A) Large Green Metal Cube", "B) Small Blue Rubber Sphere", "C) Small Purple Rubber Sphere", "D) Large Gray Metal Cylinder"], "answer": "C) Small Purple Rubber Sphere", "videos": ["videos/kubric_data/scene_1063/cam0.mp4", "videos/kubric_data/scene_1063/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Blue Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Red Rubber Cube in the 3D space?", "options": ["A) Large Red Rubber Sphere", "B) Large Green Rubber Sphere", "C) Small Blue Rubber Sphere", "D) Small Purple Metal Sphere"], "answer": "D) Small Purple Metal Sphere", "videos": ["videos/kubric_data/scene_143/cam0.mp4", "videos/kubric_data/scene_143/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Brown Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Red Rubber Cube in the 3D space?", "options": ["A) Large Gray Metal Cylinder", "B) Large Red Metal Sphere", "C) Small Red Metal Cylinder", "D) Large Blue Metal Sphere"], "answer": "D) Large Blue Metal Sphere", "videos": ["videos/kubric_data/scene_497/cam0.mp4", "videos/kubric_data/scene_497/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Suzanne in the 3D space?", "options": ["A) Large Rubber Spot", "B) Small Metal Cone", "C) Large Metal Torus", "D) Large Metal Cube"], "answer": "A) Large Rubber Spot", "videos": ["videos/kubric_data/scene_860/cam0.mp4", "videos/kubric_data/scene_860/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Rubber Suzanne", "C) Small Metal Teapot", "D) Small Rubber Sponge"], "answer": "B) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_1598/cam0.mp4", "videos/kubric_data/scene_1598/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Large Metal Spot", "B) Large Metal Torus", "C) Small Metal Spot", "D) Small Rubber Gear"], "answer": "C) Small Metal Spot", "videos": ["videos/kubric_data/scene_1696/cam0.mp4", "videos/kubric_data/scene_1696/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Large Rubber Sponge", "B) Small Metal Torus", "C) Large Rubber Teapot", "D) Large Metal Spot"], "answer": "D) Large Metal Spot", "videos": ["videos/kubric_data/scene_1647/cam0.mp4", "videos/kubric_data/scene_1647/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Metal Cube", "B) Small Rubber Sphere", "C) Large Metal Teapot", "D) Large Metal Spot"], "answer": "C) Large Metal Teapot", "videos": ["videos/kubric_data/scene_945/cam0.mp4", "videos/kubric_data/scene_945/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Spot in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Sponge", "C) Small Metal Cone", "D) Small Rubber Torus"], "answer": "B) Large Rubber Sponge", "videos": ["videos/kubric_data/scene_872/cam0.mp4", "videos/kubric_data/scene_872/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Green Metal Cylinder in the 3D space?", "options": ["A) Large Blue Metal Sphere", "B) Small Blue Metal Sphere", "C) Small Gray Metal Cube", "D) Small Red Metal Sphere"], "answer": "A) Large Blue Metal Sphere", "videos": ["videos/kubric_data/scene_1459/cam0.mp4", "videos/kubric_data/scene_1459/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Green Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Red Rubber Cylinder in the 3D space?", "options": ["A) Large Purple Rubber Cube", "B) Small Green Metal Sphere", "C) Large Red Metal Sphere", "D) Large Cyan Metal Sphere"], "answer": "B) Small Green Metal Sphere", "videos": ["videos/kubric_data/scene_40/cam0.mp4", "videos/kubric_data/scene_40/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Metal Gear in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Rubber Suzanne", "C) Small Metal Teapot", "D) Large Rubber Suzanne"], "answer": "C) Small Metal Teapot", "videos": ["videos/kubric_data/scene_1681/cam0.mp4", "videos/kubric_data/scene_1681/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Rubber Spot in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Small Rubber Cone", "C) Large Metal Teapot", "D) Small Metal Cone"], "answer": "A) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1698/cam0.mp4", "videos/kubric_data/scene_1698/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Knot in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Small Rubber Sponge", "C) Small Rubber Cube", "D) Large Rubber Gear"], "answer": "D) Large Rubber Gear", "videos": ["videos/kubric_data/scene_1956/cam0.mp4", "videos/kubric_data/scene_1956/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Metal Spot", "B) Large Metal Torus", "C) Large Rubber Knot", "D) Small Rubber Sphere"], "answer": "A) Small Metal Spot", "videos": ["videos/kubric_data/scene_1531/cam0.mp4", "videos/kubric_data/scene_1531/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Large Metal Teapot", "C) Large Rubber Sphere", "D) Large Metal Suzanne"], "answer": "B) Large Metal Teapot", "videos": ["videos/kubric_data/scene_572/cam0.mp4", "videos/kubric_data/scene_572/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Small Metal Suzanne in the 3D space?", "options": ["A) Large Metal Gear", "B) Large Metal Cube", "C) Large Rubber Spot", "D) Small Metal Torus"], "answer": "C) Large Rubber Spot", "videos": ["videos/kubric_data/scene_655/cam0.mp4", "videos/kubric_data/scene_655/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Large Metal Suzanne", "B) Large Metal Sphere", "C) Large Rubber Sphere", "D) Large Metal Cone"], "answer": "D) Large Metal Cone", "videos": ["videos/kubric_data/scene_1729/cam0.mp4", "videos/kubric_data/scene_1729/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Large Rubber Gear", "C) Small Metal Gear", "D) Large Rubber Suzanne"], "answer": "D) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_739/cam0.mp4", "videos/kubric_data/scene_739/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Metal Cylinder", "C) Large Rubber Torus", "D) Small Metal Teapot"], "answer": "A) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1785/cam0.mp4", "videos/kubric_data/scene_1785/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Cyan Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Purple Metal Cube in the 3D space?", "options": ["A) Large Blue Metal Sphere", "B) Small Red Metal Cube", "C) Small Yellow Metal Cylinder", "D) Small Yellow Rubber Sphere"], "answer": "C) Small Yellow Metal Cylinder", "videos": ["videos/kubric_data/scene_1432/cam0.mp4", "videos/kubric_data/scene_1432/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Small Metal Gear", "B) Small Metal Sphere", "C) Small Rubber Teapot", "D) Large Rubber Cube"], "answer": "B) Small Metal Sphere", "videos": ["videos/kubric_data/scene_581/cam0.mp4", "videos/kubric_data/scene_581/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Metal Cone", "B) Large Rubber Sphere", "C) Small Rubber Suzanne", "D) Small Metal Sphere"], "answer": "D) Small Metal Sphere", "videos": ["videos/kubric_data/scene_929/cam0.mp4", "videos/kubric_data/scene_929/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Metal Sponge", "B) Large Rubber Sphere", "C) Large Metal Sphere", "D) Small Metal Teapot"], "answer": "A) Large Metal Sponge", "videos": ["videos/kubric_data/scene_594/cam0.mp4", "videos/kubric_data/scene_594/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Metal Sphere", "B) Large Rubber Sphere", "C) Small Rubber Cylinder", "D) Small Rubber Cone"], "answer": "C) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_562/cam0.mp4", "videos/kubric_data/scene_562/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Rubber Suzanne", "C) Small Rubber Spot", "D) Small Metal Cylinder"], "answer": "B) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_837/cam0.mp4", "videos/kubric_data/scene_837/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sponge in the 3D space?", "options": ["A) Large Rubber Spot", "B) Large Metal Cone", "C) Small Rubber Sphere", "D) Small Metal Teapot"], "answer": "C) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_645/cam0.mp4", "videos/kubric_data/scene_645/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Small Metal Sphere", "C) Large Rubber Gear", "D) Small Metal Torus"], "answer": "A) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1502/cam0.mp4", "videos/kubric_data/scene_1502/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Metal Sponge", "C) Small Metal Knot", "D) Small Metal Cylinder"], "answer": "B) Small Metal Sponge", "videos": ["videos/kubric_data/scene_1778/cam0.mp4", "videos/kubric_data/scene_1778/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Rubber Knot", "B) Small Rubber Sphere", "C) Small Metal Suzanne", "D) Large Metal Torus"], "answer": "D) Large Metal Torus", "videos": ["videos/kubric_data/scene_515/cam0.mp4", "videos/kubric_data/scene_515/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sphere in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Small Metal Cone", "C) Large Metal Cube", "D) Small Rubber Cone"], "answer": "B) Small Metal Cone", "videos": ["videos/kubric_data/scene_751/cam0.mp4", "videos/kubric_data/scene_751/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Blue Rubber Cube in the 3D space?", "options": ["A) Large Green Rubber Sphere", "B) Small Green Rubber Sphere", "C) Large Blue Metal Sphere", "D) Small Green Metal Cylinder"], "answer": "A) Large Green Rubber Sphere", "videos": ["videos/kubric_data/scene_59/cam0.mp4", "videos/kubric_data/scene_59/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cone in the 3D space?", "options": ["A) Small Metal Teapot", "B) Large Metal Cube", "C) Large Metal Sphere", "D) Small Metal Torus"], "answer": "C) Large Metal Sphere", "videos": ["videos/kubric_data/scene_794/cam0.mp4", "videos/kubric_data/scene_794/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Metal Torus", "B) Small Metal Spot", "C) Large Rubber Suzanne", "D) Large Metal Gear"], "answer": "D) Large Metal Gear", "videos": ["videos/kubric_data/scene_1880/cam0.mp4", "videos/kubric_data/scene_1880/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Small Rubber Suzanne in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Metal Cube", "C) Small Rubber Teapot", "D) Large Metal Torus"], "answer": "C) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_890/cam0.mp4", "videos/kubric_data/scene_890/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Brown Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Purple Metal Cylinder in the 3D space?", "options": ["A) Large Yellow Metal Sphere", "B) Small Red Rubber Cube", "C) Small Red Rubber Cylinder", "D) Small Green Metal Cube"], "answer": "B) Small Red Rubber Cube", "videos": ["videos/kubric_data/scene_367/cam0.mp4", "videos/kubric_data/scene_367/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Large Rubber Knot", "B) Small Rubber Sphere", "C) Small Rubber Cylinder", "D) Small Metal Spot"], "answer": "D) Small Metal Spot", "videos": ["videos/kubric_data/scene_920/cam0.mp4", "videos/kubric_data/scene_920/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Rubber Torus", "C) Small Rubber Cone", "D) Large Metal Sphere"], "answer": "A) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_520/cam0.mp4", "videos/kubric_data/scene_520/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Purple Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Gray Rubber Cube in the 3D space?", "options": ["A) Small Brown Metal Cylinder", "B) Small Gray Metal Sphere", "C) Large Cyan Metal Sphere", "D) Small Purple Rubber Cube"], "answer": "A) Small Brown Metal Cylinder", "videos": ["videos/kubric_data/scene_1254/cam0.mp4", "videos/kubric_data/scene_1254/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Cylinder", "C) Small Rubber Teapot", "D) Small Metal Cylinder"], "answer": "D) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_942/cam0.mp4", "videos/kubric_data/scene_942/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Rubber Sphere", "C) Small Rubber Suzanne", "D) Large Metal Teapot"], "answer": "C) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_1993/cam0.mp4", "videos/kubric_data/scene_1993/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Rubber Knot", "C) Small Rubber Sphere", "D) Small Rubber Sponge"], "answer": "B) Small Rubber Knot", "videos": ["videos/kubric_data/scene_1943/cam0.mp4", "videos/kubric_data/scene_1943/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Yellow Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Yellow Metal Cube in the 3D space?", "options": ["A) Large Green Rubber Sphere", "B) Small Green Rubber Cylinder", "C) Small Blue Rubber Sphere", "D) Small Cyan Metal Cube"], "answer": "C) Small Blue Rubber Sphere", "videos": ["videos/kubric_data/scene_8/cam0.mp4", "videos/kubric_data/scene_8/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Large Rubber Spot", "B) Large Metal Teapot", "C) Large Metal Gear", "D) Small Metal Cube"], "answer": "B) Large Metal Teapot", "videos": ["videos/kubric_data/scene_1626/cam0.mp4", "videos/kubric_data/scene_1626/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Red Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Blue Rubber Sphere in the 3D space?", "options": ["A) Small Green Metal Cube", "B) Small Yellow Metal Cube", "C) Small Brown Metal Cube", "D) Small Gray Metal Cylinder"], "answer": "D) Small Gray Metal Cylinder", "videos": ["videos/kubric_data/scene_451/cam0.mp4", "videos/kubric_data/scene_451/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Metal Spot", "B) Large Rubber Knot", "C) Small Rubber Sponge", "D) Small Rubber Suzanne"], "answer": "A) Small Metal Spot", "videos": ["videos/kubric_data/scene_1529/cam0.mp4", "videos/kubric_data/scene_1529/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Yellow Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Brown Rubber Cube in the 3D space?", "options": ["A) Small Red Rubber Cylinder", "B) Small Green Metal Sphere", "C) Large Blue Rubber Cube", "D) Small Cyan Metal Sphere"], "answer": "D) Small Cyan Metal Sphere", "videos": ["videos/kubric_data/scene_1192/cam0.mp4", "videos/kubric_data/scene_1192/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Large Metal Torus", "B) Small Metal Cube", "C) Large Rubber Teapot", "D) Small Metal Cone"], "answer": "C) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_1896/cam0.mp4", "videos/kubric_data/scene_1896/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Metal Spot", "C) Large Metal Suzanne", "D) Large Metal Cylinder"], "answer": "A) Small Rubber Cone", "videos": ["videos/kubric_data/scene_889/cam0.mp4", "videos/kubric_data/scene_889/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Cyan Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Brown Metal Cylinder in the 3D space?", "options": ["A) Small Blue Rubber Cube", "B) Large Red Metal Sphere", "C) Small Red Rubber Cube", "D) Large Blue Metal Sphere"], "answer": "B) Large Red Metal Sphere", "videos": ["videos/kubric_data/scene_1472/cam0.mp4", "videos/kubric_data/scene_1472/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Brown Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Blue Rubber Cube in the 3D space?", "options": ["A) Small Yellow Metal Cylinder", "B) Small Gray Metal Sphere", "C) Large Blue Rubber Cylinder", "D) Small Gray Rubber Cylinder"], "answer": "A) Small Yellow Metal Cylinder", "videos": ["videos/kubric_data/scene_1371/cam0.mp4", "videos/kubric_data/scene_1371/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Large Rubber Knot", "C) Small Metal Teapot", "D) Large Rubber Cube"], "answer": "B) Large Rubber Knot", "videos": ["videos/kubric_data/scene_1794/cam0.mp4", "videos/kubric_data/scene_1794/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Metal Sponge", "B) Large Metal Spot", "C) Small Rubber Sponge", "D) Small Rubber Teapot"], "answer": "D) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_936/cam0.mp4", "videos/kubric_data/scene_936/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Metal Sponge", "B) Large Rubber Torus", "C) Small Rubber Spot", "D) Large Metal Torus"], "answer": "C) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1947/cam0.mp4", "videos/kubric_data/scene_1947/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Metal Sponge", "B) Large Rubber Cone", "C) Small Metal Knot", "D) Large Metal Torus"], "answer": "B) Large Rubber Cone", "videos": ["videos/kubric_data/scene_1855/cam0.mp4", "videos/kubric_data/scene_1855/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Metal Cube", "C) Large Metal Spot", "D) Large Rubber Cube"], "answer": "A) Large Rubber Gear", "videos": ["videos/kubric_data/scene_1804/cam0.mp4", "videos/kubric_data/scene_1804/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Small Metal Sponge", "C) Small Metal Sphere", "D) Small Metal Teapot"], "answer": "C) Small Metal Sphere", "videos": ["videos/kubric_data/scene_1594/cam0.mp4", "videos/kubric_data/scene_1594/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Rubber Cone", "B) Large Metal Cone", "C) Large Metal Gear", "D) Small Metal Cube"], "answer": "D) Small Metal Cube", "videos": ["videos/kubric_data/scene_1503/cam0.mp4", "videos/kubric_data/scene_1503/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Yellow Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Red Metal Sphere in the 3D space?", "options": ["A) Small Yellow Rubber Cube", "B) Large Blue Metal Sphere", "C) Small Cyan Metal Cube", "D) Large Green Rubber Sphere"], "answer": "A) Small Yellow Rubber Cube", "videos": ["videos/kubric_data/scene_1428/cam0.mp4", "videos/kubric_data/scene_1428/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Green Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Brown Metal Cylinder in the 3D space?", "options": ["A) Large Yellow Rubber Cube", "B) Large Yellow Rubber Sphere", "C) Small Purple Rubber Cylinder", "D) Large Cyan Metal Sphere"], "answer": "D) Large Cyan Metal Sphere", "videos": ["videos/kubric_data/scene_81/cam0.mp4", "videos/kubric_data/scene_81/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Large Rubber Cone", "C) Small Metal Knot", "D) Small Rubber Cone"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_609/cam0.mp4", "videos/kubric_data/scene_609/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Metal Cone", "C) Large Rubber Knot", "D) Small Metal Sphere"], "answer": "B) Large Metal Cone", "videos": ["videos/kubric_data/scene_1737/cam0.mp4", "videos/kubric_data/scene_1737/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Sphere in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Metal Gear", "C) Small Rubber Cylinder", "D) Large Metal Torus"], "answer": "A) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_1588/cam0.mp4", "videos/kubric_data/scene_1588/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Large Rubber Torus", "B) Large Rubber Cone", "C) Small Metal Cube", "D) Small Rubber Cylinder"], "answer": "D) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_530/cam0.mp4", "videos/kubric_data/scene_530/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Rubber Gear in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Rubber Knot", "C) Large Metal Suzanne", "D) Large Rubber Sponge"], "answer": "B) Small Rubber Knot", "videos": ["videos/kubric_data/scene_908/cam0.mp4", "videos/kubric_data/scene_908/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Metal Cone", "B) Large Rubber Teapot", "C) Small Rubber Cone", "D) Small Rubber Spot"], "answer": "C) Small Rubber Cone", "videos": ["videos/kubric_data/scene_578/cam0.mp4", "videos/kubric_data/scene_578/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Brown Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Red Metal Cube in the 3D space?", "options": ["A) Small Green Metal Sphere", "B) Small Yellow Metal Sphere", "C) Large Cyan Metal Sphere", "D) Small Blue Metal Cylinder"], "answer": "B) Small Yellow Metal Sphere", "videos": ["videos/kubric_data/scene_455/cam0.mp4", "videos/kubric_data/scene_455/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Small Metal Sphere", "C) Small Metal Gear", "D) Small Rubber Suzanne"], "answer": "D) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_1617/cam0.mp4", "videos/kubric_data/scene_1617/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Metal Sphere", "B) Large Rubber Gear", "C) Large Metal Sponge", "D) Small Rubber Cone"], "answer": "A) Small Metal Sphere", "videos": ["videos/kubric_data/scene_954/cam0.mp4", "videos/kubric_data/scene_954/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Metal Gear", "C) Small Metal Cone", "D) Large Rubber Torus"], "answer": "C) Small Metal Cone", "videos": ["videos/kubric_data/scene_668/cam0.mp4", "videos/kubric_data/scene_668/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Red Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Purple Metal Sphere in the 3D space?", "options": ["A) Small Red Metal Cube", "B) Large Brown Rubber Cylinder", "C) Large Blue Rubber Cube", "D) Large Blue Rubber Cylinder"], "answer": "A) Small Red Metal Cube", "videos": ["videos/kubric_data/scene_237/cam0.mp4", "videos/kubric_data/scene_237/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Brown Metal Sphere in the 3D space?", "options": ["A) Large Brown Rubber Sphere", "B) Large Green Rubber Cylinder", "C) Large Red Rubber Cube", "D) Small Red Metal Cube"], "answer": "D) Small Red Metal Cube", "videos": ["videos/kubric_data/scene_1167/cam0.mp4", "videos/kubric_data/scene_1167/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Large Metal Sponge", "B) Large Rubber Knot", "C) Small Metal Teapot", "D) Small Rubber Sponge"], "answer": "B) Large Rubber Knot", "videos": ["videos/kubric_data/scene_977/cam0.mp4", "videos/kubric_data/scene_977/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Metal Torus", "B) Small Metal Gear", "C) Large Rubber Sphere", "D) Small Rubber Suzanne"], "answer": "C) Large Rubber Sphere", "videos": ["videos/kubric_data/scene_723/cam0.mp4", "videos/kubric_data/scene_723/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sphere in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Metal Spot", "C) Large Rubber Teapot", "D) Small Rubber Cone"], "answer": "B) Small Metal Spot", "videos": ["videos/kubric_data/scene_1672/cam0.mp4", "videos/kubric_data/scene_1672/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Small Metal Sponge", "B) Large Rubber Cube", "C) Small Rubber Suzanne", "D) Small Metal Cube"], "answer": "C) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_1845/cam0.mp4", "videos/kubric_data/scene_1845/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Gear", "B) Small Metal Knot", "C) Small Rubber Spot", "D) Small Metal Suzanne"], "answer": "A) Small Rubber Gear", "videos": ["videos/kubric_data/scene_1539/cam0.mp4", "videos/kubric_data/scene_1539/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Green Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Purple Rubber Cube in the 3D space?", "options": ["A) Large Purple Rubber Cube", "B) Large Purple Rubber Sphere", "C) Large Purple Rubber Cylinder", "D) Small Green Rubber Cylinder"], "answer": "D) Small Green Rubber Cylinder", "videos": ["videos/kubric_data/scene_480/cam0.mp4", "videos/kubric_data/scene_480/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Red Rubber Cube in the 3D space?", "options": ["A) Large Purple Rubber Cube", "B) Small Red Metal Cylinder", "C) Small Brown Metal Cylinder", "D) Small Green Rubber Cylinder"], "answer": "D) Small Green Rubber Cylinder", "videos": ["videos/kubric_data/scene_465/cam0.mp4", "videos/kubric_data/scene_465/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Large Metal Knot", "C) Large Rubber Sphere", "D) Small Metal Spot"], "answer": "C) Large Rubber Sphere", "videos": ["videos/kubric_data/scene_543/cam0.mp4", "videos/kubric_data/scene_543/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Blue Metal Cube in the 3D space?", "options": ["A) Small Red Metal Sphere", "B) Small Gray Metal Cylinder", "C) Small Gray Rubber Cylinder", "D) Large Blue Rubber Sphere"], "answer": "A) Small Red Metal Sphere", "videos": ["videos/kubric_data/scene_1122/cam0.mp4", "videos/kubric_data/scene_1122/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cylinder in the 3D space?", "options": ["A) Small Rubber Knot", "B) Small Metal Sponge", "C) Large Metal Torus", "D) Small Metal Sphere"], "answer": "B) Small Metal Sponge", "videos": ["videos/kubric_data/scene_531/cam0.mp4", "videos/kubric_data/scene_531/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Metal Cone", "B) Small Rubber Spot", "C) Large Metal Suzanne", "D) Large Metal Teapot"], "answer": "C) Large Metal Suzanne", "videos": ["videos/kubric_data/scene_730/cam0.mp4", "videos/kubric_data/scene_730/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Brown Metal Cylinder in the 3D space?", "options": ["A) Small Red Metal Sphere", "B) Small Blue Metal Sphere", "C) Large Brown Metal Cube", "D) Large Cyan Metal Sphere"], "answer": "A) Small Red Metal Sphere", "videos": ["videos/kubric_data/scene_137/cam0.mp4", "videos/kubric_data/scene_137/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Purple Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Blue Metal Cube in the 3D space?", "options": ["A) Large Purple Rubber Cube", "B) Large Blue Rubber Cylinder", "C) Small Blue Rubber Cylinder", "D) Small Blue Metal Cylinder"], "answer": "D) Small Blue Metal Cylinder", "videos": ["videos/kubric_data/scene_442/cam0.mp4", "videos/kubric_data/scene_442/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Rubber Cube", "C) Small Metal Torus", "D) Small Rubber Cylinder"], "answer": "B) Large Rubber Cube", "videos": ["videos/kubric_data/scene_1680/cam0.mp4", "videos/kubric_data/scene_1680/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Sponge", "B) Large Metal Teapot", "C) Small Metal Knot", "D) Small Metal Cube"], "answer": "A) Small Metal Sponge", "videos": ["videos/kubric_data/scene_1974/cam0.mp4", "videos/kubric_data/scene_1974/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Gear", "B) Small Metal Knot", "C) Small Metal Cube", "D) Small Metal Torus"], "answer": "B) Small Metal Knot", "videos": ["videos/kubric_data/scene_1701/cam0.mp4", "videos/kubric_data/scene_1701/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cone in the 3D space?", "options": ["A) Large Rubber Knot", "B) Small Rubber Gear", "C) Small Metal Knot", "D) Small Metal Sphere"], "answer": "D) Small Metal Sphere", "videos": ["videos/kubric_data/scene_930/cam0.mp4", "videos/kubric_data/scene_930/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Spot", "C) Large Metal Cube", "D) Large Rubber Suzanne"], "answer": "C) Large Metal Cube", "videos": ["videos/kubric_data/scene_504/cam0.mp4", "videos/kubric_data/scene_504/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Yellow Metal Cube in the 3D space?", "options": ["A) Small Blue Rubber Sphere", "B) Small Red Metal Cube", "C) Large Brown Rubber Cylinder", "D) Large Red Metal Sphere"], "answer": "A) Small Blue Rubber Sphere", "videos": ["videos/kubric_data/scene_413/cam0.mp4", "videos/kubric_data/scene_413/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Metal Teapot in the 3D space?", "options": ["A) Large Rubber Spot", "B) Large Metal Sponge", "C) Small Metal Torus", "D) Large Metal Cube"], "answer": "B) Large Metal Sponge", "videos": ["videos/kubric_data/scene_867/cam0.mp4", "videos/kubric_data/scene_867/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Large Metal Torus", "B) Small Metal Torus", "C) Small Rubber Suzanne", "D) Large Rubber Cylinder"], "answer": "D) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_606/cam0.mp4", "videos/kubric_data/scene_606/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sphere in the 3D space?", "options": ["A) Large Metal Gear", "B) Large Metal Sponge", "C) Large Metal Teapot", "D) Small Rubber Knot"], "answer": "C) Large Metal Teapot", "videos": ["videos/kubric_data/scene_851/cam0.mp4", "videos/kubric_data/scene_851/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Large Rubber Torus", "C) Small Rubber Sponge", "D) Large Rubber Cube"], "answer": "B) Large Rubber Torus", "videos": ["videos/kubric_data/scene_1751/cam0.mp4", "videos/kubric_data/scene_1751/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Torus in the 3D space?", "options": ["A) Large Metal Sponge", "B) Small Metal Knot", "C) Large Metal Gear", "D) Large Rubber Cylinder"], "answer": "A) Large Metal Sponge", "videos": ["videos/kubric_data/scene_548/cam0.mp4", "videos/kubric_data/scene_548/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Suzanne in the 3D space?", "options": ["A) Large Rubber Spot", "B) Small Metal Sponge", "C) Large Rubber Cube", "D) Large Metal Sphere"], "answer": "C) Large Rubber Cube", "videos": ["videos/kubric_data/scene_727/cam0.mp4", "videos/kubric_data/scene_727/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Rubber Cube", "B) Large Metal Sphere", "C) Small Metal Sphere", "D) Large Rubber Sponge"], "answer": "D) Large Rubber Sponge", "videos": ["videos/kubric_data/scene_1725/cam0.mp4", "videos/kubric_data/scene_1725/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Rubber Suzanne", "C) Large Metal Sponge", "D) Small Rubber Gear"], "answer": "B) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1933/cam0.mp4", "videos/kubric_data/scene_1933/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Knot", "B) Small Metal Torus", "C) Small Rubber Spot", "D) Small Rubber Gear"], "answer": "D) Small Rubber Gear", "videos": ["videos/kubric_data/scene_590/cam0.mp4", "videos/kubric_data/scene_590/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Large Rubber Suzanne", "C) Small Rubber Spot", "D) Large Rubber Teapot"], "answer": "C) Small Rubber Spot", "videos": ["videos/kubric_data/scene_663/cam0.mp4", "videos/kubric_data/scene_663/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Purple Rubber Cylinder in the 3D space?", "options": ["A) Small Brown Metal Sphere", "B) Small Red Rubber Cube", "C) Large Red Metal Sphere", "D) Large Blue Rubber Cube"], "answer": "A) Small Brown Metal Sphere", "videos": ["videos/kubric_data/scene_156/cam0.mp4", "videos/kubric_data/scene_156/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Rubber Knot", "C) Small Metal Spot", "D) Large Rubber Teapot"], "answer": "B) Large Rubber Knot", "videos": ["videos/kubric_data/scene_596/cam0.mp4", "videos/kubric_data/scene_596/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Small Metal Cylinder", "C) Large Rubber Knot", "D) Large Rubber Teapot"], "answer": "A) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_673/cam0.mp4", "videos/kubric_data/scene_673/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Metal Suzanne", "B) Large Metal Gear", "C) Large Metal Sphere", "D) Large Metal Cone"], "answer": "C) Large Metal Sphere", "videos": ["videos/kubric_data/scene_1519/cam0.mp4", "videos/kubric_data/scene_1519/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Rubber Knot", "B) Small Rubber Suzanne", "C) Large Rubber Teapot", "D) Large Rubber Suzanne"], "answer": "D) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1998/cam0.mp4", "videos/kubric_data/scene_1998/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Metal Cone", "C) Large Metal Gear", "D) Small Rubber Cylinder"], "answer": "D) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1809/cam0.mp4", "videos/kubric_data/scene_1809/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cylinder in the 3D space?", "options": ["A) Small Rubber Torus", "B) Small Rubber Knot", "C) Small Metal Torus", "D) Large Metal Gear"], "answer": "A) Small Rubber Torus", "videos": ["videos/kubric_data/scene_933/cam0.mp4", "videos/kubric_data/scene_933/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Metal Gear", "C) Small Rubber Cone", "D) Small Metal Knot"], "answer": "C) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1862/cam0.mp4", "videos/kubric_data/scene_1862/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Knot in the 3D space?", "options": ["A) Large Rubber Cone", "B) Small Metal Teapot", "C) Small Rubber Gear", "D) Small Rubber Sphere"], "answer": "B) Small Metal Teapot", "videos": ["videos/kubric_data/scene_882/cam0.mp4", "videos/kubric_data/scene_882/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Purple Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Red Metal Sphere in the 3D space?", "options": ["A) Small Yellow Metal Cylinder", "B) Large Gray Metal Cylinder", "C) Large Red Rubber Cube", "D) Large Green Metal Cube"], "answer": "A) Small Yellow Metal Cylinder", "videos": ["videos/kubric_data/scene_294/cam0.mp4", "videos/kubric_data/scene_294/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Small Metal Teapot", "B) Large Metal Torus", "C) Large Metal Cube", "D) Large Rubber Suzanne"], "answer": "B) Large Metal Torus", "videos": ["videos/kubric_data/scene_981/cam0.mp4", "videos/kubric_data/scene_981/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Knot", "C) Small Rubber Cylinder", "D) Small Rubber Sponge"], "answer": "D) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_542/cam0.mp4", "videos/kubric_data/scene_542/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Sphere", "C) Small Rubber Spot", "D) Large Metal Cone"], "answer": "C) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1984/cam0.mp4", "videos/kubric_data/scene_1984/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Brown Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Green Metal Cube in the 3D space?", "options": ["A) Small Green Rubber Cylinder", "B) Large Green Rubber Sphere", "C) Large Cyan Rubber Cylinder", "D) Small Green Metal Sphere"], "answer": "C) Large Cyan Rubber Cylinder", "videos": ["videos/kubric_data/scene_1307/cam0.mp4", "videos/kubric_data/scene_1307/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Metal Gear", "B) Large Metal Cone", "C) Large Rubber Knot", "D) Large Rubber Teapot"], "answer": "D) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_779/cam0.mp4", "videos/kubric_data/scene_779/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Gear", "B) Small Rubber Sphere", "C) Small Rubber Knot", "D) Large Metal Teapot"], "answer": "B) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_522/cam0.mp4", "videos/kubric_data/scene_522/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Metal Torus", "B) Small Metal Knot", "C) Large Rubber Suzanne", "D) Small Metal Teapot"], "answer": "A) Small Metal Torus", "videos": ["videos/kubric_data/scene_1631/cam0.mp4", "videos/kubric_data/scene_1631/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Cube", "B) Large Metal Teapot", "C) Small Rubber Spot", "D) Small Rubber Teapot"], "answer": "A) Small Rubber Cube", "videos": ["videos/kubric_data/scene_767/cam0.mp4", "videos/kubric_data/scene_767/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Metal Teapot", "B) Small Rubber Cone", "C) Large Metal Suzanne", "D) Small Metal Cube"], "answer": "C) Large Metal Suzanne", "videos": ["videos/kubric_data/scene_1574/cam0.mp4", "videos/kubric_data/scene_1574/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Sphere", "C) Small Metal Cone", "D) Small Rubber Torus"], "answer": "B) Small Metal Sphere", "videos": ["videos/kubric_data/scene_695/cam0.mp4", "videos/kubric_data/scene_695/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Small Metal Cylinder", "C) Large Metal Teapot", "D) Large Metal Gear"], "answer": "D) Large Metal Gear", "videos": ["videos/kubric_data/scene_1939/cam0.mp4", "videos/kubric_data/scene_1939/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cone in the 3D space?", "options": ["A) Small Metal Teapot", "B) Small Rubber Sphere", "C) Small Metal Sphere", "D) Large Metal Cylinder"], "answer": "D) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_567/cam0.mp4", "videos/kubric_data/scene_567/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Large Rubber Cube", "B) Large Rubber Suzanne", "C) Small Rubber Suzanne", "D) Small Rubber Sphere"], "answer": "A) Large Rubber Cube", "videos": ["videos/kubric_data/scene_847/cam0.mp4", "videos/kubric_data/scene_847/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sphere in the 3D space?", "options": ["A) Small Metal Suzanne", "B) Small Rubber Cube", "C) Large Metal Cone", "D) Small Metal Cylinder"], "answer": "B) Small Rubber Cube", "videos": ["videos/kubric_data/scene_532/cam0.mp4", "videos/kubric_data/scene_532/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Metal Sponge", "C) Small Metal Knot", "D) Small Rubber Cube"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_1655/cam0.mp4", "videos/kubric_data/scene_1655/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Suzanne in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Metal Gear", "C) Small Metal Cone", "D) Large Rubber Cylinder"], "answer": "C) Small Metal Cone", "videos": ["videos/kubric_data/scene_712/cam0.mp4", "videos/kubric_data/scene_712/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Green Metal Sphere in the 3D space?", "options": ["A) Large Purple Rubber Cube", "B) Small Gray Rubber Cube", "C) Large Green Rubber Cylinder", "D) Large Brown Rubber Cylinder"], "answer": "D) Large Brown Rubber Cylinder", "videos": ["videos/kubric_data/scene_12/cam0.mp4", "videos/kubric_data/scene_12/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Rubber Sphere", "C) Large Metal Torus", "D) Large Metal Spot"], "answer": "B) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_611/cam0.mp4", "videos/kubric_data/scene_611/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Cyan Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Gray Metal Cube in the 3D space?", "options": ["A) Small Green Metal Sphere", "B) Large Brown Rubber Cylinder", "C) Small Gray Metal Cylinder", "D) Small Red Rubber Cylinder"], "answer": "A) Small Green Metal Sphere", "videos": ["videos/kubric_data/scene_45/cam0.mp4", "videos/kubric_data/scene_45/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Rubber Spot", "C) Small Metal Gear", "D) Small Metal Knot"], "answer": "B) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1579/cam0.mp4", "videos/kubric_data/scene_1579/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Gray Rubber Sphere in the 3D space?", "options": ["A) Small Red Rubber Cube", "B) Small Red Rubber Cylinder", "C) Large Green Rubber Sphere", "D) Large Gray Metal Cube"], "answer": "A) Small Red Rubber Cube", "videos": ["videos/kubric_data/scene_305/cam0.mp4", "videos/kubric_data/scene_305/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Metal Torus in the 3D space?", "options": ["A) Large Rubber Cube", "B) Small Metal Cylinder", "C) Small Rubber Knot", "D) Large Metal Gear"], "answer": "C) Small Rubber Knot", "videos": ["videos/kubric_data/scene_1843/cam0.mp4", "videos/kubric_data/scene_1843/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Rubber Torus", "B) Small Metal Torus", "C) Large Rubber Teapot", "D) Small Metal Sphere"], "answer": "D) Small Metal Sphere", "videos": ["videos/kubric_data/scene_631/cam0.mp4", "videos/kubric_data/scene_631/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Metal Sponge", "B) Small Rubber Teapot", "C) Small Rubber Cone", "D) Large Rubber Sponge"], "answer": "C) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1975/cam0.mp4", "videos/kubric_data/scene_1975/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Cone", "B) Small Rubber Teapot", "C) Large Rubber Spot", "D) Large Metal Suzanne"], "answer": "B) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_984/cam0.mp4", "videos/kubric_data/scene_984/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Cyan Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Blue Metal Cylinder in the 3D space?", "options": ["A) Large Blue Metal Sphere", "B) Small Red Metal Sphere", "C) Small Blue Rubber Sphere", "D) Small Blue Rubber Cube"], "answer": "A) Large Blue Metal Sphere", "videos": ["videos/kubric_data/scene_1346/cam0.mp4", "videos/kubric_data/scene_1346/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Metal Torus", "B) Large Rubber Spot", "C) Small Rubber Teapot", "D) Large Metal Cube"], "answer": "D) Large Metal Cube", "videos": ["videos/kubric_data/scene_844/cam0.mp4", "videos/kubric_data/scene_844/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Small Rubber Cone", "C) Large Metal Spot", "D) Small Rubber Sphere"], "answer": "D) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_637/cam0.mp4", "videos/kubric_data/scene_637/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Small Metal Teapot", "B) Small Metal Knot", "C) Large Rubber Sphere", "D) Small Rubber Gear"], "answer": "B) Small Metal Knot", "videos": ["videos/kubric_data/scene_1569/cam0.mp4", "videos/kubric_data/scene_1569/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Metal Spot", "B) Small Metal Suzanne", "C) Large Rubber Gear", "D) Large Rubber Cylinder"], "answer": "C) Large Rubber Gear", "videos": ["videos/kubric_data/scene_903/cam0.mp4", "videos/kubric_data/scene_903/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Small Rubber Knot", "B) Small Metal Suzanne", "C) Small Rubber Spot", "D) Large Metal Cylinder"], "answer": "A) Small Rubber Knot", "videos": ["videos/kubric_data/scene_672/cam0.mp4", "videos/kubric_data/scene_672/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Spot", "B) Large Metal Gear", "C) Small Rubber Sponge", "D) Large Rubber Gear"], "answer": "C) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_621/cam0.mp4", "videos/kubric_data/scene_621/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Large Metal Cube", "B) Large Metal Cylinder", "C) Small Metal Gear", "D) Large Rubber Suzanne"], "answer": "B) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_651/cam0.mp4", "videos/kubric_data/scene_651/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Small Rubber Spot in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Small Metal Knot", "C) Large Metal Cylinder", "D) Small Rubber Teapot"], "answer": "A) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_810/cam0.mp4", "videos/kubric_data/scene_810/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Small Rubber Gear", "B) Large Rubber Suzanne", "C) Large Metal Sponge", "D) Small Metal Cylinder"], "answer": "D) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_625/cam0.mp4", "videos/kubric_data/scene_625/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Rubber Teapot", "C) Large Rubber Cube", "D) Large Rubber Suzanne"], "answer": "B) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_595/cam0.mp4", "videos/kubric_data/scene_595/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Rubber Knot in the 3D space?", "options": ["A) Small Metal Cube", "B) Large Metal Teapot", "C) Small Rubber Gear", "D) Large Rubber Teapot"], "answer": "D) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_968/cam0.mp4", "videos/kubric_data/scene_968/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Rubber Knot", "C) Small Metal Knot", "D) Small Metal Cylinder"], "answer": "A) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_958/cam0.mp4", "videos/kubric_data/scene_958/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Gray Rubber Cube in the 3D space?", "options": ["A) Large Brown Rubber Cylinder", "B) Small Yellow Metal Sphere", "C) Small Gray Rubber Cylinder", "D) Small Brown Metal Cylinder"], "answer": "C) Small Gray Rubber Cylinder", "videos": ["videos/kubric_data/scene_1202/cam0.mp4", "videos/kubric_data/scene_1202/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Knot", "C) Large Metal Suzanne", "D) Small Rubber Suzanne"], "answer": "D) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_992/cam0.mp4", "videos/kubric_data/scene_992/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Metal Teapot", "B) Large Rubber Torus", "C) Large Rubber Spot", "D) Small Metal Suzanne"], "answer": "C) Large Rubber Spot", "videos": ["videos/kubric_data/scene_670/cam0.mp4", "videos/kubric_data/scene_670/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Metal Knot in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Large Rubber Teapot", "C) Small Metal Sponge", "D) Large Rubber Cylinder"], "answer": "B) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_1682/cam0.mp4", "videos/kubric_data/scene_1682/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Rubber Gear in the 3D space?", "options": ["A) Small Metal Cube", "B) Small Rubber Spot", "C) Small Rubber Teapot", "D) Large Rubber Suzanne"], "answer": "A) Small Metal Cube", "videos": ["videos/kubric_data/scene_800/cam0.mp4", "videos/kubric_data/scene_800/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Metal Sphere", "C) Small Rubber Sponge", "D) Small Metal Gear"], "answer": "C) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1992/cam0.mp4", "videos/kubric_data/scene_1992/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Suzanne in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Metal Torus", "C) Small Metal Teapot", "D) Small Rubber Sphere"], "answer": "A) Small Metal Sponge", "videos": ["videos/kubric_data/scene_1749/cam0.mp4", "videos/kubric_data/scene_1749/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Metal Teapot", "B) Large Metal Spot", "C) Small Rubber Cube", "D) Large Rubber Knot"], "answer": "B) Large Metal Spot", "videos": ["videos/kubric_data/scene_1654/cam0.mp4", "videos/kubric_data/scene_1654/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Gear in the 3D space?", "options": ["A) Small Metal Torus", "B) Large Metal Suzanne", "C) Small Metal Cone", "D) Small Metal Sponge"], "answer": "D) Small Metal Sponge", "videos": ["videos/kubric_data/scene_734/cam0.mp4", "videos/kubric_data/scene_734/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Sponge in the 3D space?", "options": ["A) Large Rubber Spot", "B) Small Rubber Teapot", "C) Small Metal Cube", "D) Small Metal Torus"], "answer": "B) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_832/cam0.mp4", "videos/kubric_data/scene_832/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sponge in the 3D space?", "options": ["A) Small Rubber Torus", "B) Large Metal Cylinder", "C) Large Rubber Cone", "D) Large Rubber Spot"], "answer": "C) Large Rubber Cone", "videos": ["videos/kubric_data/scene_1986/cam0.mp4", "videos/kubric_data/scene_1986/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Spot", "B) Large Metal Cylinder", "C) Large Rubber Spot", "D) Small Metal Sponge"], "answer": "D) Small Metal Sponge", "videos": ["videos/kubric_data/scene_1938/cam0.mp4", "videos/kubric_data/scene_1938/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Rubber Gear", "C) Small Rubber Sphere", "D) Small Metal Torus"], "answer": "A) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_1762/cam0.mp4", "videos/kubric_data/scene_1762/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Small Rubber Teapot", "C) Small Rubber Sponge", "D) Large Metal Teapot"], "answer": "C) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1600/cam0.mp4", "videos/kubric_data/scene_1600/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Yellow Rubber Cylinder in the 3D space?", "options": ["A) Small Gray Rubber Cube", "B) Small Blue Rubber Cube", "C) Small Yellow Rubber Sphere", "D) Large Blue Metal Sphere"], "answer": "A) Small Gray Rubber Cube", "videos": ["videos/kubric_data/scene_1345/cam0.mp4", "videos/kubric_data/scene_1345/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Green Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Blue Metal Cube in the 3D space?", "options": ["A) Large Yellow Metal Sphere", "B) Large Blue Metal Sphere", "C) Small Brown Rubber Cylinder", "D) Small Purple Rubber Sphere"], "answer": "D) Small Purple Rubber Sphere", "videos": ["videos/kubric_data/scene_319/cam0.mp4", "videos/kubric_data/scene_319/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Small Metal Sphere", "B) Large Metal Torus", "C) Small Metal Gear", "D) Small Metal Sponge"], "answer": "B) Large Metal Torus", "videos": ["videos/kubric_data/scene_1893/cam0.mp4", "videos/kubric_data/scene_1893/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Large Rubber Torus", "B) Large Rubber Suzanne", "C) Small Metal Knot", "D) Small Rubber Cone"], "answer": "A) Large Rubber Torus", "videos": ["videos/kubric_data/scene_622/cam0.mp4", "videos/kubric_data/scene_622/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Cone", "B) Small Rubber Teapot", "C) Small Metal Suzanne", "D) Small Rubber Cylinder"], "answer": "B) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_1815/cam0.mp4", "videos/kubric_data/scene_1815/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Blue Metal Cylinder in the 3D space?", "options": ["A) Small Brown Metal Sphere", "B) Large Cyan Metal Sphere", "C) Large Red Metal Sphere", "D) Small Yellow Metal Cube"], "answer": "C) Large Red Metal Sphere", "videos": ["videos/kubric_data/scene_438/cam0.mp4", "videos/kubric_data/scene_438/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Rubber Sphere", "C) Large Metal Torus", "D) Small Rubber Spot"], "answer": "D) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1530/cam0.mp4", "videos/kubric_data/scene_1530/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Red Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Brown Metal Cylinder in the 3D space?", "options": ["A) Small Blue Metal Sphere", "B) Small Cyan Metal Sphere", "C) Small Cyan Metal Cube", "D) Small Blue Rubber Sphere"], "answer": "D) Small Blue Rubber Sphere", "videos": ["videos/kubric_data/scene_191/cam0.mp4", "videos/kubric_data/scene_191/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Rubber Torus", "B) Small Rubber Sphere", "C) Large Rubber Cone", "D) Small Rubber Knot"], "answer": "A) Large Rubber Torus", "videos": ["videos/kubric_data/scene_807/cam0.mp4", "videos/kubric_data/scene_807/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Gear in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Metal Cube", "C) Large Rubber Cylinder", "D) Large Metal Cube"], "answer": "C) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_919/cam0.mp4", "videos/kubric_data/scene_919/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Large Metal Cone", "B) Small Rubber Gear", "C) Large Metal Cylinder", "D) Large Rubber Teapot"], "answer": "B) Small Rubber Gear", "videos": ["videos/kubric_data/scene_1786/cam0.mp4", "videos/kubric_data/scene_1786/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Large Metal Gear", "B) Small Metal Sponge", "C) Small Metal Knot", "D) Small Rubber Suzanne"], "answer": "A) Large Metal Gear", "videos": ["videos/kubric_data/scene_1778/cam0.mp4", "videos/kubric_data/scene_1778/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Rubber Knot in the 3D space?", "options": ["A) Small Metal Cube", "B) Small Rubber Gear", "C) Large Rubber Cube", "D) Small Rubber Cylinder"], "answer": "B) Small Rubber Gear", "videos": ["videos/kubric_data/scene_908/cam0.mp4", "videos/kubric_data/scene_908/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Large Metal Sphere", "B) Large Rubber Sphere", "C) Small Rubber Sponge", "D) Small Rubber Teapot"], "answer": "D) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_595/cam0.mp4", "videos/kubric_data/scene_595/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Teapot", "C) Large Metal Torus", "D) Small Metal Knot"], "answer": "C) Large Metal Torus", "videos": ["videos/kubric_data/scene_1851/cam0.mp4", "videos/kubric_data/scene_1851/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Metal Cone", "B) Small Metal Sponge", "C) Large Metal Sponge", "D) Small Metal Sphere"], "answer": "A) Small Metal Cone", "videos": ["videos/kubric_data/scene_1725/cam0.mp4", "videos/kubric_data/scene_1725/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Suzanne in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Rubber Sponge", "C) Large Rubber Knot", "D) Large Rubber Cube"], "answer": "D) Large Rubber Cube", "videos": ["videos/kubric_data/scene_727/cam0.mp4", "videos/kubric_data/scene_727/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Torus", "B) Small Metal Cylinder", "C) Large Rubber Torus", "D) Small Metal Spot"], "answer": "B) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_814/cam0.mp4", "videos/kubric_data/scene_814/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Large Metal Sponge", "C) Small Metal Knot", "D) Small Rubber Cube"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_1655/cam0.mp4", "videos/kubric_data/scene_1655/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Rubber Knot", "C) Small Metal Cylinder", "D) Small Metal Spot"], "answer": "B) Large Rubber Knot", "videos": ["videos/kubric_data/scene_596/cam0.mp4", "videos/kubric_data/scene_596/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Large Metal Cube", "B) Small Rubber Teapot", "C) Large Metal Cone", "D) Small Rubber Knot"], "answer": "C) Large Metal Cone", "videos": ["videos/kubric_data/scene_1911/cam0.mp4", "videos/kubric_data/scene_1911/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Sphere", "C) Small Metal Cube", "D) Small Rubber Teapot"], "answer": "A) Small Rubber Cone", "videos": ["videos/kubric_data/scene_942/cam0.mp4", "videos/kubric_data/scene_942/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Large Rubber Cube", "B) Large Metal Sponge", "C) Large Metal Cube", "D) Large Rubber Cone"], "answer": "D) Large Rubber Cone", "videos": ["videos/kubric_data/scene_1775/cam0.mp4", "videos/kubric_data/scene_1775/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Suzanne in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Metal Cone", "C) Small Metal Gear", "D) Large Metal Torus"], "answer": "A) Small Metal Knot", "videos": ["videos/kubric_data/scene_890/cam0.mp4", "videos/kubric_data/scene_890/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Metal Cube", "C) Large Metal Cone", "D) Small Rubber Cone"], "answer": "C) Large Metal Cone", "videos": ["videos/kubric_data/scene_1737/cam0.mp4", "videos/kubric_data/scene_1737/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Small Rubber Spot in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Cylinder", "C) Small Rubber Torus", "D) Small Metal Knot"], "answer": "D) Small Metal Knot", "videos": ["videos/kubric_data/scene_872/cam0.mp4", "videos/kubric_data/scene_872/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Large Rubber Cube", "C) Large Metal Sponge", "D) Large Rubber Suzanne"], "answer": "B) Large Rubber Cube", "videos": ["videos/kubric_data/scene_847/cam0.mp4", "videos/kubric_data/scene_847/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Small Rubber Torus", "C) Large Metal Cube", "D) Small Rubber Cone"], "answer": "D) Small Rubber Cone", "videos": ["videos/kubric_data/scene_945/cam0.mp4", "videos/kubric_data/scene_945/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Rubber Sponge", "C) Large Rubber Cube", "D) Small Rubber Cone"], "answer": "B) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_609/cam0.mp4", "videos/kubric_data/scene_609/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cylinder in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Rubber Knot", "C) Large Rubber Suzanne", "D) Small Metal Teapot"], "answer": "A) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1752/cam0.mp4", "videos/kubric_data/scene_1752/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Metal Spot", "B) Small Metal Cube", "C) Large Metal Torus", "D) Small Metal Sponge"], "answer": "C) Large Metal Torus", "videos": ["videos/kubric_data/scene_1696/cam0.mp4", "videos/kubric_data/scene_1696/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Sponge", "B) Small Rubber Teapot", "C) Small Rubber Torus", "D) Small Rubber Cone"], "answer": "D) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1975/cam0.mp4", "videos/kubric_data/scene_1975/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Rubber Cylinder", "C) Small Rubber Knot", "D) Small Metal Cylinder"], "answer": "C) Small Rubber Knot", "videos": ["videos/kubric_data/scene_1708/cam0.mp4", "videos/kubric_data/scene_1708/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Large Metal Teapot", "B) Small Metal Sponge", "C) Small Metal Cube", "D) Small Rubber Knot"], "answer": "A) Large Metal Teapot", "videos": ["videos/kubric_data/scene_944/cam0.mp4", "videos/kubric_data/scene_944/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Rubber Sponge", "C) Small Rubber Knot", "D) Large Rubber Cube"], "answer": "B) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1751/cam0.mp4", "videos/kubric_data/scene_1751/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Sphere in the 3D space?", "options": ["A) Large Rubber Cone", "B) Small Rubber Gear", "C) Small Rubber Cylinder", "D) Small Rubber Knot"], "answer": "D) Small Rubber Knot", "videos": ["videos/kubric_data/scene_968/cam0.mp4", "videos/kubric_data/scene_968/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Large Rubber Suzanne", "C) Large Rubber Cylinder", "D) Large Rubber Teapot"], "answer": "B) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_663/cam0.mp4", "videos/kubric_data/scene_663/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Teapot", "C) Small Rubber Cylinder", "D) Large Rubber Gear"], "answer": "A) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1871/cam0.mp4", "videos/kubric_data/scene_1871/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Torus in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Small Metal Knot", "C) Small Metal Cube", "D) Large Rubber Cylinder"], "answer": "C) Small Metal Cube", "videos": ["videos/kubric_data/scene_927/cam0.mp4", "videos/kubric_data/scene_927/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Metal Sphere", "B) Large Rubber Sponge", "C) Small Metal Torus", "D) Large Metal Teapot"], "answer": "C) Small Metal Torus", "videos": ["videos/kubric_data/scene_1502/cam0.mp4", "videos/kubric_data/scene_1502/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Cone", "C) Large Rubber Sponge", "D) Small Rubber Cylinder"], "answer": "D) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1944/cam0.mp4", "videos/kubric_data/scene_1944/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Large Metal Torus", "B) Small Metal Torus", "C) Small Rubber Suzanne", "D) Small Metal Teapot"], "answer": "B) Small Metal Torus", "videos": ["videos/kubric_data/scene_706/cam0.mp4", "videos/kubric_data/scene_706/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Large Metal Sponge", "C) Large Rubber Gear", "D) Large Metal Cylinder"], "answer": "A) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1933/cam0.mp4", "videos/kubric_data/scene_1933/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sphere in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Metal Spot", "C) Small Rubber Cylinder", "D) Small Metal Knot"], "answer": "A) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_646/cam0.mp4", "videos/kubric_data/scene_646/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Small Rubber Knot", "B) Large Rubber Cube", "C) Large Metal Torus", "D) Small Rubber Cone"], "answer": "D) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1711/cam0.mp4", "videos/kubric_data/scene_1711/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Torus in the 3D space?", "options": ["A) Large Metal Gear", "B) Small Metal Cylinder", "C) Large Rubber Cone", "D) Large Metal Spot"], "answer": "C) Large Rubber Cone", "videos": ["videos/kubric_data/scene_1843/cam0.mp4", "videos/kubric_data/scene_1843/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Rubber Sphere", "C) Small Rubber Cone", "D) Small Metal Cylinder"], "answer": "B) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_1624/cam0.mp4", "videos/kubric_data/scene_1624/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Rubber Torus", "B) Large Metal Torus", "C) Small Rubber Sponge", "D) Large Metal Spot"], "answer": "A) Small Rubber Torus", "videos": ["videos/kubric_data/scene_1529/cam0.mp4", "videos/kubric_data/scene_1529/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Large Rubber Cube", "C) Large Rubber Gear", "D) Small Rubber Teapot"], "answer": "C) Large Rubber Gear", "videos": ["videos/kubric_data/scene_1804/cam0.mp4", "videos/kubric_data/scene_1804/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Cyan Metal Cylinder in the 3D space?", "options": ["A) Large Brown Metal Sphere", "B) Large Yellow Metal Sphere", "C) Small Blue Metal Sphere", "D) Small Cyan Metal Sphere"], "answer": "D) Small Cyan Metal Sphere", "videos": ["videos/kubric_data/scene_347/cam0.mp4", "videos/kubric_data/scene_347/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Metal Spot", "B) Small Rubber Torus", "C) Small Rubber Sphere", "D) Small Metal Knot"], "answer": "B) Small Rubber Torus", "videos": ["videos/kubric_data/scene_830/cam0.mp4", "videos/kubric_data/scene_830/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Knot", "B) Large Metal Torus", "C) Small Rubber Sponge", "D) Large Rubber Gear"], "answer": "C) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_621/cam0.mp4", "videos/kubric_data/scene_621/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Metal Gear", "B) Small Metal Torus", "C) Large Rubber Suzanne", "D) Small Metal Knot"], "answer": "A) Small Metal Gear", "videos": ["videos/kubric_data/scene_734/cam0.mp4", "videos/kubric_data/scene_734/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Rubber Knot", "B) Large Rubber Gear", "C) Small Metal Spot", "D) Small Rubber Torus"], "answer": "B) Large Rubber Gear", "videos": ["videos/kubric_data/scene_869/cam0.mp4", "videos/kubric_data/scene_869/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Rubber Cylinder", "C) Large Rubber Gear", "D) Large Rubber Cube"], "answer": "D) Large Rubber Cube", "videos": ["videos/kubric_data/scene_994/cam0.mp4", "videos/kubric_data/scene_994/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Red Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Blue Rubber Sphere in the 3D space?", "options": ["A) Small Red Metal Cube", "B) Small Blue Rubber Cylinder", "C) Large Gray Metal Cube", "D) Large Blue Metal Cube"], "answer": "A) Small Red Metal Cube", "videos": ["videos/kubric_data/scene_26/cam0.mp4", "videos/kubric_data/scene_26/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Brown Metal Cylinder in the 3D space?", "options": ["A) Small Blue Metal Sphere", "B) Small Red Metal Sphere", "C) Small Brown Metal Cube", "D) Small Purple Rubber Cube"], "answer": "C) Small Brown Metal Cube", "videos": ["videos/kubric_data/scene_460/cam0.mp4", "videos/kubric_data/scene_460/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Suzanne", "C) Small Metal Teapot", "D) Large Rubber Knot"], "answer": "B) Small Metal Suzanne", "videos": ["videos/kubric_data/scene_1886/cam0.mp4", "videos/kubric_data/scene_1886/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Rubber Sphere", "C) Small Metal Spot", "D) Small Rubber Teapot"], "answer": "D) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_1762/cam0.mp4", "videos/kubric_data/scene_1762/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Small Metal Teapot in the 3D space?", "options": ["A) Large Rubber Cube", "B) Small Rubber Cylinder", "C) Small Metal Cone", "D) Small Rubber Knot"], "answer": "B) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_741/cam0.mp4", "videos/kubric_data/scene_741/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Rubber Suzanne", "C) Small Metal Gear", "D) Large Rubber Cube"], "answer": "C) Small Metal Gear", "videos": ["videos/kubric_data/scene_624/cam0.mp4", "videos/kubric_data/scene_624/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Large Rubber Cone", "C) Small Rubber Gear", "D) Small Metal Cylinder"], "answer": "D) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_625/cam0.mp4", "videos/kubric_data/scene_625/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Metal Sponge", "C) Large Metal Teapot", "D) Small Rubber Cone"], "answer": "A) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1816/cam0.mp4", "videos/kubric_data/scene_1816/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Brown Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Red Metal Cube in the 3D space?", "options": ["A) Small Gray Rubber Cylinder", "B) Small Yellow Metal Cylinder", "C) Small Yellow Metal Cube", "D) Large Red Rubber Sphere"], "answer": "A) Small Gray Rubber Cylinder", "videos": ["videos/kubric_data/scene_1080/cam0.mp4", "videos/kubric_data/scene_1080/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Small Metal Cylinder", "B) Small Rubber Spot", "C) Small Rubber Suzanne", "D) Small Metal Sphere"], "answer": "B) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1887/cam0.mp4", "videos/kubric_data/scene_1887/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Metal Teapot", "B) Small Metal Gear", "C) Large Rubber Suzanne", "D) Small Rubber Cylinder"], "answer": "C) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1631/cam0.mp4", "videos/kubric_data/scene_1631/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Gear in the 3D space?", "options": ["A) Large Metal Torus", "B) Large Metal Sphere", "C) Large Metal Cylinder", "D) Small Rubber Suzanne"], "answer": "D) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_732/cam0.mp4", "videos/kubric_data/scene_732/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Cyan Metal Cylinder in the 3D space?", "options": ["A) Small Red Rubber Cylinder", "B) Small Cyan Metal Cube", "C) Small Yellow Metal Cube", "D) Small Gray Metal Sphere"], "answer": "B) Small Cyan Metal Cube", "videos": ["videos/kubric_data/scene_1290/cam0.mp4", "videos/kubric_data/scene_1290/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Metal Torus", "B) Large Metal Teapot", "C) Small Rubber Spot", "D) Small Rubber Knot"], "answer": "C) Small Rubber Spot", "videos": ["videos/kubric_data/scene_851/cam0.mp4", "videos/kubric_data/scene_851/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Suzanne in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Metal Torus", "C) Small Rubber Sphere", "D) Large Rubber Cube"], "answer": "A) Small Metal Knot", "videos": ["videos/kubric_data/scene_515/cam0.mp4", "videos/kubric_data/scene_515/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Rubber Torus", "C) Large Metal Cylinder", "D) Small Rubber Gear"], "answer": "D) Small Rubber Gear", "videos": ["videos/kubric_data/scene_1786/cam0.mp4", "videos/kubric_data/scene_1786/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Torus", "B) Large Rubber Teapot", "C) Large Metal Torus", "D) Small Metal Knot"], "answer": "B) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_520/cam0.mp4", "videos/kubric_data/scene_520/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Small Metal Cylinder", "B) Small Metal Knot", "C) Large Metal Torus", "D) Large Rubber Spot"], "answer": "A) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_1695/cam0.mp4", "videos/kubric_data/scene_1695/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Rubber Knot in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Rubber Suzanne", "C) Small Rubber Cylinder", "D) Small Metal Sponge"], "answer": "D) Small Metal Sponge", "videos": ["videos/kubric_data/scene_531/cam0.mp4", "videos/kubric_data/scene_531/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Spot", "B) Large Rubber Sphere", "C) Small Metal Knot", "D) Large Metal Sphere"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_594/cam0.mp4", "videos/kubric_data/scene_594/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Rubber Spot", "B) Large Rubber Knot", "C) Large Rubber Sphere", "D) Large Rubber Torus"], "answer": "C) Large Rubber Sphere", "videos": ["videos/kubric_data/scene_670/cam0.mp4", "videos/kubric_data/scene_670/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Rubber Gear", "C) Large Rubber Cylinder", "D) Small Rubber Teapot"], "answer": "A) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1600/cam0.mp4", "videos/kubric_data/scene_1600/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Gear in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Rubber Sphere", "C) Small Rubber Cylinder", "D) Small Rubber Spot"], "answer": "B) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_600/cam0.mp4", "videos/kubric_data/scene_600/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Metal Spot in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Rubber Torus", "C) Small Metal Cylinder", "D) Large Metal Sponge"], "answer": "D) Large Metal Sponge", "videos": ["videos/kubric_data/scene_1957/cam0.mp4", "videos/kubric_data/scene_1957/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Metal Sphere", "B) Large Metal Teapot", "C) Small Rubber Cone", "D) Small Metal Torus"], "answer": "D) Small Metal Torus", "videos": ["videos/kubric_data/scene_726/cam0.mp4", "videos/kubric_data/scene_726/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sponge in the 3D space?", "options": ["A) Small Metal Torus", "B) Small Rubber Spot", "C) Small Rubber Cube", "D) Small Metal Suzanne"], "answer": "B) Small Rubber Spot", "videos": ["videos/kubric_data/scene_590/cam0.mp4", "videos/kubric_data/scene_590/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Cylinder", "B) Small Metal Knot", "C) Small Rubber Suzanne", "D) Large Metal Sponge"], "answer": "C) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_837/cam0.mp4", "videos/kubric_data/scene_837/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Metal Sponge in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Torus", "C) Small Metal Knot", "D) Small Rubber Cylinder"], "answer": "A) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_832/cam0.mp4", "videos/kubric_data/scene_832/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Metal Torus", "C) Small Metal Knot", "D) Small Rubber Teapot"], "answer": "B) Large Metal Torus", "videos": ["videos/kubric_data/scene_961/cam0.mp4", "videos/kubric_data/scene_961/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Green Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Green Metal Cylinder in the 3D space?", "options": ["A) Small Green Rubber Cube", "B) Large Green Metal Cube", "C) Large Cyan Metal Sphere", "D) Small Yellow Metal Cube"], "answer": "D) Small Yellow Metal Cube", "videos": ["videos/kubric_data/scene_1105/cam0.mp4", "videos/kubric_data/scene_1105/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Rubber Suzanne", "C) Small Rubber Cube", "D) Small Rubber Teapot"], "answer": "C) Small Rubber Cube", "videos": ["videos/kubric_data/scene_767/cam0.mp4", "videos/kubric_data/scene_767/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Rubber Cone", "B) Large Metal Sphere", "C) Large Rubber Knot", "D) Small Metal Teapot"], "answer": "A) Large Rubber Cone", "videos": ["videos/kubric_data/scene_1982/cam0.mp4", "videos/kubric_data/scene_1982/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Rubber Teapot", "C) Large Rubber Knot", "D) Small Rubber Sponge"], "answer": "C) Large Rubber Knot", "videos": ["videos/kubric_data/scene_1794/cam0.mp4", "videos/kubric_data/scene_1794/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Large Metal Sphere", "C) Large Rubber Cylinder", "D) Small Rubber Teapot"], "answer": "B) Large Metal Sphere", "videos": ["videos/kubric_data/scene_1588/cam0.mp4", "videos/kubric_data/scene_1588/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Metal Sponge in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Metal Suzanne", "C) Small Metal Cylinder", "D) Large Metal Knot"], "answer": "D) Large Metal Knot", "videos": ["videos/kubric_data/scene_1904/cam0.mp4", "videos/kubric_data/scene_1904/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Large Rubber Knot", "C) Large Rubber Torus", "D) Small Metal Cylinder"], "answer": "A) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_673/cam0.mp4", "videos/kubric_data/scene_673/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Rubber Torus", "B) Small Metal Teapot", "C) Large Rubber Teapot", "D) Large Metal Cylinder"], "answer": "A) Small Rubber Torus", "videos": ["videos/kubric_data/scene_873/cam0.mp4", "videos/kubric_data/scene_873/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Rubber Knot", "C) Small Metal Teapot", "D) Small Rubber Spot"], "answer": "C) Small Metal Teapot", "videos": ["videos/kubric_data/scene_1926/cam0.mp4", "videos/kubric_data/scene_1926/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Rubber Gear in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Metal Cube", "C) Small Rubber Teapot", "D) Large Rubber Spot"], "answer": "B) Small Metal Cube", "videos": ["videos/kubric_data/scene_800/cam0.mp4", "videos/kubric_data/scene_800/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Rubber Gear", "C) Small Rubber Torus", "D) Small Rubber Suzanne"], "answer": "D) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_1855/cam0.mp4", "videos/kubric_data/scene_1855/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Yellow Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Green Rubber Cylinder in the 3D space?", "options": ["A) Small Blue Rubber Cube", "B) Small Red Rubber Cube", "C) Large Green Metal Sphere", "D) Small Gray Metal Sphere"], "answer": "A) Small Blue Rubber Cube", "videos": ["videos/kubric_data/scene_1046/cam0.mp4", "videos/kubric_data/scene_1046/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Metal Cone", "B) Small Rubber Cone", "C) Small Rubber Gear", "D) Large Rubber Sphere"], "answer": "D) Large Rubber Sphere", "videos": ["videos/kubric_data/scene_652/cam0.mp4", "videos/kubric_data/scene_652/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Small Metal Cylinder", "B) Large Rubber Suzanne", "C) Large Metal Torus", "D) Large Metal Cube"], "answer": "C) Large Metal Torus", "videos": ["videos/kubric_data/scene_981/cam0.mp4", "videos/kubric_data/scene_981/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Small Rubber Cube", "C) Large Metal Torus", "D) Large Metal Sponge"], "answer": "B) Small Rubber Cube", "videos": ["videos/kubric_data/scene_820/cam0.mp4", "videos/kubric_data/scene_820/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Metal Torus", "B) Large Metal Teapot", "C) Large Rubber Suzanne", "D) Small Metal Sphere"], "answer": "B) Large Metal Teapot", "videos": ["videos/kubric_data/scene_902/cam0.mp4", "videos/kubric_data/scene_902/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Large Rubber Cube", "B) Small Rubber Cylinder", "C) Small Rubber Teapot", "D) Small Rubber Torus"], "answer": "C) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_1821/cam0.mp4", "videos/kubric_data/scene_1821/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Large Rubber Gear", "B) Small Metal Torus", "C) Large Rubber Cylinder", "D) Small Metal Spot"], "answer": "A) Large Rubber Gear", "videos": ["videos/kubric_data/scene_903/cam0.mp4", "videos/kubric_data/scene_903/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Large Metal Torus", "B) Small Rubber Cone", "C) Large Rubber Sphere", "D) Small Rubber Spot"], "answer": "D) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1984/cam0.mp4", "videos/kubric_data/scene_1984/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Rubber Cone", "C) Small Rubber Sponge", "D) Large Metal Teapot"], "answer": "A) Small Metal Sphere", "videos": ["videos/kubric_data/scene_1572/cam0.mp4", "videos/kubric_data/scene_1572/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Rubber Gear", "C) Small Metal Teapot", "D) Large Rubber Knot"], "answer": "D) Large Rubber Knot", "videos": ["videos/kubric_data/scene_977/cam0.mp4", "videos/kubric_data/scene_977/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Teapot", "B) Small Metal Torus", "C) Small Metal Cube", "D) Small Rubber Cone"], "answer": "B) Small Metal Torus", "videos": ["videos/kubric_data/scene_1638/cam0.mp4", "videos/kubric_data/scene_1638/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Large Rubber Torus", "B) Small Metal Sphere", "C) Large Metal Gear", "D) Large Metal Suzanne"], "answer": "C) Large Metal Gear", "videos": ["videos/kubric_data/scene_619/cam0.mp4", "videos/kubric_data/scene_619/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Sphere in the 3D space?", "options": ["A) Small Rubber Cube", "B) Large Rubber Gear", "C) Small Rubber Suzanne", "D) Small Rubber Gear"], "answer": "D) Small Rubber Gear", "videos": ["videos/kubric_data/scene_929/cam0.mp4", "videos/kubric_data/scene_929/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Large Metal Cube", "B) Small Metal Knot", "C) Large Metal Knot", "D) Small Metal Cylinder"], "answer": "B) Small Metal Knot", "videos": ["videos/kubric_data/scene_953/cam0.mp4", "videos/kubric_data/scene_953/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Large Rubber Cylinder", "C) Small Metal Cylinder", "D) Large Metal Cylinder"], "answer": "A) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1785/cam0.mp4", "videos/kubric_data/scene_1785/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Rubber Suzanne in the 3D space?", "options": ["A) Small Metal Spot", "B) Small Rubber Torus", "C) Small Metal Sponge", "D) Small Metal Teapot"], "answer": "C) Small Metal Sponge", "videos": ["videos/kubric_data/scene_1749/cam0.mp4", "videos/kubric_data/scene_1749/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Small Metal Sphere", "B) Large Rubber Gear", "C) Large Rubber Knot", "D) Large Rubber Cube"], "answer": "C) Large Rubber Knot", "videos": ["videos/kubric_data/scene_581/cam0.mp4", "videos/kubric_data/scene_581/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Metal Torus", "C) Large Rubber Cone", "D) Small Rubber Teapot"], "answer": "D) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_729/cam0.mp4", "videos/kubric_data/scene_729/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Large Metal Spot", "B) Small Rubber Teapot", "C) Small Rubber Sponge", "D) Small Metal Sponge"], "answer": "B) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_936/cam0.mp4", "videos/kubric_data/scene_936/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Rubber Sponge", "B) Large Rubber Suzanne", "C) Small Rubber Cone", "D) Large Metal Sphere"], "answer": "A) Large Rubber Sponge", "videos": ["videos/kubric_data/scene_504/cam0.mp4", "videos/kubric_data/scene_504/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Large Metal Torus", "C) Large Metal Spot", "D) Small Metal Gear"], "answer": "A) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_651/cam0.mp4", "videos/kubric_data/scene_651/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Gear", "C) Large Rubber Knot", "D) Small Metal Sphere"], "answer": "C) Large Rubber Knot", "videos": ["videos/kubric_data/scene_1615/cam0.mp4", "videos/kubric_data/scene_1615/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Large Rubber Cylinder", "C) Large Metal Spot", "D) Large Metal Torus"], "answer": "B) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_611/cam0.mp4", "videos/kubric_data/scene_611/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Metal Gear", "C) Small Metal Knot", "D) Small Metal Teapot"], "answer": "D) Small Metal Teapot", "videos": ["videos/kubric_data/scene_622/cam0.mp4", "videos/kubric_data/scene_622/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Large Metal Knot", "B) Small Metal Spot", "C) Large Rubber Knot", "D) Small Metal Cylinder"], "answer": "B) Small Metal Spot", "videos": ["videos/kubric_data/scene_920/cam0.mp4", "videos/kubric_data/scene_920/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Sponge", "B) Large Rubber Teapot", "C) Small Metal Gear", "D) Small Rubber Sponge"], "answer": "C) Small Metal Gear", "videos": ["videos/kubric_data/scene_924/cam0.mp4", "videos/kubric_data/scene_924/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Small Rubber Knot in the 3D space?", "options": ["A) Large Metal Sphere", "B) Large Rubber Cylinder", "C) Small Rubber Cube", "D) Small Rubber Sponge"], "answer": "A) Large Metal Sphere", "videos": ["videos/kubric_data/scene_1956/cam0.mp4", "videos/kubric_data/scene_1956/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Large Rubber Sphere", "B) Small Metal Gear", "C) Large Rubber Teapot", "D) Small Metal Sphere"], "answer": "D) Small Metal Sphere", "videos": ["videos/kubric_data/scene_1726/cam0.mp4", "videos/kubric_data/scene_1726/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sphere in the 3D space?", "options": ["A) Large Metal Teapot", "B) Small Metal Sponge", "C) Small Metal Spot", "D) Small Metal Cylinder"], "answer": "D) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_1903/cam0.mp4", "videos/kubric_data/scene_1903/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Metal Cube", "C) Large Rubber Suzanne", "D) Small Metal Cone"], "answer": "B) Large Metal Cube", "videos": ["videos/kubric_data/scene_844/cam0.mp4", "videos/kubric_data/scene_844/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Teapot in the 3D space?", "options": ["A) Small Rubber Knot", "B) Large Rubber Cube", "C) Small Metal Torus", "D) Small Metal Suzanne"], "answer": "C) Small Metal Torus", "videos": ["videos/kubric_data/scene_721/cam0.mp4", "videos/kubric_data/scene_721/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Metal Teapot", "C) Small Rubber Gear", "D) Large Rubber Teapot"], "answer": "A) Small Rubber Cone", "videos": ["videos/kubric_data/scene_578/cam0.mp4", "videos/kubric_data/scene_578/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Large Rubber Spot", "B) Large Metal Spot", "C) Large Rubber Teapot", "D) Small Metal Torus"], "answer": "B) Large Metal Spot", "videos": ["videos/kubric_data/scene_1647/cam0.mp4", "videos/kubric_data/scene_1647/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Metal Sponge", "B) Large Metal Cone", "C) Large Metal Torus", "D) Large Rubber Suzanne"], "answer": "D) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_773/cam0.mp4", "videos/kubric_data/scene_773/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Rubber Torus", "C) Large Metal Knot", "D) Small Rubber Torus"], "answer": "C) Large Metal Knot", "videos": ["videos/kubric_data/scene_631/cam0.mp4", "videos/kubric_data/scene_631/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Metal Suzanne in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Rubber Sphere", "C) Small Metal Knot", "D) Small Metal Teapot"], "answer": "A) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1583/cam0.mp4", "videos/kubric_data/scene_1583/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sphere in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Cylinder", "C) Small Rubber Torus", "D) Small Metal Knot"], "answer": "B) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_777/cam0.mp4", "videos/kubric_data/scene_777/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Metal Cube", "C) Large Metal Suzanne", "D) Large Rubber Cylinder"], "answer": "A) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_984/cam0.mp4", "videos/kubric_data/scene_984/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Large Rubber Gear", "B) Small Metal Teapot", "C) Small Metal Knot", "D) Large Rubber Knot"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_992/cam0.mp4", "videos/kubric_data/scene_992/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Rubber Sponge", "C) Large Rubber Cylinder", "D) Large Metal Suzanne"], "answer": "D) Large Metal Suzanne", "videos": ["videos/kubric_data/scene_626/cam0.mp4", "videos/kubric_data/scene_626/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Metal Cylinder", "B) Large Metal Cylinder", "C) Large Metal Suzanne", "D) Small Rubber Cone"], "answer": "D) Small Rubber Cone", "videos": ["videos/kubric_data/scene_889/cam0.mp4", "videos/kubric_data/scene_889/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Large Metal Torus", "B) Large Rubber Teapot", "C) Large Rubber Torus", "D) Small Rubber Cone"], "answer": "C) Large Rubber Torus", "videos": ["videos/kubric_data/scene_637/cam0.mp4", "videos/kubric_data/scene_637/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Rubber Cube", "B) Large Rubber Gear", "C) Small Rubber Cone", "D) Small Metal Sphere"], "answer": "A) Small Rubber Cube", "videos": ["videos/kubric_data/scene_1679/cam0.mp4", "videos/kubric_data/scene_1679/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Rubber Cone", "B) Large Metal Cube", "C) Large Rubber Cube", "D) Small Rubber Knot"], "answer": "B) Large Metal Cube", "videos": ["videos/kubric_data/scene_1935/cam0.mp4", "videos/kubric_data/scene_1935/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Rubber Sphere", "C) Large Metal Teapot", "D) Large Rubber Torus"], "answer": "D) Large Rubber Torus", "videos": ["videos/kubric_data/scene_572/cam0.mp4", "videos/kubric_data/scene_572/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Small Metal Suzanne in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Metal Torus", "C) Small Metal Cube", "D) Large Metal Teapot"], "answer": "A) Large Rubber Gear", "videos": ["videos/kubric_data/scene_860/cam0.mp4", "videos/kubric_data/scene_860/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Small Rubber Suzanne", "C) Small Metal Knot", "D) Small Rubber Sphere"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_1682/cam0.mp4", "videos/kubric_data/scene_1682/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Small Metal Torus", "B) Large Rubber Cube", "C) Small Metal Sphere", "D) Large Metal Suzanne"], "answer": "B) Large Rubber Cube", "videos": ["videos/kubric_data/scene_1680/cam0.mp4", "videos/kubric_data/scene_1680/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Blue Rubber Sphere in the 3D space?", "options": ["A) Small Purple Rubber Cube", "B) Large Purple Metal Cube", "C) Small Blue Metal Cube", "D) Large Green Metal Cylinder"], "answer": "A) Small Purple Rubber Cube", "videos": ["videos/kubric_data/scene_288/cam0.mp4", "videos/kubric_data/scene_288/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Metal Spot", "B) Large Rubber Suzanne", "C) Large Metal Torus", "D) Small Rubber Sponge"], "answer": "B) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1880/cam0.mp4", "videos/kubric_data/scene_1880/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Green Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Blue Rubber Cube in the 3D space?", "options": ["A) Large Red Metal Cylinder", "B) Large Blue Metal Sphere", "C) Small Gray Rubber Cylinder", "D) Small Green Rubber Sphere"], "answer": "C) Small Gray Rubber Cylinder", "videos": ["videos/kubric_data/scene_59/cam0.mp4", "videos/kubric_data/scene_59/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Rubber Cone", "C) Small Metal Cone", "D) Small Metal Knot"], "answer": "D) Small Metal Knot", "videos": ["videos/kubric_data/scene_562/cam0.mp4", "videos/kubric_data/scene_562/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Large Metal Sphere", "B) Large Rubber Cone", "C) Large Rubber Torus", "D) Large Rubber Teapot"], "answer": "B) Large Rubber Cone", "videos": ["videos/kubric_data/scene_1844/cam0.mp4", "videos/kubric_data/scene_1844/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Small Rubber Torus in the 3D space?", "options": ["A) Small Rubber Gear", "B) Large Rubber Spot", "C) Small Metal Cylinder", "D) Large Metal Teapot"], "answer": "C) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_1568/cam0.mp4", "videos/kubric_data/scene_1568/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Large Metal Teapot", "B) Large Rubber Cone", "C) Large Rubber Sponge", "D) Large Metal Spot"], "answer": "D) Large Metal Spot", "videos": ["videos/kubric_data/scene_1646/cam0.mp4", "videos/kubric_data/scene_1646/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Red Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Blue Metal Cylinder in the 3D space?", "options": ["A) Small Blue Rubber Cube", "B) Small Brown Metal Sphere", "C) Small Yellow Metal Cube", "D) Large Cyan Metal Sphere"], "answer": "A) Small Blue Rubber Cube", "videos": ["videos/kubric_data/scene_438/cam0.mp4", "videos/kubric_data/scene_438/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Metal Knot", "C) Small Metal Torus", "D) Small Rubber Sphere"], "answer": "B) Small Metal Knot", "videos": ["videos/kubric_data/scene_1569/cam0.mp4", "videos/kubric_data/scene_1569/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Small Rubber Cube", "C) Small Metal Sphere", "D) Small Metal Knot"], "answer": "A) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_827/cam0.mp4", "videos/kubric_data/scene_827/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Small Rubber Spot in the 3D space?", "options": ["A) Large Rubber Torus", "B) Small Metal Cone", "C) Large Rubber Cone", "D) Small Rubber Cylinder"], "answer": "D) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1698/cam0.mp4", "videos/kubric_data/scene_1698/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Sponge", "C) Small Metal Cube", "D) Large Rubber Sphere"], "answer": "C) Small Metal Cube", "videos": ["videos/kubric_data/scene_1574/cam0.mp4", "videos/kubric_data/scene_1574/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Metal Spot", "B) Large Metal Sphere", "C) Small Rubber Teapot", "D) Small Metal Cone"], "answer": "A) Large Metal Spot", "videos": ["videos/kubric_data/scene_1834/cam0.mp4", "videos/kubric_data/scene_1834/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Suzanne in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Metal Sphere", "C) Small Rubber Spot", "D) Large Rubber Gear"], "answer": "D) Large Rubber Gear", "videos": ["videos/kubric_data/scene_565/cam0.mp4", "videos/kubric_data/scene_565/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Small Rubber Spot", "C) Small Rubber Sphere", "D) Large Metal Spot"], "answer": "C) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_1530/cam0.mp4", "videos/kubric_data/scene_1530/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Small Rubber Knot", "B) Small Metal Suzanne", "C) Small Rubber Cube", "D) Large Rubber Teapot"], "answer": "B) Small Metal Suzanne", "videos": ["videos/kubric_data/scene_779/cam0.mp4", "videos/kubric_data/scene_779/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Red Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Brown Metal Cube in the 3D space?", "options": ["A) Small Green Metal Sphere", "B) Large Blue Metal Sphere", "C) Small Cyan Rubber Sphere", "D) Small Green Rubber Cylinder"], "answer": "B) Large Blue Metal Sphere", "videos": ["videos/kubric_data/scene_1301/cam0.mp4", "videos/kubric_data/scene_1301/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Knot", "B) Large Rubber Cone", "C) Small Rubber Spot", "D) Small Rubber Cone"], "answer": "C) Small Rubber Spot", "videos": ["videos/kubric_data/scene_604/cam0.mp4", "videos/kubric_data/scene_604/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Metal Sphere", "B) Small Rubber Spot", "C) Small Rubber Sponge", "D) Large Metal Suzanne"], "answer": "D) Large Metal Suzanne", "videos": ["videos/kubric_data/scene_730/cam0.mp4", "videos/kubric_data/scene_730/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Yellow Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Blue Metal Cylinder in the 3D space?", "options": ["A) Small Cyan Rubber Sphere", "B) Large Red Rubber Sphere", "C) Small Red Rubber Cube", "D) Small Cyan Rubber Cube"], "answer": "A) Small Cyan Rubber Sphere", "videos": ["videos/kubric_data/scene_443/cam0.mp4", "videos/kubric_data/scene_443/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Rubber Knot", "B) Small Rubber Sponge", "C) Large Metal Cylinder", "D) Small Rubber Gear"], "answer": "C) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_1943/cam0.mp4", "videos/kubric_data/scene_1943/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Large Metal Sphere", "B) Large Rubber Cylinder", "C) Small Rubber Suzanne", "D) Large Metal Sponge"], "answer": "B) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_1649/cam0.mp4", "videos/kubric_data/scene_1649/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Metal Sphere", "C) Small Rubber Cube", "D) Large Metal Torus"], "answer": "D) Large Metal Torus", "videos": ["videos/kubric_data/scene_1893/cam0.mp4", "videos/kubric_data/scene_1893/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Large Metal Teapot", "B) Large Metal Gear", "C) Small Rubber Cube", "D) Large Rubber Suzanne"], "answer": "A) Large Metal Teapot", "videos": ["videos/kubric_data/scene_1626/cam0.mp4", "videos/kubric_data/scene_1626/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Sphere in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Teapot", "C) Large Rubber Cube", "D) Small Metal Torus"], "answer": "B) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_751/cam0.mp4", "videos/kubric_data/scene_751/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Rubber Sphere", "C) Large Rubber Cylinder", "D) Large Rubber Spot"], "answer": "D) Large Rubber Spot", "videos": ["videos/kubric_data/scene_583/cam0.mp4", "videos/kubric_data/scene_583/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sphere in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Large Metal Torus", "C) Large Metal Spot", "D) Small Metal Gear"], "answer": "C) Large Metal Spot", "videos": ["videos/kubric_data/scene_1548/cam0.mp4", "videos/kubric_data/scene_1548/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Metal Cylinder", "C) Small Metal Knot", "D) Small Rubber Gear"], "answer": "A) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1701/cam0.mp4", "videos/kubric_data/scene_1701/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Sphere in the 3D space?", "options": ["A) Large Rubber Gear", "B) Small Metal Knot", "C) Large Rubber Cube", "D) Small Rubber Cone"], "answer": "D) Small Rubber Cone", "videos": ["videos/kubric_data/scene_794/cam0.mp4", "videos/kubric_data/scene_794/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Rubber Cylinder", "C) Small Metal Cube", "D) Small Metal Spot"], "answer": "B) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1809/cam0.mp4", "videos/kubric_data/scene_1809/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Torus completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cone in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Rubber Sphere", "C) Large Rubber Cylinder", "D) Large Rubber Gear"], "answer": "C) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_916/cam0.mp4", "videos/kubric_data/scene_916/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sphere in the 3D space?", "options": ["A) Small Rubber Knot", "B) Small Metal Spot", "C) Large Metal Teapot", "D) Small Rubber Sponge"], "answer": "A) Small Rubber Knot", "videos": ["videos/kubric_data/scene_522/cam0.mp4", "videos/kubric_data/scene_522/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Small Metal Suzanne in the 3D space?", "options": ["A) Small Metal Cone", "B) Large Rubber Sphere", "C) Large Metal Cylinder", "D) Large Metal Torus"], "answer": "C) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_1549/cam0.mp4", "videos/kubric_data/scene_1549/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Suzanne", "C) Large Metal Knot", "D) Large Metal Gear"], "answer": "B) Small Metal Suzanne", "videos": ["videos/kubric_data/scene_1815/cam0.mp4", "videos/kubric_data/scene_1815/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Gray Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Yellow Metal Sphere in the 3D space?", "options": ["A) Large Purple Rubber Cube", "B) Large Red Metal Sphere", "C) Large Red Rubber Cylinder", "D) Large Brown Rubber Cylinder"], "answer": "A) Large Purple Rubber Cube", "videos": ["videos/kubric_data/scene_1336/cam0.mp4", "videos/kubric_data/scene_1336/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Large Metal Teapot", "B) Large Metal Spot", "C) Small Metal Suzanne", "D) Small Metal Cube"], "answer": "D) Small Metal Cube", "videos": ["videos/kubric_data/scene_1503/cam0.mp4", "videos/kubric_data/scene_1503/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Large Metal Gear", "B) Large Metal Sphere", "C) Small Rubber Teapot", "D) Small Rubber Cube"], "answer": "B) Large Metal Sphere", "videos": ["videos/kubric_data/scene_1519/cam0.mp4", "videos/kubric_data/scene_1519/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Cyan Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Gray Rubber Cylinder in the 3D space?", "options": ["A) Small Yellow Metal Cube", "B) Large Blue Metal Sphere", "C) Small Blue Rubber Sphere", "D) Small Brown Metal Cube"], "answer": "C) Small Blue Rubber Sphere", "videos": ["videos/kubric_data/scene_249/cam0.mp4", "videos/kubric_data/scene_249/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Large Metal Sphere", "B) Large Metal Teapot", "C) Small Metal Spot", "D) Small Rubber Cylinder"], "answer": "D) Small Rubber Cylinder", "videos": ["videos/kubric_data/scene_1609/cam0.mp4", "videos/kubric_data/scene_1609/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Red Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Blue Rubber Sphere in the 3D space?", "options": ["A) Small Blue Metal Cylinder", "B) Large Blue Metal Cylinder", "C) Small Gray Rubber Cube", "D) Large Blue Rubber Cube"], "answer": "A) Small Blue Metal Cylinder", "videos": ["videos/kubric_data/scene_318/cam0.mp4", "videos/kubric_data/scene_318/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Torus", "B) Large Metal Sphere", "C) Large Rubber Spot", "D) Small Metal Teapot"], "answer": "C) Large Rubber Spot", "videos": ["videos/kubric_data/scene_867/cam0.mp4", "videos/kubric_data/scene_867/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Small Metal Sponge", "B) Large Rubber Cone", "C) Large Metal Cylinder", "D) Small Rubber Spot"], "answer": "A) Small Metal Sponge", "videos": ["videos/kubric_data/scene_672/cam0.mp4", "videos/kubric_data/scene_672/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Rubber Cone", "C) Large Metal Cube", "D) Small Metal Suzanne"], "answer": "D) Small Metal Suzanne", "videos": ["videos/kubric_data/scene_655/cam0.mp4", "videos/kubric_data/scene_655/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Small Metal Cone", "C) Small Rubber Cube", "D) Small Metal Torus"], "answer": "B) Small Metal Cone", "videos": ["videos/kubric_data/scene_1582/cam0.mp4", "videos/kubric_data/scene_1582/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Rubber Teapot", "C) Large Metal Cylinder", "D) Small Rubber Torus"], "answer": "C) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_1986/cam0.mp4", "videos/kubric_data/scene_1986/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Metal Suzanne", "B) Large Metal Torus", "C) Large Rubber Gear", "D) Small Metal Knot"], "answer": "D) Small Metal Knot", "videos": ["videos/kubric_data/scene_699/cam0.mp4", "videos/kubric_data/scene_699/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Large Rubber Sponge", "B) Small Rubber Spot", "C) Small Metal Sponge", "D) Large Metal Torus"], "answer": "B) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1947/cam0.mp4", "videos/kubric_data/scene_1947/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Large Metal Cone", "C) Small Metal Cylinder", "D) Small Metal Sponge"], "answer": "A) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_943/cam0.mp4", "videos/kubric_data/scene_943/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Metal Sphere", "C) Large Rubber Cube", "D) Small Rubber Sphere"], "answer": "A) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_1729/cam0.mp4", "videos/kubric_data/scene_1729/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Metal Knot in the 3D space?", "options": ["A) Large Rubber Torus", "B) Large Rubber Cone", "C) Small Rubber Gear", "D) Small Metal Teapot"], "answer": "D) Small Metal Teapot", "videos": ["videos/kubric_data/scene_882/cam0.mp4", "videos/kubric_data/scene_882/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Metal Gear in the 3D space?", "options": ["A) Small Rubber Torus", "B) Small Rubber Spot", "C) Small Rubber Suzanne", "D) Small Metal Torus"], "answer": "C) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_1579/cam0.mp4", "videos/kubric_data/scene_1579/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Small Metal Cylinder", "B) Small Metal Knot", "C) Large Rubber Gear", "D) Small Metal Sphere"], "answer": "B) Small Metal Knot", "videos": ["videos/kubric_data/scene_724/cam0.mp4", "videos/kubric_data/scene_724/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Metal Knot", "C) Small Rubber Teapot", "D) Small Metal Sponge"], "answer": "A) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_1993/cam0.mp4", "videos/kubric_data/scene_1993/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Gray Metal Cylinder in the 3D space?", "options": ["A) Small Yellow Rubber Sphere", "B) Small Red Rubber Cube", "C) Large Cyan Rubber Cube", "D) Large Gray Rubber Cube"], "answer": "B) Small Red Rubber Cube", "videos": ["videos/kubric_data/scene_1037/cam0.mp4", "videos/kubric_data/scene_1037/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Sphere in the 3D space?", "options": ["A) Small Metal Cylinder", "B) Small Rubber Spot", "C) Small Rubber Cube", "D) Large Metal Cone"], "answer": "C) Small Rubber Cube", "videos": ["videos/kubric_data/scene_532/cam0.mp4", "videos/kubric_data/scene_532/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Small Metal Gear in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Large Rubber Sponge", "C) Large Rubber Sphere", "D) Small Metal Teapot"], "answer": "D) Small Metal Teapot", "videos": ["videos/kubric_data/scene_1681/cam0.mp4", "videos/kubric_data/scene_1681/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Small Metal Teapot", "C) Large Metal Cylinder", "D) Large Metal Gear"], "answer": "B) Small Metal Teapot", "videos": ["videos/kubric_data/scene_1724/cam0.mp4", "videos/kubric_data/scene_1724/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Small Rubber Torus in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Metal Teapot", "C) Small Metal Cone", "D) Large Rubber Cylinder"], "answer": "C) Small Metal Cone", "videos": ["videos/kubric_data/scene_548/cam0.mp4", "videos/kubric_data/scene_548/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Green Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Brown Rubber Cube in the 3D space?", "options": ["A) Small Gray Metal Cylinder", "B) Large Brown Metal Sphere", "C) Large Gray Rubber Sphere", "D) Small Purple Metal Sphere"], "answer": "A) Small Gray Metal Cylinder", "videos": ["videos/kubric_data/scene_129/cam0.mp4", "videos/kubric_data/scene_129/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Cyan Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Red Metal Cube in the 3D space?", "options": ["A) Large Blue Metal Cylinder", "B) Large Red Rubber Sphere", "C) Small Yellow Rubber Sphere", "D) Small Red Metal Sphere"], "answer": "D) Small Red Metal Sphere", "videos": ["videos/kubric_data/scene_1362/cam0.mp4", "videos/kubric_data/scene_1362/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Metal Suzanne", "C) Large Metal Cube", "D) Large Metal Teapot"], "answer": "D) Large Metal Teapot", "videos": ["videos/kubric_data/scene_691/cam0.mp4", "videos/kubric_data/scene_691/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Large Rubber Suzanne", "C) Small Rubber Spot", "D) Small Rubber Knot"], "answer": "B) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1998/cam0.mp4", "videos/kubric_data/scene_1998/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Metal Cylinder", "C) Small Metal Knot", "D) Large Metal Cone"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_1505/cam0.mp4", "videos/kubric_data/scene_1505/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Rubber Gear", "B) Small Rubber Suzanne", "C) Large Rubber Cube", "D) Large Rubber Teapot"], "answer": "A) Small Rubber Gear", "videos": ["videos/kubric_data/scene_1539/cam0.mp4", "videos/kubric_data/scene_1539/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Gray Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Gray Rubber Cylinder in the 3D space?", "options": ["A) Large Blue Rubber Cube", "B) Small Purple Rubber Cube", "C) Large Purple Rubber Cube", "D) Small Cyan Rubber Cube"], "answer": "A) Large Blue Rubber Cube", "videos": ["videos/kubric_data/scene_1231/cam0.mp4", "videos/kubric_data/scene_1231/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Cylinder in the 3D space?", "options": ["A) Small Metal Cube", "B) Small Rubber Knot", "C) Small Rubber Sphere", "D) Large Rubber Teapot"], "answer": "D) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_807/cam0.mp4", "videos/kubric_data/scene_807/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Large Metal Sphere", "B) Small Rubber Cone", "C) Small Rubber Sponge", "D) Small Rubber Teapot"], "answer": "C) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1992/cam0.mp4", "videos/kubric_data/scene_1992/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Metal Gear", "B) Small Rubber Sphere", "C) Small Metal Cylinder", "D) Large Metal Cylinder"], "answer": "B) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_1632/cam0.mp4", "videos/kubric_data/scene_1632/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Metal Cylinder in the 3D space?", "options": ["A) Large Rubber Gear", "B) Small Rubber Cone", "C) Large Rubber Suzanne", "D) Large Metal Cube"], "answer": "D) Large Metal Cube", "videos": ["videos/kubric_data/scene_739/cam0.mp4", "videos/kubric_data/scene_739/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Purple Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Green Rubber Cylinder in the 3D space?", "options": ["A) Small Gray Metal Sphere", "B) Small Cyan Metal Sphere", "C) Small Purple Rubber Sphere", "D) Small Purple Metal Sphere"], "answer": "A) Small Gray Metal Sphere", "videos": ["videos/kubric_data/scene_386/cam0.mp4", "videos/kubric_data/scene_386/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Torus", "B) Large Metal Spot", "C) Large Metal Cone", "D) Large Metal Sponge"], "answer": "C) Large Metal Cone", "videos": ["videos/kubric_data/scene_825/cam0.mp4", "videos/kubric_data/scene_825/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Rubber Cone", "B) Large Metal Spot", "C) Large Metal Teapot", "D) Large Rubber Cube"], "answer": "B) Large Metal Spot", "videos": ["videos/kubric_data/scene_1654/cam0.mp4", "videos/kubric_data/scene_1654/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Metal Spot", "B) Large Metal Sponge", "C) Small Metal Torus", "D) Large Rubber Teapot"], "answer": "B) Large Metal Sponge", "videos": ["videos/kubric_data/scene_1602/cam0.mp4", "videos/kubric_data/scene_1602/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Blue Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Yellow Metal Cylinder in the 3D space?", "options": ["A) Small Blue Metal Sphere", "B) Small Purple Rubber Sphere", "C) Small Yellow Metal Cube", "D) Large Purple Rubber Cube"], "answer": "A) Small Blue Metal Sphere", "videos": ["videos/kubric_data/scene_1402/cam0.mp4", "videos/kubric_data/scene_1402/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Cone in the 3D space?", "options": ["A) Small Metal Torus", "B) Large Metal Cylinder", "C) Small Metal Suzanne", "D) Large Rubber Sphere"], "answer": "D) Large Rubber Sphere", "videos": ["videos/kubric_data/scene_723/cam0.mp4", "videos/kubric_data/scene_723/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Spot in the 3D space?", "options": ["A) Large Rubber Sphere", "B) Small Rubber Teapot", "C) Large Rubber Cylinder", "D) Large Metal Cube"], "answer": "C) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_543/cam0.mp4", "videos/kubric_data/scene_543/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cone in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Metal Knot", "C) Small Metal Sphere", "D) Small Rubber Gear"], "answer": "C) Small Metal Sphere", "videos": ["videos/kubric_data/scene_930/cam0.mp4", "videos/kubric_data/scene_930/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Green Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Red Metal Cylinder in the 3D space?", "options": ["A) Small Green Rubber Cube", "B) Small Green Metal Cube", "C) Large Red Metal Cube", "D) Large Purple Rubber Cube"], "answer": "B) Small Green Metal Cube", "videos": ["videos/kubric_data/scene_3/cam0.mp4", "videos/kubric_data/scene_3/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Spot", "B) Large Metal Sponge", "C) Large Metal Sphere", "D) Small Metal Knot"], "answer": "A) Small Metal Spot", "videos": ["videos/kubric_data/scene_829/cam0.mp4", "videos/kubric_data/scene_829/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sponge in the 3D space?", "options": ["A) Small Rubber Gear", "B) Small Rubber Teapot", "C) Small Metal Gear", "D) Small Metal Cylinder"], "answer": "D) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_976/cam0.mp4", "videos/kubric_data/scene_976/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Small Metal Sponge", "C) Large Metal Cube", "D) Small Metal Spot"], "answer": "B) Small Metal Sponge", "videos": ["videos/kubric_data/scene_1938/cam0.mp4", "videos/kubric_data/scene_1938/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Metal Suzanne in the 3D space?", "options": ["A) Small Metal Cone", "B) Small Metal Sphere", "C) Large Rubber Knot", "D) Small Metal Teapot"], "answer": "D) Small Metal Teapot", "videos": ["videos/kubric_data/scene_712/cam0.mp4", "videos/kubric_data/scene_712/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Sphere", "C) Large Rubber Knot", "D) Small Metal Torus"], "answer": "A) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_695/cam0.mp4", "videos/kubric_data/scene_695/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Large Metal Cylinder", "C) Small Rubber Cone", "D) Small Metal Knot"], "answer": "C) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1862/cam0.mp4", "videos/kubric_data/scene_1862/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Large Metal Sphere", "C) Large Rubber Cylinder", "D) Small Metal Torus"], "answer": "C) Large Rubber Cylinder", "videos": ["videos/kubric_data/scene_606/cam0.mp4", "videos/kubric_data/scene_606/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Large Metal Gear", "B) Small Metal Teapot", "C) Small Metal Knot", "D) Small Metal Cylinder"], "answer": "A) Large Metal Gear", "videos": ["videos/kubric_data/scene_528/cam0.mp4", "videos/kubric_data/scene_528/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sphere in the 3D space?", "options": ["A) Large Rubber Spot", "B) Large Rubber Teapot", "C) Large Rubber Cylinder", "D) Large Metal Gear"], "answer": "D) Large Metal Gear", "videos": ["videos/kubric_data/scene_868/cam0.mp4", "videos/kubric_data/scene_868/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Small Metal Knot in the 3D space?", "options": ["A) Large Metal Spot", "B) Small Metal Torus", "C) Small Metal Cylinder", "D) Small Rubber Suzanne"], "answer": "B) Small Metal Torus", "videos": ["videos/kubric_data/scene_1778/cam0.mp4", "videos/kubric_data/scene_1778/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Small Metal Sphere", "C) Small Rubber Teapot", "D) Small Rubber Sponge"], "answer": "C) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_595/cam0.mp4", "videos/kubric_data/scene_595/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Large Metal Torus", "B) Small Rubber Sponge", "C) Small Rubber Cone", "D) Small Rubber Spot"], "answer": "A) Large Metal Torus", "videos": ["videos/kubric_data/scene_1851/cam0.mp4", "videos/kubric_data/scene_1851/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Metal Sponge", "C) Large Metal Sponge", "D) Small Metal Cone"], "answer": "D) Small Metal Cone", "videos": ["videos/kubric_data/scene_1725/cam0.mp4", "videos/kubric_data/scene_1725/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Cone", "B) Small Metal Cylinder", "C) Small Metal Torus", "D) Large Rubber Suzanne"], "answer": "B) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_814/cam0.mp4", "videos/kubric_data/scene_814/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Large Metal Cube", "C) Small Rubber Teapot", "D) Large Metal Cone"], "answer": "D) Large Metal Cone", "videos": ["videos/kubric_data/scene_1911/cam0.mp4", "videos/kubric_data/scene_1911/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Large Metal Sponge", "B) Small Rubber Cylinder", "C) Small Rubber Sphere", "D) Large Rubber Suzanne"], "answer": "A) Large Metal Sponge", "videos": ["videos/kubric_data/scene_847/cam0.mp4", "videos/kubric_data/scene_847/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Rubber Torus", "C) Small Rubber Cone", "D) Large Metal Sphere"], "answer": "C) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1975/cam0.mp4", "videos/kubric_data/scene_1975/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Large Rubber Cube", "C) Small Metal Cylinder", "D) Large Rubber Spot"], "answer": "B) Large Rubber Cube", "videos": ["videos/kubric_data/scene_1708/cam0.mp4", "videos/kubric_data/scene_1708/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Small Rubber Knot", "B) Large Rubber Cone", "C) Large Rubber Cube", "D) Large Metal Teapot"], "answer": "B) Large Rubber Cone", "videos": ["videos/kubric_data/scene_944/cam0.mp4", "videos/kubric_data/scene_944/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Small Rubber Knot in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Rubber Cylinder", "C) Large Metal Teapot", "D) Large Rubber Teapot"], "answer": "D) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_968/cam0.mp4", "videos/kubric_data/scene_968/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Metal Torus", "B) Small Rubber Cone", "C) Small Rubber Sponge", "D) Small Rubber Teapot"], "answer": "A) Small Metal Torus", "videos": ["videos/kubric_data/scene_1871/cam0.mp4", "videos/kubric_data/scene_1871/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Small Rubber Torus in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Large Rubber Spot", "C) Small Metal Cube", "D) Large Rubber Cylinder"], "answer": "C) Small Metal Cube", "videos": ["videos/kubric_data/scene_927/cam0.mp4", "videos/kubric_data/scene_927/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Small Metal Cone in the 3D space?", "options": ["A) Large Rubber Gear", "B) Large Rubber Suzanne", "C) Large Metal Sponge", "D) Small Metal Torus"], "answer": "D) Small Metal Torus", "videos": ["videos/kubric_data/scene_1502/cam0.mp4", "videos/kubric_data/scene_1502/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Teapot", "B) Small Metal Cone", "C) Small Rubber Teapot", "D) Small Metal Torus"], "answer": "B) Small Metal Cone", "videos": ["videos/kubric_data/scene_1944/cam0.mp4", "videos/kubric_data/scene_1944/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sphere in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Metal Cone", "C) Small Rubber Cube", "D) Small Rubber Gear"], "answer": "A) Small Metal Knot", "videos": ["videos/kubric_data/scene_646/cam0.mp4", "videos/kubric_data/scene_646/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Large Rubber Cube", "B) Large Rubber Teapot", "C) Large Metal Torus", "D) Small Metal Cube"], "answer": "C) Large Metal Torus", "videos": ["videos/kubric_data/scene_1711/cam0.mp4", "videos/kubric_data/scene_1711/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Small Rubber Cone", "B) Large Rubber Suzanne", "C) Small Rubber Sphere", "D) Small Metal Sponge"], "answer": "C) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_1624/cam0.mp4", "videos/kubric_data/scene_1624/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Rubber Sphere", "B) Small Metal Knot", "C) Small Metal Cube", "D) Large Metal Sphere"], "answer": "B) Small Metal Knot", "videos": ["videos/kubric_data/scene_830/cam0.mp4", "videos/kubric_data/scene_830/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Gear", "B) Small Rubber Spot", "C) Small Metal Cone", "D) Large Metal Sponge"], "answer": "A) Large Rubber Gear", "videos": ["videos/kubric_data/scene_994/cam0.mp4", "videos/kubric_data/scene_994/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Teapot in the 3D space?", "options": ["A) Large Metal Spot", "B) Small Rubber Spot", "C) Small Metal Suzanne", "D) Small Metal Cylinder"], "answer": "D) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_1886/cam0.mp4", "videos/kubric_data/scene_1886/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Small Metal Teapot in the 3D space?", "options": ["A) Small Metal Cone", "B) Large Metal Torus", "C) Small Metal Knot", "D) Small Rubber Cylinder"], "answer": "B) Large Metal Torus", "videos": ["videos/kubric_data/scene_741/cam0.mp4", "videos/kubric_data/scene_741/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Small Rubber Spot", "C) Large Rubber Gear", "D) Small Rubber Cone"], "answer": "A) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_1816/cam0.mp4", "videos/kubric_data/scene_1816/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Large Rubber Sphere", "C) Small Rubber Cube", "D) Small Rubber Spot"], "answer": "D) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1887/cam0.mp4", "videos/kubric_data/scene_1887/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Large Metal Cone", "C) Small Rubber Gear", "D) Small Metal Torus"], "answer": "C) Small Rubber Gear", "videos": ["videos/kubric_data/scene_1786/cam0.mp4", "videos/kubric_data/scene_1786/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Teapot in the 3D space?", "options": ["A) Large Rubber Sphere", "B) Small Rubber Torus", "C) Small Metal Cylinder", "D) Large Metal Gear"], "answer": "C) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_1695/cam0.mp4", "videos/kubric_data/scene_1695/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Small Metal Gear in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Small Rubber Cylinder", "C) Small Rubber Sphere", "D) Small Metal Sponge"], "answer": "A) Large Rubber Teapot", "videos": ["videos/kubric_data/scene_600/cam0.mp4", "videos/kubric_data/scene_600/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Sponge in the 3D space?", "options": ["A) Small Metal Knot", "B) Large Metal Teapot", "C) Large Rubber Cylinder", "D) Small Metal Spot"], "answer": "D) Small Metal Spot", "videos": ["videos/kubric_data/scene_1957/cam0.mp4", "videos/kubric_data/scene_1957/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Suzanne in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Large Metal Torus", "C) Large Rubber Cube", "D) Small Metal Knot"], "answer": "B) Large Metal Torus", "videos": ["videos/kubric_data/scene_961/cam0.mp4", "videos/kubric_data/scene_961/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Cube", "B) Large Rubber Knot", "C) Large Metal Spot", "D) Small Metal Teapot"], "answer": "B) Large Rubber Knot", "videos": ["videos/kubric_data/scene_1982/cam0.mp4", "videos/kubric_data/scene_1982/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Gear completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Large Metal Torus", "B) Small Metal Sponge", "C) Small Rubber Teapot", "D) Small Rubber Cylinder"], "answer": "A) Large Metal Torus", "videos": ["videos/kubric_data/scene_1588/cam0.mp4", "videos/kubric_data/scene_1588/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Sponge in the 3D space?", "options": ["A) Large Rubber Cube", "B) Small Rubber Cone", "C) Small Rubber Teapot", "D) Small Metal Suzanne"], "answer": "C) Small Rubber Teapot", "videos": ["videos/kubric_data/scene_1904/cam0.mp4", "videos/kubric_data/scene_1904/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Large Rubber Knot", "B) Small Metal Knot", "C) Large Rubber Teapot", "D) Small Rubber Torus"], "answer": "D) Small Rubber Torus", "videos": ["videos/kubric_data/scene_873/cam0.mp4", "videos/kubric_data/scene_873/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Small Rubber Spot", "B) Large Metal Spot", "C) Large Metal Torus", "D) Small Metal Teapot"], "answer": "C) Large Metal Torus", "videos": ["videos/kubric_data/scene_1926/cam0.mp4", "videos/kubric_data/scene_1926/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Large Metal Torus", "C) Small Metal Cylinder", "D) Small Metal Teapot"], "answer": "B) Large Metal Torus", "videos": ["videos/kubric_data/scene_981/cam0.mp4", "videos/kubric_data/scene_981/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Large Metal Sponge", "B) Large Metal Torus", "C) Small Rubber Cube", "D) Large Rubber Torus"], "answer": "A) Large Metal Sponge", "videos": ["videos/kubric_data/scene_820/cam0.mp4", "videos/kubric_data/scene_820/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Large Metal Cone", "B) Large Rubber Suzanne", "C) Small Rubber Sponge", "D) Small Metal Torus"], "answer": "D) Small Metal Torus", "videos": ["videos/kubric_data/scene_902/cam0.mp4", "videos/kubric_data/scene_902/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Cube", "C) Small Metal Teapot", "D) Small Rubber Torus"], "answer": "B) Small Metal Cube", "videos": ["videos/kubric_data/scene_1821/cam0.mp4", "videos/kubric_data/scene_1821/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Small Rubber Spot", "B) Small Rubber Cone", "C) Large Rubber Suzanne", "D) Large Metal Torus"], "answer": "A) Small Rubber Spot", "videos": ["videos/kubric_data/scene_1984/cam0.mp4", "videos/kubric_data/scene_1984/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Gear in the 3D space?", "options": ["A) Small Metal Teapot", "B) Large Rubber Cylinder", "C) Small Metal Torus", "D) Small Metal Cube"], "answer": "C) Small Metal Torus", "videos": ["videos/kubric_data/scene_1638/cam0.mp4", "videos/kubric_data/scene_1638/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Large Metal Gear", "B) Large Metal Cone", "C) Large Metal Spot", "D) Small Metal Sphere"], "answer": "D) Small Metal Sphere", "videos": ["videos/kubric_data/scene_619/cam0.mp4", "videos/kubric_data/scene_619/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Metal Cube in the 3D space?", "options": ["A) Large Metal Spot", "B) Large Rubber Knot", "C) Large Rubber Cylinder", "D) Small Rubber Sponge"], "answer": "D) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1785/cam0.mp4", "videos/kubric_data/scene_1785/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Small Rubber Suzanne in the 3D space?", "options": ["A) Small Metal Cone", "B) Large Rubber Spot", "C) Small Metal Sponge", "D) Small Metal Teapot"], "answer": "C) Small Metal Sponge", "videos": ["videos/kubric_data/scene_1749/cam0.mp4", "videos/kubric_data/scene_1749/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Large Rubber Knot", "B) Small Rubber Spot", "C) Small Metal Teapot", "D) Small Rubber Cone"], "answer": "A) Large Rubber Knot", "videos": ["videos/kubric_data/scene_1615/cam0.mp4", "videos/kubric_data/scene_1615/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sponge completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Small Metal Gear", "C) Small Rubber Spot", "D) Small Metal Teapot"], "answer": "B) Small Metal Gear", "videos": ["videos/kubric_data/scene_924/cam0.mp4", "videos/kubric_data/scene_924/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Metal Cylinder", "C) Small Rubber Sphere", "D) Large Metal Teapot"], "answer": "C) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_1903/cam0.mp4", "videos/kubric_data/scene_1903/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Metal Sponge", "B) Small Rubber Suzanne", "C) Small Rubber Teapot", "D) Large Metal Cube"], "answer": "D) Large Metal Cube", "videos": ["videos/kubric_data/scene_844/cam0.mp4", "videos/kubric_data/scene_844/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Small Rubber Teapot in the 3D space?", "options": ["A) Small Rubber Gear", "B) Small Metal Torus", "C) Large Rubber Cube", "D) Small Metal Knot"], "answer": "B) Small Metal Torus", "videos": ["videos/kubric_data/scene_721/cam0.mp4", "videos/kubric_data/scene_721/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Metal Cube in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Large Metal Torus", "C) Small Rubber Teapot", "D) Large Metal Cone"], "answer": "A) Large Rubber Suzanne", "videos": ["videos/kubric_data/scene_773/cam0.mp4", "videos/kubric_data/scene_773/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Rubber Torus in the 3D space?", "options": ["A) Small Metal Teapot", "B) Small Rubber Suzanne", "C) Small Metal Knot", "D) Large Metal Cube"], "answer": "B) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_992/cam0.mp4", "videos/kubric_data/scene_992/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Gear", "C) Large Rubber Teapot", "D) Small Metal Cylinder"], "answer": "A) Small Rubber Cone", "videos": ["videos/kubric_data/scene_889/cam0.mp4", "videos/kubric_data/scene_889/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Gear completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cube in the 3D space?", "options": ["A) Large Rubber Suzanne", "B) Large Metal Sponge", "C) Small Metal Sphere", "D) Small Rubber Cone"], "answer": "D) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1679/cam0.mp4", "videos/kubric_data/scene_1679/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Small Metal Suzanne", "B) Small Metal Torus", "C) Large Metal Sphere", "D) Small Rubber Knot"], "answer": "C) Large Metal Sphere", "videos": ["videos/kubric_data/scene_1935/cam0.mp4", "videos/kubric_data/scene_1935/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Metal Spot", "C) Small Rubber Cone", "D) Small Rubber Cylinder"], "answer": "A) Small Metal Knot", "videos": ["videos/kubric_data/scene_562/cam0.mp4", "videos/kubric_data/scene_562/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Torus completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Small Rubber Knot", "B) Small Metal Cylinder", "C) Small Metal Cube", "D) Large Metal Sphere"], "answer": "C) Small Metal Cube", "videos": ["videos/kubric_data/scene_1844/cam0.mp4", "videos/kubric_data/scene_1844/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Rubber Spot in the 3D space?", "options": ["A) Large Rubber Torus", "B) Small Metal Sponge", "C) Small Rubber Torus", "D) Large Metal Teapot"], "answer": "D) Large Metal Teapot", "videos": ["videos/kubric_data/scene_1568/cam0.mp4", "videos/kubric_data/scene_1568/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Metal Sphere", "B) Small Metal Torus", "C) Large Rubber Cone", "D) Large Rubber Spot"], "answer": "B) Small Metal Torus", "videos": ["videos/kubric_data/scene_827/cam0.mp4", "videos/kubric_data/scene_827/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Teapot completely exits the frame in Video 1, which object is physically closest to the Small Rubber Spot in the 3D space?", "options": ["A) Small Metal Gear", "B) Small Rubber Cylinder", "C) Small Rubber Cone", "D) Large Rubber Gear"], "answer": "C) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1698/cam0.mp4", "videos/kubric_data/scene_1698/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Teapot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cube in the 3D space?", "options": ["A) Small Rubber Gear", "B) Small Metal Cylinder", "C) Large Rubber Teapot", "D) Large Metal Sphere"], "answer": "B) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_1834/cam0.mp4", "videos/kubric_data/scene_1834/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Sponge completely exits the frame in Video 1, which object is physically closest to the Large Metal Suzanne in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Rubber Spot", "C) Large Rubber Teapot", "D) Large Rubber Gear"], "answer": "D) Large Rubber Gear", "videos": ["videos/kubric_data/scene_565/cam0.mp4", "videos/kubric_data/scene_565/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Blue Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Small Brown Metal Cube in the 3D space?", "options": ["A) Small Red Rubber Cylinder", "B) Small Green Rubber Cylinder", "C) Small Cyan Rubber Sphere", "D) Small Green Metal Sphere"], "answer": "A) Small Red Rubber Cylinder", "videos": ["videos/kubric_data/scene_1301/cam0.mp4", "videos/kubric_data/scene_1301/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Cyan Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Blue Metal Cylinder in the 3D space?", "options": ["A) Large Red Rubber Sphere", "B) Small Red Rubber Cube", "C) Small Yellow Rubber Cube", "D) Large Brown Metal Sphere"], "answer": "C) Small Yellow Rubber Cube", "videos": ["videos/kubric_data/scene_443/cam0.mp4", "videos/kubric_data/scene_443/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sphere in the 3D space?", "options": ["A) Large Metal Torus", "B) Large Metal Cone", "C) Large Rubber Suzanne", "D) Large Rubber Knot"], "answer": "B) Large Metal Cone", "videos": ["videos/kubric_data/scene_1548/cam0.mp4", "videos/kubric_data/scene_1548/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cylinder completely exits the frame in Video 1, which object is physically closest to the Small Rubber Cone in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Small Rubber Sphere", "C) Small Rubber Spot", "D) Small Metal Torus"], "answer": "D) Small Metal Torus", "videos": ["videos/kubric_data/scene_916/cam0.mp4", "videos/kubric_data/scene_916/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Knot completely exits the frame in Video 1, which object is physically closest to the Small Metal Suzanne in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Small Rubber Cone", "C) Large Rubber Sphere", "D) Small Rubber Knot"], "answer": "A) Large Metal Cylinder", "videos": ["videos/kubric_data/scene_1549/cam0.mp4", "videos/kubric_data/scene_1549/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Spot in the 3D space?", "options": ["A) Small Rubber Cube", "B) Large Metal Teapot", "C) Small Rubber Cylinder", "D) Small Rubber Sphere"], "answer": "D) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_1582/cam0.mp4", "videos/kubric_data/scene_1582/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Knot in the 3D space?", "options": ["A) Small Rubber Suzanne", "B) Large Metal Cone", "C) Large Metal Torus", "D) Small Metal Cylinder"], "answer": "A) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_943/cam0.mp4", "videos/kubric_data/scene_943/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cone completely exits the frame in Video 1, which object is physically closest to the Small Metal Knot in the 3D space?", "options": ["A) Small Metal Suzanne", "B) Small Metal Teapot", "C) Large Metal Cylinder", "D) Large Rubber Torus"], "answer": "B) Small Metal Teapot", "videos": ["videos/kubric_data/scene_882/cam0.mp4", "videos/kubric_data/scene_882/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Small Metal Spot", "B) Large Metal Cube", "C) Small Metal Knot", "D) Large Rubber Gear"], "answer": "C) Small Metal Knot", "videos": ["videos/kubric_data/scene_724/cam0.mp4", "videos/kubric_data/scene_724/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Small Rubber Cylinder", "C) Large Metal Gear", "D) Small Metal Teapot"], "answer": "D) Small Metal Teapot", "videos": ["videos/kubric_data/scene_1724/cam0.mp4", "videos/kubric_data/scene_1724/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Cylinder completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sponge in the 3D space?", "options": ["A) Small Rubber Cube", "B) Small Rubber Suzanne", "C) Large Metal Teapot", "D) Large Rubber Torus"], "answer": "B) Small Rubber Suzanne", "videos": ["videos/kubric_data/scene_691/cam0.mp4", "videos/kubric_data/scene_691/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Cone completely exits the frame in Video 1, which object is physically closest to the Large Metal Teapot in the 3D space?", "options": ["A) Small Metal Knot", "B) Small Metal Cylinder", "C) Small Metal Suzanne", "D) Small Metal Sponge"], "answer": "C) Small Metal Suzanne", "videos": ["videos/kubric_data/scene_1505/cam0.mp4", "videos/kubric_data/scene_1505/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Cube completely exits the frame in Video 1, which object is physically closest to the Large Metal Torus in the 3D space?", "options": ["A) Small Rubber Sponge", "B) Small Rubber Teapot", "C) Large Rubber Suzanne", "D) Small Rubber Cone"], "answer": "A) Small Rubber Sponge", "videos": ["videos/kubric_data/scene_1992/cam0.mp4", "videos/kubric_data/scene_1992/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Metal Cylinder", "B) Large Rubber Sponge", "C) Small Rubber Sphere", "D) Small Metal Cylinder"], "answer": "C) Small Rubber Sphere", "videos": ["videos/kubric_data/scene_1632/cam0.mp4", "videos/kubric_data/scene_1632/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Metal Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Knot in the 3D space?", "options": ["A) Large Rubber Teapot", "B) Small Metal Cube", "C) Small Metal Torus", "D) Large Metal Sponge"], "answer": "D) Large Metal Sponge", "videos": ["videos/kubric_data/scene_1602/cam0.mp4", "videos/kubric_data/scene_1602/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Sphere completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cylinder in the 3D space?", "options": ["A) Small Rubber Teapot", "B) Small Metal Spot", "C) Large Metal Cube", "D) Large Metal Sponge"], "answer": "B) Small Metal Spot", "videos": ["videos/kubric_data/scene_543/cam0.mp4", "videos/kubric_data/scene_543/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Rubber Suzanne completely exits the frame in Video 1, which object is physically closest to the Large Metal Gear in the 3D space?", "options": ["A) Large Rubber Torus", "B) Small Metal Spot", "C) Small Metal Knot", "D) Large Rubber Sphere"], "answer": "A) Large Rubber Torus", "videos": ["videos/kubric_data/scene_829/cam0.mp4", "videos/kubric_data/scene_829/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Small Rubber Sponge in the 3D space?", "options": ["A) Small Rubber Cylinder", "B) Large Rubber Knot", "C) Large Rubber Suzanne", "D) Small Metal Cylinder"], "answer": "D) Small Metal Cylinder", "videos": ["videos/kubric_data/scene_976/cam0.mp4", "videos/kubric_data/scene_976/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Gear completely exits the frame in Video 1, which object is physically closest to the Small Metal Knot in the 3D space?", "options": ["A) Small Rubber Cone", "B) Small Rubber Cube", "C) Small Rubber Sponge", "D) Large Metal Suzanne"], "answer": "A) Small Rubber Cone", "videos": ["videos/kubric_data/scene_1862/cam0.mp4", "videos/kubric_data/scene_1862/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Small Metal Knot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Cone in the 3D space?", "options": ["A) Small Metal Sponge", "B) Large Metal Gear", "C) Large Metal Teapot", "D) Small Metal Sphere"], "answer": "B) Large Metal Gear", "videos": ["videos/kubric_data/scene_528/cam0.mp4", "videos/kubric_data/scene_528/cam1.mp4"], "video_ranges": []}
{"category": "Spatial_Tracking", "task": "Spatial_Measurement", "question": "Observe the videos closely. At the exact moment the Large Rubber Spot completely exits the frame in Video 1, which object is physically closest to the Large Rubber Sphere in the 3D space?", "options": ["A) Large Rubber Cylinder", "B) Small Rubber Spot", "C) Large Metal Gear", "D) Large Rubber Teapot"], "answer": "C) Large Metal Gear", "videos": ["videos/kubric_data/scene_868/cam0.mp4", "videos/kubric_data/scene_868/cam1.mp4"], "video_ranges": []}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 3", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13844.mp4", "videos/clvr/video_validation/video_12952.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.3s (Frame 15)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.9s (Frame 7), 2.8s (Frame 18), 4.2s (Frame 26)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14556.mp4", "videos/clvr/video_validation/video_13301.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.4s (Frame 15), 4.6s (Frame 29)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 15)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10812.mp4", "videos/clvr/video_validation/video_11876.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.2s (Frame 9), 2.2s (Frame 15), 3.9s (Frame 25)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 3.7s (Frame 23), 4.6s (Frame 29), 5.0s (Frame 31)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12210.mp4", "videos/clvr/video_validation/video_12836.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 2.1s (Frame 14)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [2.5s (Frame 16), 4.2s (Frame 27)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12795.mp4", "videos/clvr/video_validation/video_12006.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 5 collision(s) at timestamp(s) [2.2s (Frame 14), 2.8s (Frame 18), 3.2s (Frame 21), 3.3s (Frame 21), 3.3s (Frame 21)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 3.2s (Frame 21)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12281.mp4", "videos/clvr/video_validation/video_14323.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 4.0s (Frame 25)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.1s (Frame 14), 2.6s (Frame 17)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12033.mp4", "videos/clvr/video_validation/video_10487.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 12), 2.5s (Frame 16), 3.4s (Frame 22)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.6s (Frame 4)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13077.mp4", "videos/clvr/video_validation/video_10169.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 3.1s (Frame 20)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [0.4s (Frame 4), 1.4s (Frame 10), 3.0s (Frame 19), 3.2s (Frame 21)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11128.mp4", "videos/clvr/video_validation/video_11721.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 4.8s (Frame 31)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 2.7s (Frame 17)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13915.mp4", "videos/clvr/video_validation/video_13141.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 4.3s (Frame 27), 4.6s (Frame 29)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13164.mp4", "videos/clvr/video_validation/video_13855.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n  Video 2 has 4 collision(s) at timestamp(s) [2.0s (Frame 13), 2.6s (Frame 17), 3.0s (Frame 19), 3.3s (Frame 21)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11493.mp4", "videos/clvr/video_validation/video_14122.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 4.0s (Frame 25)]. Video 2 has 4 collision(s) at timestamp(s) [0.6s (Frame 5), 1.2s (Frame 8), 1.4s (Frame 9), 3.3s (Frame 21)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13517.mp4", "videos/clvr/video_validation/video_14053.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.2s (Frame 14), 2.3s (Frame 15), 3.1s (Frame 20)]. Video 2 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11206.mp4", "videos/clvr/video_validation/video_10049.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 4.8s (Frame 30)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.9s (Frame 19)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13455.mp4", "videos/clvr/video_validation/video_13275.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.3s (Frame 15)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [2.2s (Frame 15), 2.9s (Frame 19), 4.5s (Frame 29), 4.6s (Frame 29)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11753.mp4", "videos/clvr/video_validation/video_14586.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.9s (Frame 13), 2.1s (Frame 14), 2.5s (Frame 16)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 9)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14637.mp4", "videos/clvr/video_validation/video_13779.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 12), 3.6s (Frame 23), 4.1s (Frame 26)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 4", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 2 -- 4", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11685.mp4", "videos/clvr/video_validation/video_13689.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.3s (Frame 15), 3.7s (Frame 23)]. Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 2.0s (Frame 13), 3.7s (Frame 24)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11605.mp4", "videos/clvr/video_validation/video_12024.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.1s (Frame 14)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14148.mp4", "videos/clvr/video_validation/video_10703.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 3.2s (Frame 21), 3.3s (Frame 21)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 3.5s (Frame 22), 4.1s (Frame 26)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13803.mp4", "videos/clvr/video_validation/video_14918.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.7s (Frame 18), 3.5s (Frame 22), 3.6s (Frame 23)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10459.mp4", "videos/clvr/video_validation/video_12621.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 2.7s (Frame 18)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 2.6s (Frame 17)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13081.mp4", "videos/clvr/video_validation/video_11410.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.4s (Frame 16), 4.4s (Frame 28)]. Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 4.5s (Frame 29)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10184.mp4", "videos/clvr/video_validation/video_13114.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 13), 3.4s (Frame 22)]. Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13939.mp4", "videos/clvr/video_validation/video_11733.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 4.4s (Frame 28)]. Video 2 has 1 collision(s) at timestamp(s) [0.6s (Frame 5)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14993.mp4", "videos/clvr/video_validation/video_11357.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.2s (Frame 8), 1.4s (Frame 10), 1.7s (Frame 11)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10803.mp4", "videos/clvr/video_validation/video_14910.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.6s (Frame 11), 1.9s (Frame 13), 3.0s (Frame 20)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13585.mp4", "videos/clvr/video_validation/video_11455.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 7), 3.0s (Frame 19), 3.0s (Frame 19), 4.5s (Frame 28)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.5s (Frame 16)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14320.mp4", "videos/clvr/video_validation/video_11453.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 3.5s (Frame 22)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11882.mp4", "videos/clvr/video_validation/video_11054.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.2s (Frame 14)]. Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.1s (Frame 14), 2.3s (Frame 15), 2.4s (Frame 16)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10344.mp4", "videos/clvr/video_validation/video_14488.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [0.7s (Frame 5), 0.8s (Frame 6), 1.1s (Frame 8), 2.1s (Frame 14)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13092.mp4", "videos/clvr/video_validation/video_10961.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.9s (Frame 13)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 2.5s (Frame 16)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13459.mp4", "videos/clvr/video_validation/video_11839.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.2s (Frame 9), 1.3s (Frame 9), 2.4s (Frame 16)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14524.mp4", "videos/clvr/video_validation/video_12237.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [0.7s (Frame 5), 2.0s (Frame 13), 4.4s (Frame 28)]. Video 2 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12069.mp4", "videos/clvr/video_validation/video_14258.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.9s (Frame 12), 2.0s (Frame 13)].\n  Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 4), 4.3s (Frame 27)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14154.mp4", "videos/clvr/video_validation/video_13127.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [0.9s (Frame 7), 3.7s (Frame 23)].\n  Video 2 has 1 collision(s) at timestamp(s) [3.0s (Frame 19)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10012.mp4", "videos/clvr/video_validation/video_14393.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 4.3s (Frame 27)].\n  Video 2 has 5 collision(s) at timestamp(s) [1.2s (Frame 9), 2.1s (Frame 14), 2.2s (Frame 14), 2.2s (Frame 15), 2.6s (Frame 17)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11884.mp4", "videos/clvr/video_validation/video_13683.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)]. Video 2 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.4s (Frame 16), 2.6s (Frame 17)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10930.mp4", "videos/clvr/video_validation/video_11269.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.7s (Frame 17)]. Video 2 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 3.9s (Frame 25)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10224.mp4", "videos/clvr/video_validation/video_10929.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.2s (Frame 14)].\n  Video 2 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.5s (Frame 10), 2.6s (Frame 17)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11156.mp4", "videos/clvr/video_validation/video_13885.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 3.2s (Frame 21), 3.8s (Frame 24)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 2.6s (Frame 17)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11007.mp4", "videos/clvr/video_validation/video_14804.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.9s (Frame 13), 2.5s (Frame 16), 2.8s (Frame 18), 3.3s (Frame 21)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 3.4s (Frame 22)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11533.mp4", "videos/clvr/video_validation/video_13488.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.4s (Frame 15)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.3s (Frame 15)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 3", "E) Video 1 -- 1"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12410.mp4", "videos/clvr/video_validation/video_13807.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.1s (Frame 14)]. Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 2.1s (Frame 14)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11164.mp4", "videos/clvr/video_validation/video_11709.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 2.0s (Frame 13), 2.1s (Frame 14)]. Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.9s (Frame 12), 2.3s (Frame 15)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13480.mp4", "videos/clvr/video_validation/video_11774.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.5s (Frame 16), 2.8s (Frame 18)]. Video 2 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.6s (Frame 17), 3.4s (Frame 22)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11589.mp4", "videos/clvr/video_validation/video_13227.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.6s (Frame 11), 2.5s (Frame 16)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.4s (Frame 15)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11421.mp4", "videos/clvr/video_validation/video_10134.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 2.8s (Frame 18), 3.0s (Frame 19), 5.0s (Frame 31)]. Video 2 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14461.mp4", "videos/clvr/video_validation/video_13571.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 4.6s (Frame 29)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.6s (Frame 17), 4.3s (Frame 27)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12947.mp4", "videos/clvr/video_validation/video_11157.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.3s (Frame 15), 2.5s (Frame 16), 2.6s (Frame 17)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11275.mp4", "videos/clvr/video_validation/video_10433.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [2.6s (Frame 17), 2.9s (Frame 19)]. Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10461.mp4", "videos/clvr/video_validation/video_13117.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [3.0s (Frame 19), 3.7s (Frame 23), 4.1s (Frame 26)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.5s (Frame 16), 2.6s (Frame 17)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13245.mp4", "videos/clvr/video_validation/video_10468.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.2s (Frame 9), 2.0s (Frame 13), 3.1s (Frame 20)]. Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 13), 4.4s (Frame 28)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13004.mp4", "videos/clvr/video_validation/video_13732.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 2.9s (Frame 19)].\n  Video 2 has 4 collision(s) at timestamp(s) [2.2s (Frame 14), 2.7s (Frame 18), 3.8s (Frame 24), 4.7s (Frame 30)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10584.mp4", "videos/clvr/video_validation/video_10274.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 3.2s (Frame 21)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10577.mp4", "videos/clvr/video_validation/video_14217.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [2.4s (Frame 15)].\n  Video 2 has 4 collision(s) at timestamp(s) [2.0s (Frame 13), 3.2s (Frame 20), 3.8s (Frame 24), 4.8s (Frame 31)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13217.mp4", "videos/clvr/video_validation/video_14141.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.8s (Frame 12), 1.8s (Frame 12), 3.0s (Frame 20)]. Video 2 has 2 collision(s) at timestamp(s) [2.1s (Frame 14), 4.2s (Frame 27)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10110.mp4", "videos/clvr/video_validation/video_10887.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)]. Video 2 has 3 collision(s) at timestamp(s) [0.5s (Frame 4), 1.4s (Frame 10), 4.3s (Frame 27)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14159.mp4", "videos/clvr/video_validation/video_14700.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 4.7s (Frame 30)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 2.7s (Frame 17), 3.4s (Frame 22)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11330.mp4", "videos/clvr/video_validation/video_14696.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 2.2s (Frame 14), 2.6s (Frame 17), 3.1s (Frame 20)]. Video 2 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14630.mp4", "videos/clvr/video_validation/video_13118.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.8s (Frame 12), 2.0s (Frame 13)].\n  Video 2 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 3.0s (Frame 19)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12365.mp4", "videos/clvr/video_validation/video_11763.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.3s (Frame 9)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 1.9s (Frame 13), 2.3s (Frame 15), 3.7s (Frame 23)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13958.mp4", "videos/clvr/video_validation/video_12248.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.0s (Frame 13)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.4s (Frame 16)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12288.mp4", "videos/clvr/video_validation/video_12166.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)]. Video 2 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 2.3s (Frame 15), 2.8s (Frame 18), 4.3s (Frame 27)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12307.mp4", "videos/clvr/video_validation/video_13257.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 15), 4.1s (Frame 26)]. Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14), 3.5s (Frame 22)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13490.mp4", "videos/clvr/video_validation/video_11789.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 1.5s (Frame 10), 2.3s (Frame 15), 4.2s (Frame 27)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.7s (Frame 5)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13988.mp4", "videos/clvr/video_validation/video_11159.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.5s (Frame 10), 3.3s (Frame 21), 3.4s (Frame 22)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.5s (Frame 10), 2.4s (Frame 16)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11963.mp4", "videos/clvr/video_validation/video_12485.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [0.9s (Frame 6), 3.0s (Frame 19)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12), 2.2s (Frame 14)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12339.mp4", "videos/clvr/video_validation/video_14775.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 3.9s (Frame 25)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 5), 3.0s (Frame 19)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13678.mp4", "videos/clvr/video_validation/video_13426.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.3s (Frame 15), 2.4s (Frame 16)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.9s (Frame 13)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12350.mp4", "videos/clvr/video_validation/video_13891.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.2s (Frame 9), 3.6s (Frame 23), 4.5s (Frame 29)]. Video 2 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.4s (Frame 16), 4.2s (Frame 27)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13817.mp4", "videos/clvr/video_validation/video_11122.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 4.7s (Frame 30)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 2.4s (Frame 15), 4.0s (Frame 25), 4.1s (Frame 26)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 2", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11822.mp4", "videos/clvr/video_validation/video_11855.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 3.6s (Frame 23), 4.5s (Frame 29)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.5s (Frame 16)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12961.mp4", "videos/clvr/video_validation/video_13577.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.8s (Frame 12), 3.2s (Frame 21)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.7s (Frame 11), 2.5s (Frame 16)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13553.mp4", "videos/clvr/video_validation/video_11244.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.7s (Frame 11), 3.5s (Frame 22), 4.5s (Frame 29), 4.8s (Frame 31)]. Video 2 has 1 collision(s) at timestamp(s) [1.3s (Frame 9)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13720.mp4", "videos/clvr/video_validation/video_10840.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 9), 1.4s (Frame 10), 2.0s (Frame 13), 2.1s (Frame 14)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.6s (Frame 4)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 3", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10486.mp4", "videos/clvr/video_validation/video_14779.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 5 collision(s) at timestamp(s) [0.7s (Frame 5), 1.0s (Frame 7), 1.3s (Frame 9), 1.9s (Frame 13), 2.2s (Frame 14)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10020.mp4", "videos/clvr/video_validation/video_11015.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.4s (Frame 10), 4.0s (Frame 25), 4.0s (Frame 26)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.4s (Frame 16)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13529.mp4", "videos/clvr/video_validation/video_10574.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.7s (Frame 5), 1.4s (Frame 9), 2.0s (Frame 13), 2.4s (Frame 15)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.5s (Frame 16)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 3", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10340.mp4", "videos/clvr/video_validation/video_10782.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [2.1s (Frame 14), 2.4s (Frame 16), 2.8s (Frame 18), 3.2s (Frame 21)]. Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.6s (Frame 11), 2.2s (Frame 15)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13380.mp4", "videos/clvr/video_validation/video_11827.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 1.8s (Frame 12)]. Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 3.9s (Frame 25)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10348.mp4", "videos/clvr/video_validation/video_13254.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [0.7s (Frame 5)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.6s (Frame 4), 1.2s (Frame 8), 1.7s (Frame 11), 1.9s (Frame 13)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12066.mp4", "videos/clvr/video_validation/video_14018.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 3.8s (Frame 24), 4.5s (Frame 28)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13767.mp4", "videos/clvr/video_validation/video_13012.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.0s (Frame 13), 3.6s (Frame 23)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13264.mp4", "videos/clvr/video_validation/video_14709.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 2.5s (Frame 16)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.5s (Frame 4), 0.9s (Frame 7), 1.3s (Frame 9), 3.7s (Frame 23)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10380.mp4", "videos/clvr/video_validation/video_12771.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 2.8s (Frame 18), 3.2s (Frame 21), 3.6s (Frame 23)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.6s (Frame 17)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 1"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10733.mp4", "videos/clvr/video_validation/video_11981.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.6s (Frame 11), 2.2s (Frame 14), 2.6s (Frame 17)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.6s (Frame 5)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13150.mp4", "videos/clvr/video_validation/video_10222.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 2.8s (Frame 18), 3.2s (Frame 21)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11162.mp4", "videos/clvr/video_validation/video_13439.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 3.4s (Frame 22)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.2s (Frame 14), 3.5s (Frame 22)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12897.mp4", "videos/clvr/video_validation/video_14042.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.7s (Frame 11), 2.8s (Frame 18), 3.0s (Frame 20)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13846.mp4", "videos/clvr/video_validation/video_11612.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 3.0s (Frame 20), 3.5s (Frame 22)].\n  Video 2 has 2 collision(s) at timestamp(s) [0.9s (Frame 6), 1.7s (Frame 11)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14055.mp4", "videos/clvr/video_validation/video_11702.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.7s (Frame 17), 3.9s (Frame 25)]. Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 3.4s (Frame 22), 4.5s (Frame 29)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13263.mp4", "videos/clvr/video_validation/video_14990.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.9s (Frame 12), 3.6s (Frame 23)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14263.mp4", "videos/clvr/video_validation/video_14971.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.5s (Frame 4), 1.4s (Frame 9), 4.8s (Frame 30), 5.0s (Frame 32)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.8s (Frame 18)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11591.mp4", "videos/clvr/video_validation/video_14010.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.3s (Frame 15)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12), 2.1s (Frame 14), 3.9s (Frame 25)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13481.mp4", "videos/clvr/video_validation/video_10002.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [2.0s (Frame 13), 2.8s (Frame 18), 4.3s (Frame 27), 4.7s (Frame 30)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13307.mp4", "videos/clvr/video_validation/video_11795.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 3.1s (Frame 20), 3.6s (Frame 23)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 4.2s (Frame 26), 4.9s (Frame 31)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 1 -- 3"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11005.mp4", "videos/clvr/video_validation/video_12387.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 4.0s (Frame 26)]. Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.9s (Frame 13)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 2 -- 1"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13112.mp4", "videos/clvr/video_validation/video_10235.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 1.4s (Frame 10), 1.7s (Frame 11), 2.4s (Frame 16)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.4s (Frame 10)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10123.mp4", "videos/clvr/video_validation/video_14801.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 2.9s (Frame 19)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.6s (Frame 17), 2.8s (Frame 18)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) Video 2 -- 2"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12567.mp4", "videos/clvr/video_validation/video_10809.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.6s (Frame 17)].\n  Video 2 has 3 collision(s) at timestamp(s) [0.5s (Frame 4), 2.8s (Frame 18), 3.1s (Frame 20)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12951.mp4", "videos/clvr/video_validation/video_13503.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.5s (Frame 16), 4.4s (Frame 28)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 1.9s (Frame 13), 2.0s (Frame 13)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11288.mp4", "videos/clvr/video_validation/video_10446.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n  Video 2 has 3 collision(s) at timestamp(s) [0.9s (Frame 7), 1.6s (Frame 11), 2.8s (Frame 18)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11834.mp4", "videos/clvr/video_validation/video_10767.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 2.4s (Frame 16), 3.0s (Frame 20)]. Video 2 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14202.mp4", "videos/clvr/video_validation/video_12902.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 1.8s (Frame 12)]. Video 2 has 2 collision(s) at timestamp(s) [2.4s (Frame 16), 2.6s (Frame 17)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 1"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11398.mp4", "videos/clvr/video_validation/video_14262.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.7s (Frame 17), 4.4s (Frame 28)]. Video 2 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 1.4s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) Video 1 -- 1", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13703.mp4", "videos/clvr/video_validation/video_14999.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 3.0s (Frame 19)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.6s (Frame 17)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13382.mp4", "videos/clvr/video_validation/video_11680.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 3.4s (Frame 22), 3.9s (Frame 25), 4.0s (Frame 25)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13214.mp4", "videos/clvr/video_validation/video_12058.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 1.9s (Frame 13), 2.7s (Frame 17)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.7s (Frame 5), 1.4s (Frame 10), 3.5s (Frame 22)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13901.mp4", "videos/clvr/video_validation/video_10456.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.7s (Frame 17), 3.0s (Frame 19)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 3.6s (Frame 23), 4.3s (Frame 27)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10466.mp4", "videos/clvr/video_validation/video_11501.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.8s (Frame 18)].\n  Video 2 has 2 collision(s) at timestamp(s) [0.5s (Frame 4), 4.4s (Frame 28)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13090.mp4", "videos/clvr/video_validation/video_11619.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [0.9s (Frame 7), 1.6s (Frame 11)].\n\n- Video 2 has 5 collision(s) at timestamp(s) [1.3s (Frame 9), 2.0s (Frame 13), 3.3s (Frame 21), 4.0s (Frame 25), 4.8s (Frame 31)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10830.mp4", "videos/clvr/video_validation/video_13043.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.8s (Frame 18)]. Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 3.0s (Frame 19)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_14966.mp4", "videos/clvr/video_validation/video_12842.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.0s (Frame 13), 3.9s (Frame 25)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11446.mp4", "videos/clvr/video_validation/video_14152.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14), 3.4s (Frame 22)]. Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12958.mp4", "videos/clvr/video_validation/video_11131.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 2.4s (Frame 16)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [2.3s (Frame 15), 2.8s (Frame 18), 2.8s (Frame 18), 4.0s (Frame 25)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14908.mp4", "videos/clvr/video_validation/video_12483.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [2.4s (Frame 15), 3.8s (Frame 24), 4.2s (Frame 27)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.9s (Frame 12), 2.3s (Frame 15)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 1"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12543.mp4", "videos/clvr/video_validation/video_11713.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.6s (Frame 4), 4.3s (Frame 27)]. Video 2 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 3.4s (Frame 22)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11394.mp4", "videos/clvr/video_validation/video_10297.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.0s (Frame 13), 3.6s (Frame 23)]. Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 2.4s (Frame 16), 2.8s (Frame 18)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13479.mp4", "videos/clvr/video_validation/video_14133.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 3.6s (Frame 23), 3.8s (Frame 24)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.7s (Frame 5), 3.0s (Frame 20), 3.4s (Frame 22), 4.8s (Frame 30)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10259.mp4", "videos/clvr/video_validation/video_13236.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 2.9s (Frame 19), 3.5s (Frame 22), 3.7s (Frame 23)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13964.mp4", "videos/clvr/video_validation/video_11517.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.9s (Frame 19), 3.2s (Frame 20)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10268.mp4", "videos/clvr/video_validation/video_12212.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.8s (Frame 12), 2.9s (Frame 19), 3.2s (Frame 21)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12802.mp4", "videos/clvr/video_validation/video_11766.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 9)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.9s (Frame 19), 3.6s (Frame 23)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10213.mp4", "videos/clvr/video_validation/video_10737.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 3.8s (Frame 24)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.2s (Frame 8), 3.5s (Frame 22), 4.1s (Frame 26)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10593.mp4", "videos/clvr/video_validation/video_12975.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.4s (Frame 16)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [3.1s (Frame 20), 3.6s (Frame 23)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14084.mp4", "videos/clvr/video_validation/video_13055.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.3s (Frame 15)]. Video 2 has 2 collision(s) at timestamp(s) [0.9s (Frame 6), 2.2s (Frame 14)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12540.mp4", "videos/clvr/video_validation/video_10217.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)]. Video 2 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 2.2s (Frame 15), 2.5s (Frame 16), 4.5s (Frame 28)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12404.mp4", "videos/clvr/video_validation/video_10624.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.0s (Frame 13), 2.1s (Frame 14), 4.7s (Frame 30)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13982.mp4", "videos/clvr/video_validation/video_10137.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.4s (Frame 10), 1.8s (Frame 12)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12689.mp4", "videos/clvr/video_validation/video_11751.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)]. Video 2 has 4 collision(s) at timestamp(s) [2.4s (Frame 16), 3.4s (Frame 22), 3.4s (Frame 22), 3.4s (Frame 22)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) Video 1 -- 3"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11119.mp4", "videos/clvr/video_validation/video_12389.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.7s (Frame 11), 3.3s (Frame 21), 3.9s (Frame 25), 3.9s (Frame 25)]. Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 5.0s (Frame 31)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14640.mp4", "videos/clvr/video_validation/video_11683.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.7s (Frame 18), 2.8s (Frame 18)]. Video 2 has 1 collision(s) at timestamp(s) [0.6s (Frame 4)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_14691.mp4", "videos/clvr/video_validation/video_10382.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n  Video 2 has 3 collision(s) at timestamp(s) [2.4s (Frame 16), 3.9s (Frame 25), 4.7s (Frame 30)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11598.mp4", "videos/clvr/video_validation/video_12450.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.0s (Frame 13), 3.2s (Frame 21)]. Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.1s (Frame 14), 3.1s (Frame 20)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11268.mp4", "videos/clvr/video_validation/video_14000.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.6s (Frame 17), 3.4s (Frame 22)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14287.mp4", "videos/clvr/video_validation/video_11491.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 2.6s (Frame 17), 3.0s (Frame 20)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.9s (Frame 12), 2.8s (Frame 18)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10021.mp4", "videos/clvr/video_validation/video_11436.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 3.8s (Frame 24)]. Video 2 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.9s (Frame 19), 4.7s (Frame 30)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12843.mp4", "videos/clvr/video_validation/video_14945.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12), 3.0s (Frame 19), 3.2s (Frame 21)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10447.mp4", "videos/clvr/video_validation/video_12783.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.9s (Frame 7), 1.5s (Frame 10), 2.5s (Frame 16)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 1.4s (Frame 10)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13468.mp4", "videos/clvr/video_validation/video_14780.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14), 2.4s (Frame 15), 3.6s (Frame 23)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10006.mp4", "videos/clvr/video_validation/video_11327.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 9)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 3.1s (Frame 20), 4.5s (Frame 28)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 2 -- 2"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11205.mp4", "videos/clvr/video_validation/video_10692.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.9s (Frame 13)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 2.7s (Frame 17), 3.6s (Frame 23), 3.9s (Frame 25)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 1 -- 1"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12279.mp4", "videos/clvr/video_validation/video_12674.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.2s (Frame 14)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.5s (Frame 16), 4.8s (Frame 30), 4.8s (Frame 31)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14611.mp4", "videos/clvr/video_validation/video_13899.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 2.1s (Frame 14), 2.6s (Frame 17)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 3.7s (Frame 24)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_14444.mp4", "videos/clvr/video_validation/video_11471.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.4s (Frame 16)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.0s (Frame 13), 2.3s (Frame 15), 3.6s (Frame 23)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 2 -- 1"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11294.mp4", "videos/clvr/video_validation/video_10666.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.0s (Frame 13), 2.1s (Frame 14), 2.6s (Frame 17)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12896.mp4", "videos/clvr/video_validation/video_10955.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.7s (Frame 11), 4.2s (Frame 27), 4.7s (Frame 30)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10163.mp4", "videos/clvr/video_validation/video_14590.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 1.8s (Frame 12)]. Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 2.4s (Frame 15), 3.6s (Frame 23)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11521.mp4", "videos/clvr/video_validation/video_14265.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.3s (Frame 15), 3.1s (Frame 20)]. Video 2 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10118.mp4", "videos/clvr/video_validation/video_10882.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 2.0s (Frame 13), 2.3s (Frame 15)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 13), 2.7s (Frame 17)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12724.mp4", "videos/clvr/video_validation/video_12077.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 1.8s (Frame 12)]. Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 2.5s (Frame 16)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_14108.mp4", "videos/clvr/video_validation/video_10180.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.8s (Frame 12), 1.9s (Frame 13)].\n  Video 2 has 5 collision(s) at timestamp(s) [1.5s (Frame 10), 1.8s (Frame 12), 2.5s (Frame 16), 2.5s (Frame 16), 2.9s (Frame 19)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12807.mp4", "videos/clvr/video_validation/video_14859.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 4.7s (Frame 30)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.0s (Frame 13), 2.3s (Frame 15), 3.2s (Frame 21)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13606.mp4", "videos/clvr/video_validation/video_14406.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)]. Video 2 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 2.4s (Frame 15), 2.8s (Frame 18), 4.1s (Frame 26)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11844.mp4", "videos/clvr/video_validation/video_13623.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.3s (Frame 15)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 3.7s (Frame 23)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12521.mp4", "videos/clvr/video_validation/video_10652.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.3s (Frame 9), 1.5s (Frame 10), 1.5s (Frame 10)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 2.1s (Frame 14)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13273.mp4", "videos/clvr/video_validation/video_10328.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 3.2s (Frame 21)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.7s (Frame 5), 1.7s (Frame 11), 2.4s (Frame 16)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11509.mp4", "videos/clvr/video_validation/video_10342.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.9s (Frame 7), 3.5s (Frame 22)]. Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.8s (Frame 12), 4.2s (Frame 27)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14514.mp4", "videos/clvr/video_validation/video_13799.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 2.3s (Frame 15), 3.4s (Frame 22), 3.5s (Frame 22)]. Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12680.mp4", "videos/clvr/video_validation/video_11724.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 3.7s (Frame 23), 4.7s (Frame 30)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11911.mp4", "videos/clvr/video_validation/video_12113.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.7s (Frame 18), 4.0s (Frame 25)].\n  Video 2 has 2 collision(s) at timestamp(s) [2.8s (Frame 18), 3.9s (Frame 25)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14143.mp4", "videos/clvr/video_validation/video_12265.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.2s (Frame 14)]. Video 2 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.2s (Frame 15), 3.2s (Frame 21)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13604.mp4", "videos/clvr/video_validation/video_14224.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 4.5s (Frame 28)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [2.3s (Frame 15), 4.6s (Frame 29)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13489.mp4", "videos/clvr/video_validation/video_13693.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [2.1s (Frame 14), 3.3s (Frame 21)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 16), 3.8s (Frame 24), 4.6s (Frame 29)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11027.mp4", "videos/clvr/video_validation/video_10075.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 4.1s (Frame 26)]. Video 2 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.4s (Frame 16), 2.9s (Frame 19)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12412.mp4", "videos/clvr/video_validation/video_12047.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 1.5s (Frame 10), 2.2s (Frame 15), 3.0s (Frame 19)]. Video 2 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 3.3s (Frame 21), 4.7s (Frame 30)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13519.mp4", "videos/clvr/video_validation/video_11524.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.4s (Frame 16), 3.1s (Frame 20), 4.5s (Frame 29)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12293.mp4", "videos/clvr/video_validation/video_11639.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 3.1s (Frame 20), 3.2s (Frame 21)]. Video 2 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 3.3s (Frame 21)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14648.mp4", "videos/clvr/video_validation/video_14060.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 1.9s (Frame 12), 3.2s (Frame 21), 4.8s (Frame 30)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12887.mp4", "videos/clvr/video_validation/video_14112.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.3s (Frame 9)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.6s (Frame 4), 1.3s (Frame 9), 4.7s (Frame 30)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10582.mp4", "videos/clvr/video_validation/video_13593.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 3.7s (Frame 23), 4.6s (Frame 29), 4.8s (Frame 30)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 4", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 4"], "answer": "C) Video 1 -- 4", "videos": ["videos/clvr/video_validation/video_14882.mp4", "videos/clvr/video_validation/video_14814.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 5 collision(s) at timestamp(s) [1.4s (Frame 10), 2.0s (Frame 13), 2.3s (Frame 15), 3.8s (Frame 24), 4.6s (Frame 29)]. Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)]. Therefore, Video 1 has the most collisions, which is 4 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12026.mp4", "videos/clvr/video_validation/video_10940.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 2.3s (Frame 15), 4.2s (Frame 27)]. Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 3.5s (Frame 22), 3.9s (Frame 25)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 1"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13995.mp4", "videos/clvr/video_validation/video_11899.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 4.6s (Frame 29)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 4.8s (Frame 31)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12507.mp4", "videos/clvr/video_validation/video_11681.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [2.2s (Frame 15), 2.9s (Frame 19)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 1.7s (Frame 11), 3.1s (Frame 20)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11723.mp4", "videos/clvr/video_validation/video_11500.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 1.9s (Frame 13)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13850.mp4", "videos/clvr/video_validation/video_12864.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 2.3s (Frame 15), 2.6s (Frame 17), 2.8s (Frame 18)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 4.1s (Frame 26)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13545.mp4", "videos/clvr/video_validation/video_11044.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 3.0s (Frame 20), 3.7s (Frame 24)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10597.mp4", "videos/clvr/video_validation/video_12168.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 2.8s (Frame 18)]. Video 2 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.4s (Frame 10), 2.0s (Frame 13), 2.3s (Frame 15)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11247.mp4", "videos/clvr/video_validation/video_14788.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [2.4s (Frame 16), 4.3s (Frame 27), 4.4s (Frame 28)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 2.2s (Frame 14)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12635.mp4", "videos/clvr/video_validation/video_10442.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.7s (Frame 17)]. Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 5), 1.9s (Frame 13)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 3", "E) Video 1 -- 1"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11955.mp4", "videos/clvr/video_validation/video_13796.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12), 2.3s (Frame 15), 3.0s (Frame 20)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.5s (Frame 4)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 2", "E) Video 2 -- 1"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13209.mp4", "videos/clvr/video_validation/video_13427.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 2.1s (Frame 14), 2.4s (Frame 16)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.9s (Frame 7), 1.8s (Frame 12)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12034.mp4", "videos/clvr/video_validation/video_14439.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.3s (Frame 15), 2.7s (Frame 17)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 1.6s (Frame 11)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14363.mp4", "videos/clvr/video_validation/video_11250.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 16), 4.2s (Frame 27), 4.8s (Frame 30)]. Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 2.1s (Frame 14)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11623.mp4", "videos/clvr/video_validation/video_11601.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)]. Video 2 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.5s (Frame 16), 2.5s (Frame 16)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14598.mp4", "videos/clvr/video_validation/video_13766.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [0.3s (Frame 3), 0.9s (Frame 6), 1.0s (Frame 7)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 1.8s (Frame 12)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12041.mp4", "videos/clvr/video_validation/video_11664.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [2.2s (Frame 14)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.9s (Frame 7), 1.4s (Frame 10), 3.8s (Frame 24), 5.0s (Frame 31)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12625.mp4", "videos/clvr/video_validation/video_12361.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.9s (Frame 7), 2.1s (Frame 14)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12203.mp4", "videos/clvr/video_validation/video_12072.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.7s (Frame 5)]. Video 2 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.8s (Frame 18), 4.7s (Frame 30)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12919.mp4", "videos/clvr/video_validation/video_13121.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.0s (Frame 13), 3.6s (Frame 23), 4.3s (Frame 27)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 15)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14048.mp4", "videos/clvr/video_validation/video_11485.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 2.8s (Frame 18)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13942.mp4", "videos/clvr/video_validation/video_14728.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 9), 2.4s (Frame 16), 4.0s (Frame 25), 4.1s (Frame 26)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14113.mp4", "videos/clvr/video_validation/video_14220.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 2.9s (Frame 19)].\n  Video 2 has 2 collision(s) at timestamp(s) [0.7s (Frame 5), 1.3s (Frame 9)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13328.mp4", "videos/clvr/video_validation/video_12379.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.1s (Frame 14), 3.1s (Frame 20)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_10479.mp4", "videos/clvr/video_validation/video_13145.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [2.0s (Frame 13), 3.1s (Frame 20), 4.4s (Frame 28), 4.6s (Frame 29)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.5s (Frame 16)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14998.mp4", "videos/clvr/video_validation/video_10800.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.8s (Frame 18), 3.2s (Frame 21)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 2.0s (Frame 13), 2.6s (Frame 17), 3.3s (Frame 21)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10064.mp4", "videos/clvr/video_validation/video_11746.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.9s (Frame 6), 4.4s (Frame 28)]. Video 2 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 4.7s (Frame 30)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14929.mp4", "videos/clvr/video_validation/video_14474.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 15)]. Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 3.6s (Frame 23)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 3", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11071.mp4", "videos/clvr/video_validation/video_13721.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 3.6s (Frame 23)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11909.mp4", "videos/clvr/video_validation/video_14134.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 3.2s (Frame 21), 3.5s (Frame 22), 4.3s (Frame 27)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11571.mp4", "videos/clvr/video_validation/video_11568.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 2.0s (Frame 13)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.1s (Frame 14), 2.7s (Frame 17)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10374.mp4", "videos/clvr/video_validation/video_10220.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 2.1s (Frame 14)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 2.3s (Frame 15)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14501.mp4", "videos/clvr/video_validation/video_14476.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.8s (Frame 18), 3.0s (Frame 20), 3.5s (Frame 22)]. Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14183.mp4", "videos/clvr/video_validation/video_12945.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.6s (Frame 11), 2.1s (Frame 14)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 3.5s (Frame 22)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11030.mp4", "videos/clvr/video_validation/video_10108.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 2.0s (Frame 13), 4.0s (Frame 26), 4.7s (Frame 30)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13250.mp4", "videos/clvr/video_validation/video_10245.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 2.5s (Frame 16), 3.3s (Frame 21)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12), 2.4s (Frame 15)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13149.mp4", "videos/clvr/video_validation/video_14624.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 1.9s (Frame 12)]. Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 2.4s (Frame 16)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13562.mp4", "videos/clvr/video_validation/video_11688.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 3.5s (Frame 22), 4.2s (Frame 27)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 1"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14917.mp4", "videos/clvr/video_validation/video_11350.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.7s (Frame 5), 3.0s (Frame 19)]. Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 1.6s (Frame 11)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11579.mp4", "videos/clvr/video_validation/video_12629.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 9), 2.0s (Frame 13), 2.3s (Frame 15), 3.0s (Frame 19)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14356.mp4", "videos/clvr/video_validation/video_12403.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 3.0s (Frame 19)]. Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12983.mp4", "videos/clvr/video_validation/video_11213.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.7s (Frame 11), 2.7s (Frame 17), 3.2s (Frame 20), 3.4s (Frame 22)]. Video 2 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 2.9s (Frame 19)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12429.mp4", "videos/clvr/video_validation/video_13357.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 2.5s (Frame 16), 2.5s (Frame 16)]. Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.7s (Frame 17)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11329.mp4", "videos/clvr/video_validation/video_10336.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.9s (Frame 13), 2.8s (Frame 18), 3.5s (Frame 22), 4.8s (Frame 31)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.7s (Frame 5), 1.4s (Frame 10)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10096.mp4", "videos/clvr/video_validation/video_11901.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 3.4s (Frame 22)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.9s (Frame 12), 2.4s (Frame 16)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10912.mp4", "videos/clvr/video_validation/video_13740.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)]. Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 3.8s (Frame 24), 4.3s (Frame 27)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13912.mp4", "videos/clvr/video_validation/video_12294.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [2.0s (Frame 13), 3.3s (Frame 21), 4.0s (Frame 25), 4.1s (Frame 26)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13208.mp4", "videos/clvr/video_validation/video_13726.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [0.9s (Frame 6)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.9s (Frame 12), 2.7s (Frame 17), 2.8s (Frame 18)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 2 -- 1"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11151.mp4", "videos/clvr/video_validation/video_10947.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 2.0s (Frame 13)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [2.1s (Frame 14), 3.1s (Frame 20)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10280.mp4", "videos/clvr/video_validation/video_13897.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 2.6s (Frame 17)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 2.3s (Frame 15), 4.4s (Frame 28), 4.5s (Frame 29)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12211.mp4", "videos/clvr/video_validation/video_10641.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 2.3s (Frame 15), 3.6s (Frame 23)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.5s (Frame 16), 4.5s (Frame 28)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 2 -- 1"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12234.mp4", "videos/clvr/video_validation/video_14081.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 2.9s (Frame 19)]. Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 4.6s (Frame 29)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12424.mp4", "videos/clvr/video_validation/video_14915.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.5s (Frame 10), 4.1s (Frame 26), 4.8s (Frame 30)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 1"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10470.mp4", "videos/clvr/video_validation/video_11905.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 3.5s (Frame 22)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 1.5s (Frame 10), 2.1s (Frame 14), 3.5s (Frame 22)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10153.mp4", "videos/clvr/video_validation/video_12527.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.8s (Frame 18)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 9), 2.3s (Frame 15), 3.1s (Frame 20), 4.8s (Frame 30)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12100.mp4", "videos/clvr/video_validation/video_11231.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 2.5s (Frame 16)].\n\n- Video 2 has 5 collision(s) at timestamp(s) [1.8s (Frame 12), 2.3s (Frame 15), 3.9s (Frame 25), 4.0s (Frame 26), 4.1s (Frame 26)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14135.mp4", "videos/clvr/video_validation/video_14695.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 2.9s (Frame 19)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 2.8s (Frame 18)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12243.mp4", "videos/clvr/video_validation/video_10783.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 5 collision(s) at timestamp(s) [1.4s (Frame 9), 2.6s (Frame 17), 3.5s (Frame 22), 3.6s (Frame 23), 4.2s (Frame 27)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 4.5s (Frame 29)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 2 -- 1"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12698.mp4", "videos/clvr/video_validation/video_11757.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 3.6s (Frame 23)].\n  Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 5), 3.6s (Frame 23)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10648.mp4", "videos/clvr/video_validation/video_12581.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 4.4s (Frame 28)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 2.4s (Frame 16)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10011.mp4", "videos/clvr/video_validation/video_12687.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 3.4s (Frame 22), 3.9s (Frame 25)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [2.5s (Frame 16), 3.5s (Frame 22), 4.5s (Frame 29)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11793.mp4", "videos/clvr/video_validation/video_10308.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 2.6s (Frame 17), 4.1s (Frame 26)]. Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14), 2.3s (Frame 15)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13883.mp4", "videos/clvr/video_validation/video_12301.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.5s (Frame 10), 1.8s (Frame 12), 3.2s (Frame 21)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11262.mp4", "videos/clvr/video_validation/video_10911.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.7s (Frame 18)].\n  Video 2 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 3.0s (Frame 19), 4.8s (Frame 31)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 2", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_10079.mp4", "videos/clvr/video_validation/video_14121.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 3.0s (Frame 19), 4.3s (Frame 27)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.6s (Frame 17)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10037.mp4", "videos/clvr/video_validation/video_11860.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 15), 4.0s (Frame 25), 4.8s (Frame 31)]. Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10642.mp4", "videos/clvr/video_validation/video_14295.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 3.0s (Frame 19), 4.3s (Frame 27), 4.9s (Frame 31)]. Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14593.mp4", "videos/clvr/video_validation/video_14101.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 2.2s (Frame 14), 3.6s (Frame 23), 3.6s (Frame 23)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.2s (Frame 14)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14510.mp4", "videos/clvr/video_validation/video_12260.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 1.7s (Frame 11)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.2s (Frame 14)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14475.mp4", "videos/clvr/video_validation/video_13622.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.9s (Frame 12)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 1.9s (Frame 12), 2.1s (Frame 14)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10357.mp4", "videos/clvr/video_validation/video_11613.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.8s (Frame 18), 4.0s (Frame 25)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 2.2s (Frame 14), 3.3s (Frame 21), 3.8s (Frame 24)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14868.mp4", "videos/clvr/video_validation/video_13071.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)]. Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.2s (Frame 15), 2.5s (Frame 16), 3.8s (Frame 24)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10474.mp4", "videos/clvr/video_validation/video_13256.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.8s (Frame 12), 4.6s (Frame 29)]. Video 2 has 5 collision(s) at timestamp(s) [1.4s (Frame 10), 2.8s (Frame 18), 4.5s (Frame 28), 4.7s (Frame 30), 4.9s (Frame 31)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 1 -- 1", "D) Video 2 -- 2", "E) Video 2 -- 1"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10453.mp4", "videos/clvr/video_validation/video_11243.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.9s (Frame 19), 2.9s (Frame 19), 3.3s (Frame 21)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 2.7s (Frame 17)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11653.mp4", "videos/clvr/video_validation/video_12907.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 3.3s (Frame 21), 4.4s (Frame 28)].\n  Video 2 has 3 collision(s) at timestamp(s) [0.9s (Frame 7), 1.7s (Frame 11), 2.0s (Frame 13)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11498.mp4", "videos/clvr/video_validation/video_13917.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)]. Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 13), 4.2s (Frame 27)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13340.mp4", "videos/clvr/video_validation/video_11646.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.2s (Frame 14), 2.3s (Frame 15)]. Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14744.mp4", "videos/clvr/video_validation/video_13072.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 1.8s (Frame 12), 2.0s (Frame 13), 3.0s (Frame 19)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10420.mp4", "videos/clvr/video_validation/video_10107.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.5s (Frame 16)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.5s (Frame 10), 1.6s (Frame 11)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11202.mp4", "videos/clvr/video_validation/video_11983.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.4s (Frame 16), 4.1s (Frame 26)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12), 2.0s (Frame 13)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 1 -- 3"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12745.mp4", "videos/clvr/video_validation/video_13232.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)].\n  Video 2 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 1.2s (Frame 8), 2.5s (Frame 16)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14031.mp4", "videos/clvr/video_validation/video_13277.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 2.0s (Frame 13), 2.0s (Frame 13)]. Video 2 has 1 collision(s) at timestamp(s) [2.4s (Frame 15)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13550.mp4", "videos/clvr/video_validation/video_10114.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.2s (Frame 14)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.4s (Frame 16)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11920.mp4", "videos/clvr/video_validation/video_13369.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.9s (Frame 19), 3.0s (Frame 19), 3.8s (Frame 24)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 2.0s (Frame 13), 2.6s (Frame 17)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11700.mp4", "videos/clvr/video_validation/video_14650.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 3.4s (Frame 22)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 1.5s (Frame 10), 3.4s (Frame 22), 3.6s (Frame 23)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12061.mp4", "videos/clvr/video_validation/video_14667.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [2.0s (Frame 13), 2.5s (Frame 16), 3.4s (Frame 22), 4.0s (Frame 26)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [2.4s (Frame 15), 2.9s (Frame 19)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10878.mp4", "videos/clvr/video_validation/video_11747.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 2.2s (Frame 14)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11396.mp4", "videos/clvr/video_validation/video_14641.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.6s (Frame 17)]. Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 15), 2.6s (Frame 17), 3.2s (Frame 20)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13031.mp4", "videos/clvr/video_validation/video_12216.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 4.2s (Frame 26), 4.3s (Frame 27), 4.6s (Frame 29)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10634.mp4", "videos/clvr/video_validation/video_12660.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 2.4s (Frame 16)]. Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 2.8s (Frame 18), 3.6s (Frame 23)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13476.mp4", "videos/clvr/video_validation/video_12185.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.9s (Frame 13)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 15), 3.0s (Frame 20), 4.3s (Frame 27)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14723.mp4", "videos/clvr/video_validation/video_14098.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14), 2.6s (Frame 17), 3.2s (Frame 21)]. Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13437.mp4", "videos/clvr/video_validation/video_10386.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.4s (Frame 16), 3.1s (Frame 20)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.6s (Frame 17), 3.9s (Frame 25)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13804.mp4", "videos/clvr/video_validation/video_14115.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.9s (Frame 7), 3.8s (Frame 24)]. Video 2 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.6s (Frame 17), 2.6s (Frame 17)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11433.mp4", "videos/clvr/video_validation/video_12599.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 2.2s (Frame 14), 2.3s (Frame 15)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 2 -- 2"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13684.mp4", "videos/clvr/video_validation/video_12793.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [0.7s (Frame 5), 1.6s (Frame 11)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13379.mp4", "videos/clvr/video_validation/video_11960.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.5s (Frame 16), 4.4s (Frame 28), 4.7s (Frame 30)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.0s (Frame 13)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13993.mp4", "videos/clvr/video_validation/video_11263.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.2s (Frame 14)].\n  Video 2 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.2s (Frame 9), 3.4s (Frame 22)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12175.mp4", "videos/clvr/video_validation/video_12513.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)]. Video 2 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.2s (Frame 14), 4.2s (Frame 26)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12225.mp4", "videos/clvr/video_validation/video_13595.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [2.3s (Frame 15)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.7s (Frame 5), 2.4s (Frame 16), 3.5s (Frame 22), 4.4s (Frame 28)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13723.mp4", "videos/clvr/video_validation/video_10195.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 2.0s (Frame 13), 3.0s (Frame 20)]. Video 2 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.5s (Frame 10), 1.5s (Frame 10)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13066.mp4", "videos/clvr/video_validation/video_10388.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 4.4s (Frame 28)]. Video 2 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 1.9s (Frame 12), 2.1s (Frame 14), 2.8s (Frame 18)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10431.mp4", "videos/clvr/video_validation/video_11759.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 4.6s (Frame 29)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13773.mp4", "videos/clvr/video_validation/video_12276.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.6s (Frame 17), 3.0s (Frame 19)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11708.mp4", "videos/clvr/video_validation/video_10339.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 2.4s (Frame 16)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12), 2.6s (Frame 17)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13362.mp4", "videos/clvr/video_validation/video_13034.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 2.2s (Frame 14), 2.4s (Frame 15), 3.1s (Frame 20)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14534.mp4", "videos/clvr/video_validation/video_12709.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.1s (Frame 14), 3.4s (Frame 22)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 1.9s (Frame 12), 2.2s (Frame 14)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11265.mp4", "videos/clvr/video_validation/video_12370.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 3.6s (Frame 23), 3.8s (Frame 24), 4.6s (Frame 29)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11120.mp4", "videos/clvr/video_validation/video_14791.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 2.8s (Frame 18)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 4.6s (Frame 29)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12764.mp4", "videos/clvr/video_validation/video_13783.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.0s (Frame 13)]. Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 3.3s (Frame 21)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14894.mp4", "videos/clvr/video_validation/video_12923.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 2.7s (Frame 17)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 4.9s (Frame 31)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14465.mp4", "videos/clvr/video_validation/video_13220.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 3.0s (Frame 19), 4.1s (Frame 26)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12704.mp4", "videos/clvr/video_validation/video_12838.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 2.2s (Frame 14)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12662.mp4", "videos/clvr/video_validation/video_14950.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.3s (Frame 15), 2.4s (Frame 16), 4.2s (Frame 27)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.4s (Frame 16)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14570.mp4", "videos/clvr/video_validation/video_12335.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 1.7s (Frame 11), 2.2s (Frame 14)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10471.mp4", "videos/clvr/video_validation/video_10202.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.9s (Frame 12), 4.5s (Frame 28)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 5), 1.4s (Frame 10)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14156.mp4", "videos/clvr/video_validation/video_10768.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12), 2.0s (Frame 13)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 3.3s (Frame 21)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12104.mp4", "videos/clvr/video_validation/video_11735.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 2.8s (Frame 18), 4.2s (Frame 26), 4.6s (Frame 29)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14423.mp4", "videos/clvr/video_validation/video_14708.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.3s (Frame 15), 2.4s (Frame 16), 2.4s (Frame 16)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11719.mp4", "videos/clvr/video_validation/video_10041.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 4.5s (Frame 29), 4.5s (Frame 29)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11904.mp4", "videos/clvr/video_validation/video_14717.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.5s (Frame 16), 4.4s (Frame 28)]. Video 2 has 1 collision(s) at timestamp(s) [0.6s (Frame 4)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12186.mp4", "videos/clvr/video_validation/video_13008.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.7s (Frame 5)]. Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 4.5s (Frame 28)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_13320.mp4", "videos/clvr/video_validation/video_13091.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)].\n  Video 2 has 4 collision(s) at timestamp(s) [2.1s (Frame 14), 2.1s (Frame 14), 3.0s (Frame 19), 3.5s (Frame 22)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 2 -- 1"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11072.mp4", "videos/clvr/video_validation/video_11276.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 2.0s (Frame 13), 4.6s (Frame 29)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 2.6s (Frame 17), 3.3s (Frame 21)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 1"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_10135.mp4", "videos/clvr/video_validation/video_13304.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.2s (Frame 15), 2.3s (Frame 15)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12881.mp4", "videos/clvr/video_validation/video_13784.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 5 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 16), 3.1s (Frame 20), 3.6s (Frame 23), 4.6s (Frame 29)]. Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.1s (Frame 14)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12924.mp4", "videos/clvr/video_validation/video_11377.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.6s (Frame 11), 2.4s (Frame 15), 2.6s (Frame 17)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11563.mp4", "videos/clvr/video_validation/video_12073.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.9s (Frame 13), 3.1s (Frame 20)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14479.mp4", "videos/clvr/video_validation/video_10879.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 4.3s (Frame 27), 4.8s (Frame 31)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14318.mp4", "videos/clvr/video_validation/video_12926.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.5s (Frame 16)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.7s (Frame 5), 1.4s (Frame 9)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13857.mp4", "videos/clvr/video_validation/video_13054.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 3.5s (Frame 22), 4.2s (Frame 27)]. Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13451.mp4", "videos/clvr/video_validation/video_14885.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 3.8s (Frame 24), 4.2s (Frame 27)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10128.mp4", "videos/clvr/video_validation/video_14278.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 2.8s (Frame 18)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.3s (Frame 15), 2.4s (Frame 15)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13867.mp4", "videos/clvr/video_validation/video_11769.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.9s (Frame 19), 3.9s (Frame 25)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 2.9s (Frame 19), 4.8s (Frame 30)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12142.mp4", "videos/clvr/video_validation/video_10610.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 2.1s (Frame 14)]. Video 2 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 1.2s (Frame 9), 1.8s (Frame 12)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14359.mp4", "videos/clvr/video_validation/video_10251.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12973.mp4", "videos/clvr/video_validation/video_13854.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 3.9s (Frame 25)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.9s (Frame 12), 2.0s (Frame 13), 3.0s (Frame 19), 3.7s (Frame 23)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12456.mp4", "videos/clvr/video_validation/video_10594.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.5s (Frame 4), 2.9s (Frame 19)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13018.mp4", "videos/clvr/video_validation/video_11861.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.9s (Frame 19), 3.4s (Frame 22), 4.0s (Frame 25)]. Video 2 has 3 collision(s) at timestamp(s) [0.5s (Frame 4), 1.2s (Frame 8), 2.8s (Frame 18)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11665.mp4", "videos/clvr/video_validation/video_14912.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.6s (Frame 11), 2.4s (Frame 16)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [2.2s (Frame 15), 2.9s (Frame 19)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11811.mp4", "videos/clvr/video_validation/video_10956.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 3.6s (Frame 23), 3.7s (Frame 24)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 2.8s (Frame 18)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11225.mp4", "videos/clvr/video_validation/video_11139.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.3s (Frame 9)]. Video 2 has 4 collision(s) at timestamp(s) [2.5s (Frame 16), 4.2s (Frame 26), 4.4s (Frame 28), 4.9s (Frame 31)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 1"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12632.mp4", "videos/clvr/video_validation/video_14312.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.3s (Frame 15)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [2.9s (Frame 19), 2.9s (Frame 19), 2.9s (Frame 19), 3.8s (Frame 24)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13859.mp4", "videos/clvr/video_validation/video_11961.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 3.4s (Frame 22)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.7s (Frame 5), 1.2s (Frame 8), 1.4s (Frame 10), 3.5s (Frame 22)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13139.mp4", "videos/clvr/video_validation/video_14875.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)]. Video 2 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 2.5s (Frame 16), 3.6s (Frame 23)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10904.mp4", "videos/clvr/video_validation/video_11706.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 4.2s (Frame 26)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14097.mp4", "videos/clvr/video_validation/video_10398.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.7s (Frame 5), 1.6s (Frame 11), 4.6s (Frame 29)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13212.mp4", "videos/clvr/video_validation/video_10324.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.8s (Frame 18), 3.8s (Frame 24)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 2 -- 1"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14335.mp4", "videos/clvr/video_validation/video_13434.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [0.9s (Frame 6), 1.4s (Frame 10), 1.8s (Frame 12)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 2.2s (Frame 14)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 1 -- 2"], "answer": "E) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_10120.mp4", "videos/clvr/video_validation/video_10176.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [0.9s (Frame 6), 1.6s (Frame 11), 3.6s (Frame 23)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11449.mp4", "videos/clvr/video_validation/video_14655.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n  Video 2 has 3 collision(s) at timestamp(s) [2.3s (Frame 15), 3.1s (Frame 20), 3.8s (Frame 24)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10033.mp4", "videos/clvr/video_validation/video_11912.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 2.8s (Frame 18)].\n  Video 2 has 5 collision(s) at timestamp(s) [1.3s (Frame 9), 1.9s (Frame 12), 2.3s (Frame 15), 3.2s (Frame 20), 3.5s (Frame 22)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12258.mp4", "videos/clvr/video_validation/video_13680.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [0.6s (Frame 5)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 9), 1.9s (Frame 13), 3.0s (Frame 20)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12089.mp4", "videos/clvr/video_validation/video_10152.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)]. Video 2 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.7s (Frame 18), 4.6s (Frame 29)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 1", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13581.mp4", "videos/clvr/video_validation/video_11060.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12), 3.6s (Frame 23), 4.0s (Frame 26)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11332.mp4", "videos/clvr/video_validation/video_13311.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [2.8s (Frame 18), 4.0s (Frame 26)]. Video 2 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.3s (Frame 9), 1.8s (Frame 12)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13483.mp4", "videos/clvr/video_validation/video_10264.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 4.8s (Frame 31)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [2.2s (Frame 14)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13318.mp4", "videos/clvr/video_validation/video_12441.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12)]. Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12492.mp4", "videos/clvr/video_validation/video_10325.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 4.7s (Frame 30)]. Video 2 has 3 collision(s) at timestamp(s) [0.6s (Frame 4), 2.8s (Frame 18), 3.9s (Frame 25)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12181.mp4", "videos/clvr/video_validation/video_14502.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)]. Video 2 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.5s (Frame 10), 1.6s (Frame 11), 2.0s (Frame 13)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10645.mp4", "videos/clvr/video_validation/video_10432.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.3s (Frame 9)]. Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 1.8s (Frame 12), 2.7s (Frame 17)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11772.mp4", "videos/clvr/video_validation/video_11919.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 2.4s (Frame 15)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 2.2s (Frame 15), 2.9s (Frame 19), 3.6s (Frame 23)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12059.mp4", "videos/clvr/video_validation/video_10868.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 3.7s (Frame 23), 4.0s (Frame 25)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.5s (Frame 16)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_14482.mp4", "videos/clvr/video_validation/video_12905.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 2.5s (Frame 16)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 1.8s (Frame 12), 2.2s (Frame 15), 2.2s (Frame 15)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10351.mp4", "videos/clvr/video_validation/video_14636.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.5s (Frame 10), 2.0s (Frame 13), 2.9s (Frame 19)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 2", "E) Video 1 -- 2"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10067.mp4", "videos/clvr/video_validation/video_13576.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 3.2s (Frame 21)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12730.mp4", "videos/clvr/video_validation/video_10376.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.3s (Frame 15), 3.4s (Frame 22)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 1.6s (Frame 11), 2.1s (Frame 14)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11565.mp4", "videos/clvr/video_validation/video_10851.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 2.0s (Frame 13)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.0s (Frame 13)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14073.mp4", "videos/clvr/video_validation/video_11028.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 1.8s (Frame 12), 3.7s (Frame 23)]. Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.6s (Frame 17)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10603.mp4", "videos/clvr/video_validation/video_13110.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.4s (Frame 15), 2.5s (Frame 16)]. Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 4.8s (Frame 30)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10646.mp4", "videos/clvr/video_validation/video_13953.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Video 2 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.8s (Frame 12), 2.5s (Frame 16), 3.9s (Frame 25)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11532.mp4", "videos/clvr/video_validation/video_13835.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.0s (Frame 13)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 4.0s (Frame 26), 4.5s (Frame 29), 5.0s (Frame 31)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11248.mp4", "videos/clvr/video_validation/video_13316.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)]. Video 2 has 4 collision(s) at timestamp(s) [1.9s (Frame 13), 2.0s (Frame 13), 2.6s (Frame 17), 3.0s (Frame 19)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10649.mp4", "videos/clvr/video_validation/video_10272.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 3.4s (Frame 22), 4.8s (Frame 30)]. Video 2 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 3.0s (Frame 20), 3.5s (Frame 22)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) Video 1 -- 1", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11079.mp4", "videos/clvr/video_validation/video_14829.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 3.6s (Frame 23)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 1.9s (Frame 13), 2.3s (Frame 15), 2.4s (Frame 15)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10256.mp4", "videos/clvr/video_validation/video_10755.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [0.9s (Frame 6), 2.0s (Frame 13)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.6s (Frame 11), 4.6s (Frame 29)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12344.mp4", "videos/clvr/video_validation/video_11587.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 5 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 15), 2.3s (Frame 15), 3.0s (Frame 20), 4.8s (Frame 31)].\n  Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 5), 1.8s (Frame 12)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_10109.mp4", "videos/clvr/video_validation/video_10170.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.8s (Frame 18), 4.6s (Frame 29)]. Video 2 has 1 collision(s) at timestamp(s) [2.4s (Frame 15)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12837.mp4", "videos/clvr/video_validation/video_14020.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [0.7s (Frame 5), 1.8s (Frame 12), 1.9s (Frame 12), 3.0s (Frame 19)]. Video 2 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 3.0s (Frame 19)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11409.mp4", "videos/clvr/video_validation/video_13185.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 2.1s (Frame 14), 2.5s (Frame 16), 3.1s (Frame 20)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.9s (Frame 12)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11603.mp4", "videos/clvr/video_validation/video_10945.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 3.7s (Frame 23)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [2.2s (Frame 14), 2.4s (Frame 16), 3.2s (Frame 20), 4.1s (Frame 26)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13403.mp4", "videos/clvr/video_validation/video_10790.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 2.2s (Frame 14), 2.6s (Frame 17)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14462.mp4", "videos/clvr/video_validation/video_12312.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 2.7s (Frame 17)].\n  Video 2 has 3 collision(s) at timestamp(s) [0.9s (Frame 6), 1.4s (Frame 9), 2.8s (Frame 18)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13630.mp4", "videos/clvr/video_validation/video_12630.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.2s (Frame 9), 1.8s (Frame 12), 2.6s (Frame 17)].\n  Video 2 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.5s (Frame 16), 3.2s (Frame 20)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) Video 2 -- 1"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12444.mp4", "videos/clvr/video_validation/video_11556.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 4.0s (Frame 25), 4.9s (Frame 31)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.8s (Frame 12), 4.5s (Frame 28)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14600.mp4", "videos/clvr/video_validation/video_10379.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 1.6s (Frame 11)]. Video 2 has 2 collision(s) at timestamp(s) [2.5s (Frame 16), 3.9s (Frame 25)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11791.mp4", "videos/clvr/video_validation/video_10413.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 1.7s (Frame 11)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.4s (Frame 10), 3.7s (Frame 23)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11806.mp4", "videos/clvr/video_validation/video_12086.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 4.4s (Frame 28)]. Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 3.8s (Frame 24)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11373.mp4", "videos/clvr/video_validation/video_12647.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.6s (Frame 5)]. Video 2 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 3.8s (Frame 24), 3.9s (Frame 25), 4.1s (Frame 26)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12685.mp4", "videos/clvr/video_validation/video_11132.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)]. Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.1s (Frame 14), 4.2s (Frame 26)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 2 -- 1"], "answer": "D) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13252.mp4", "videos/clvr/video_validation/video_12931.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.9s (Frame 13)]. Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 3.8s (Frame 24), 3.9s (Frame 25)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14425.mp4", "videos/clvr/video_validation/video_11728.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 2.2s (Frame 15)]. Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 3.1s (Frame 20), 4.3s (Frame 27)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13399.mp4", "videos/clvr/video_validation/video_14386.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.4s (Frame 16), 2.7s (Frame 17)]. Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 3.2s (Frame 21)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 2 -- 2", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11198.mp4", "videos/clvr/video_validation/video_11804.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 2.5s (Frame 16), 2.9s (Frame 19), 3.9s (Frame 25)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13750.mp4", "videos/clvr/video_validation/video_10032.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.8s (Frame 12), 1.8s (Frame 12)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.5s (Frame 4), 1.6s (Frame 11), 2.5s (Frame 16)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14512.mp4", "videos/clvr/video_validation/video_13025.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.6s (Frame 17), 4.3s (Frame 27)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 3.9s (Frame 25)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11019.mp4", "videos/clvr/video_validation/video_13734.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.7s (Frame 11)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 1.8s (Frame 12), 2.0s (Frame 13), 2.6s (Frame 17)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12489.mp4", "videos/clvr/video_validation/video_14869.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 2.7s (Frame 18)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13863.mp4", "videos/clvr/video_validation/video_14678.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 4.4s (Frame 28)]. Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 3.3s (Frame 21)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14448.mp4", "videos/clvr/video_validation/video_12869.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [0.7s (Frame 5), 1.2s (Frame 8), 1.6s (Frame 11)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.8s (Frame 18)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13083.mp4", "videos/clvr/video_validation/video_12916.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 4.3s (Frame 27)]. Video 2 has 4 collision(s) at timestamp(s) [0.9s (Frame 7), 1.4s (Frame 9), 2.2s (Frame 14), 2.5s (Frame 16)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12565.mp4", "videos/clvr/video_validation/video_11729.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 1.4s (Frame 9), 1.5s (Frame 10)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10142.mp4", "videos/clvr/video_validation/video_12353.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 4.4s (Frame 28)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 1.8s (Frame 12)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12056.mp4", "videos/clvr/video_validation/video_10059.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 5 collision(s) at timestamp(s) [1.4s (Frame 9), 1.4s (Frame 9), 1.4s (Frame 10), 2.8s (Frame 18), 3.2s (Frame 21)]. Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 3.0s (Frame 19)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11648.mp4", "videos/clvr/video_validation/video_12325.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.1s (Frame 14), 2.6s (Frame 17), 4.5s (Frame 29)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 3.3s (Frame 21)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13094.mp4", "videos/clvr/video_validation/video_10209.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [2.2s (Frame 14), 2.7s (Frame 18), 3.5s (Frame 22), 3.8s (Frame 24)]. Video 2 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13990.mp4", "videos/clvr/video_validation/video_12479.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 2.4s (Frame 16), 2.5s (Frame 16)]. Video 2 has 3 collision(s) at timestamp(s) [1.2s (Frame 8), 1.8s (Frame 12), 2.9s (Frame 19)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12989.mp4", "videos/clvr/video_validation/video_13098.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 4), 3.4s (Frame 22)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11541.mp4", "videos/clvr/video_validation/video_10996.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.6s (Frame 17), 3.6s (Frame 23)].\n  Video 2 has 4 collision(s) at timestamp(s) [2.1s (Frame 14), 3.0s (Frame 20), 3.1s (Frame 20), 3.7s (Frame 23)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13671.mp4", "videos/clvr/video_validation/video_10726.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 2.7s (Frame 17), 4.5s (Frame 28), 4.8s (Frame 30)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 8), 4.4s (Frame 28)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 1 -- 1"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14879.mp4", "videos/clvr/video_validation/video_14414.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 4.0s (Frame 25)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 2.9s (Frame 19)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 3", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12805.mp4", "videos/clvr/video_validation/video_12267.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [0.6s (Frame 5), 3.9s (Frame 25)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.8s (Frame 12), 4.4s (Frame 28)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11340.mp4", "videos/clvr/video_validation/video_11163.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 2.9s (Frame 19)].\n\n- Video 2 has 5 collision(s) at timestamp(s) [1.1s (Frame 8), 2.7s (Frame 17), 3.4s (Frame 22), 3.6s (Frame 23), 3.8s (Frame 24)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13749.mp4", "videos/clvr/video_validation/video_13107.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 1.4s (Frame 9), 2.2s (Frame 14)]. Video 2 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12815.mp4", "videos/clvr/video_validation/video_12015.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.2s (Frame 14)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11581.mp4", "videos/clvr/video_validation/video_10776.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [0.9s (Frame 7), 2.5s (Frame 16), 4.5s (Frame 29)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.7s (Frame 5), 2.6s (Frame 17)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 2 -- 1"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14067.mp4", "videos/clvr/video_validation/video_13940.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.7s (Frame 17), 3.5s (Frame 22)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 5), 2.6s (Frame 17)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14906.mp4", "videos/clvr/video_validation/video_11488.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [0.5s (Frame 4), 1.1s (Frame 8), 1.4s (Frame 10)]. Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.6s (Frame 11), 1.7s (Frame 11)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13729.mp4", "videos/clvr/video_validation/video_12734.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.3s (Frame 15), 3.0s (Frame 19), 3.0s (Frame 19)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [0.6s (Frame 4), 3.0s (Frame 19)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14719.mp4", "videos/clvr/video_validation/video_14305.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.4s (Frame 15), 3.4s (Frame 22)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.7s (Frame 11), 4.8s (Frame 30)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_10659.mp4", "videos/clvr/video_validation/video_14074.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [2.4s (Frame 16), 2.4s (Frame 16), 3.4s (Frame 22), 4.0s (Frame 25)].\n  Video 2 has 2 collision(s) at timestamp(s) [2.3s (Frame 15), 4.6s (Frame 29)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12675.mp4", "videos/clvr/video_validation/video_13187.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.3s (Frame 15), 3.6s (Frame 23)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.0s (Frame 13)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11513.mp4", "videos/clvr/video_validation/video_10528.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.0s (Frame 13), 2.5s (Frame 16)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 3", "C) Video 2 -- 1", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14863.mp4", "videos/clvr/video_validation/video_10270.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.3s (Frame 9), 1.4s (Frame 10), 2.2s (Frame 14)]. Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14584.mp4", "videos/clvr/video_validation/video_12750.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.4s (Frame 16), 2.9s (Frame 19), 3.5s (Frame 22)].\n  Video 2 has 2 collision(s) at timestamp(s) [2.1s (Frame 14), 3.0s (Frame 19)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13394.mp4", "videos/clvr/video_validation/video_14935.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.9s (Frame 6)]. Video 2 has 2 collision(s) at timestamp(s) [0.5s (Frame 4), 2.7s (Frame 17)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 1 -- 3"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13848.mp4", "videos/clvr/video_validation/video_12725.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.1s (Frame 14), 2.8s (Frame 18)].\n  Video 2 has 2 collision(s) at timestamp(s) [2.4s (Frame 16), 3.3s (Frame 21)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14754.mp4", "videos/clvr/video_validation/video_14541.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12)]. Video 2 has 5 collision(s) at timestamp(s) [1.8s (Frame 12), 2.0s (Frame 13), 2.0s (Frame 13), 3.3s (Frame 21), 4.0s (Frame 25)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11933.mp4", "videos/clvr/video_validation/video_10962.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [2.4s (Frame 16), 3.0s (Frame 19), 3.9s (Frame 25)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 1.9s (Frame 12), 2.0s (Frame 13)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14959.mp4", "videos/clvr/video_validation/video_11618.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 13), 3.4s (Frame 22)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.1s (Frame 14)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11023.mp4", "videos/clvr/video_validation/video_10090.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.9s (Frame 12)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 3.2s (Frame 21), 3.9s (Frame 25)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 2 -- 3"], "answer": "E) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10035.mp4", "videos/clvr/video_validation/video_12125.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.5s (Frame 16)]. Video 2 has 5 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 1.7s (Frame 11), 2.6s (Frame 17), 4.0s (Frame 25)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 1 -- 3", "E) Video 2 -- 3"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13762.mp4", "videos/clvr/video_validation/video_12045.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 7), 1.6s (Frame 11), 2.1s (Frame 14), 3.8s (Frame 24)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.5s (Frame 10), 2.1s (Frame 14)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12491.mp4", "videos/clvr/video_validation/video_10921.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 1.7s (Frame 11), 2.3s (Frame 15), 3.4s (Frame 22)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 2 -- 3"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13221.mp4", "videos/clvr/video_validation/video_13120.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [0.6s (Frame 5)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 3.0s (Frame 19), 4.9s (Frame 31)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11656.mp4", "videos/clvr/video_validation/video_14997.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [2.2s (Frame 14)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 3.1s (Frame 20), 3.3s (Frame 21), 3.8s (Frame 24)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14547.mp4", "videos/clvr/video_validation/video_14234.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 2.2s (Frame 14), 3.2s (Frame 21)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 3.4s (Frame 22)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10482.mp4", "videos/clvr/video_validation/video_13727.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.2s (Frame 8)]. Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 2.3s (Frame 15), 2.7s (Frame 18), 3.0s (Frame 20)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14529.mp4", "videos/clvr/video_validation/video_14513.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 2.2s (Frame 14), 3.7s (Frame 24), 3.9s (Frame 25)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11948.mp4", "videos/clvr/video_validation/video_13135.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.3s (Frame 15)]. Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.0s (Frame 13), 2.4s (Frame 15)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13715.mp4", "videos/clvr/video_validation/video_12236.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.9s (Frame 13), 2.6s (Frame 17), 2.6s (Frame 17), 3.5s (Frame 22)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13999.mp4", "videos/clvr/video_validation/video_14300.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.5s (Frame 4), 4.8s (Frame 30)]. Video 2 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 3.4s (Frame 22), 3.4s (Frame 22)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11349.mp4", "videos/clvr/video_validation/video_13717.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [2.6s (Frame 17), 3.3s (Frame 21), 3.8s (Frame 24)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10156.mp4", "videos/clvr/video_validation/video_14756.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [2.0s (Frame 13), 3.9s (Frame 25)]. Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_12697.mp4", "videos/clvr/video_validation/video_10498.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.9s (Frame 13)]. Video 2 has 3 collision(s) at timestamp(s) [2.1s (Frame 14), 2.3s (Frame 15), 3.7s (Frame 23)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 2", "E) Video 2 -- 3"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14253.mp4", "videos/clvr/video_validation/video_11624.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 3.0s (Frame 20), 3.2s (Frame 21)]. Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.8s (Frame 12), 2.9s (Frame 19)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10859.mp4", "videos/clvr/video_validation/video_14146.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.1s (Frame 14), 2.6s (Frame 17), 2.8s (Frame 18)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.9s (Frame 12)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11352.mp4", "videos/clvr/video_validation/video_10385.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 2.3s (Frame 15), 2.8s (Frame 18), 3.0s (Frame 19)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_14292.mp4", "videos/clvr/video_validation/video_11764.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 1.8s (Frame 12)]. Video 2 has 4 collision(s) at timestamp(s) [2.4s (Frame 16), 3.0s (Frame 19), 3.8s (Frame 24), 3.9s (Frame 25)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12573.mp4", "videos/clvr/video_validation/video_13625.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.6s (Frame 17), 3.0s (Frame 19)]. Video 2 has 1 collision(s) at timestamp(s) [2.0s (Frame 13)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "A) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13359.mp4", "videos/clvr/video_validation/video_14746.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.6s (Frame 17), 2.8s (Frame 18)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 2.4s (Frame 16)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11584.mp4", "videos/clvr/video_validation/video_12228.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 2.5s (Frame 16), 2.8s (Frame 18)]. Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 4.2s (Frame 27)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_14840.mp4", "videos/clvr/video_validation/video_11059.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 2.5s (Frame 16)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)].\n\nTherefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_14969.mp4", "videos/clvr/video_validation/video_12105.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 2.5s (Frame 16)]. Video 2 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 2.4s (Frame 16), 2.5s (Frame 16)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14145.mp4", "videos/clvr/video_validation/video_10027.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.5s (Frame 4), 1.7s (Frame 11), 2.7s (Frame 17)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.8s (Frame 18), 3.7s (Frame 23)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11836.mp4", "videos/clvr/video_validation/video_12759.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.8s (Frame 18)]. Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 3.2s (Frame 20)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11008.mp4", "videos/clvr/video_validation/video_12314.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.5s (Frame 16), 4.4s (Frame 28)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.8s (Frame 18)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "E) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13620.mp4", "videos/clvr/video_validation/video_13946.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 3.8s (Frame 24)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.8s (Frame 12), 2.2s (Frame 14), 4.6s (Frame 29), 4.9s (Frame 31)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "E) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10821.mp4", "videos/clvr/video_validation/video_14852.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.3s (Frame 15), 4.8s (Frame 30)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.0s (Frame 13), 3.7s (Frame 23)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13190.mp4", "videos/clvr/video_validation/video_10258.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.9s (Frame 13), 4.1s (Frame 26), 4.2s (Frame 26)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14364.mp4", "videos/clvr/video_validation/video_13923.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 9), 2.1s (Frame 14), 2.6s (Frame 17), 2.8s (Frame 18)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13594.mp4", "videos/clvr/video_validation/video_14477.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.6s (Frame 17), 2.7s (Frame 18)]. Video 2 has 1 collision(s) at timestamp(s) [2.4s (Frame 16)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12292.mp4", "videos/clvr/video_validation/video_13358.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.4s (Frame 15), 2.8s (Frame 18)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 2"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14970.mp4", "videos/clvr/video_validation/video_10507.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 9)]. Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 2.2s (Frame 14), 3.0s (Frame 20), 3.2s (Frame 21)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_13812.mp4", "videos/clvr/video_validation/video_13570.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 4.8s (Frame 30)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_11900.mp4", "videos/clvr/video_validation/video_12553.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 3.6s (Frame 23)]. Video 2 has 3 collision(s) at timestamp(s) [0.9s (Frame 6), 2.5s (Frame 16), 2.7s (Frame 17)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12375.mp4", "videos/clvr/video_validation/video_13688.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 2.2s (Frame 14), 2.2s (Frame 15), 2.7s (Frame 18)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 3", "C) Video 2 -- 3", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14856.mp4", "videos/clvr/video_validation/video_11917.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [2.4s (Frame 15)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.7s (Frame 11), 1.7s (Frame 11), 2.0s (Frame 13)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "C) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14533.mp4", "videos/clvr/video_validation/video_14336.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 7), 2.3s (Frame 15), 2.6s (Frame 17), 3.7s (Frame 23)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 2.4s (Frame 15)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10249.mp4", "videos/clvr/video_validation/video_12577.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 1 collision(s) at timestamp(s) [0.7s (Frame 5)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10595.mp4", "videos/clvr/video_validation/video_11943.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.5s (Frame 10), 2.7s (Frame 18), 4.2s (Frame 27)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.9s (Frame 7), 2.7s (Frame 18), 2.7s (Frame 18)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_10399.mp4", "videos/clvr/video_validation/video_10311.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 2.6s (Frame 17), 2.6s (Frame 17), 3.4s (Frame 22)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 3.7s (Frame 24)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14668.mp4", "videos/clvr/video_validation/video_12002.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [0.6s (Frame 5), 1.4s (Frame 9), 1.9s (Frame 12), 3.0s (Frame 20)]. Video 2 has 2 collision(s) at timestamp(s) [1.9s (Frame 13), 2.6s (Frame 17)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_10862.mp4", "videos/clvr/video_validation/video_14526.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [1.6s (Frame 11), 3.0s (Frame 20), 3.5s (Frame 22), 3.7s (Frame 24)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 1"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_11508.mp4", "videos/clvr/video_validation/video_14674.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 1.4s (Frame 9), 1.5s (Frame 10)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11761.mp4", "videos/clvr/video_validation/video_13500.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 2.5s (Frame 16)]. Video 2 has 2 collision(s) at timestamp(s) [1.2s (Frame 9), 2.3s (Frame 15)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11259.mp4", "videos/clvr/video_validation/video_11637.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 2.5s (Frame 16), 3.2s (Frame 21)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 3.1s (Frame 20)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12659.mp4", "videos/clvr/video_validation/video_11841.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.4s (Frame 10), 2.3s (Frame 15), 4.5s (Frame 29)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 1", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10102.mp4", "videos/clvr/video_validation/video_13509.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.2s (Frame 8), 1.9s (Frame 12), 2.4s (Frame 16), 3.0s (Frame 19)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14324.mp4", "videos/clvr/video_validation/video_13376.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 7), 2.0s (Frame 13), 2.1s (Frame 14), 2.2s (Frame 14)]. Video 2 has 1 collision(s) at timestamp(s) [1.5s (Frame 10)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 2 -- 1"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10548.mp4", "videos/clvr/video_validation/video_11544.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 2.2s (Frame 14), 3.8s (Frame 24), 4.2s (Frame 27)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) Video 1 -- 2"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10715.mp4", "videos/clvr/video_validation/video_13649.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [0.6s (Frame 4), 2.2s (Frame 14), 3.2s (Frame 21)].\n\n- Video 2 has 5 collision(s) at timestamp(s) [1.7s (Frame 11), 2.3s (Frame 15), 2.7s (Frame 17), 2.8s (Frame 18), 3.3s (Frame 21)].\n\nTherefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14486.mp4", "videos/clvr/video_validation/video_12416.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [0.5s (Frame 4), 0.6s (Frame 5), 0.9s (Frame 7), 1.5s (Frame 10)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 3.1s (Frame 20)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "B) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10205.mp4", "videos/clvr/video_validation/video_13609.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [2.2s (Frame 15), 3.1s (Frame 20)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.6s (Frame 5), 2.7s (Frame 18), 4.0s (Frame 25), 4.3s (Frame 27)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 3", "E) Video 1 -- 2"], "answer": "C) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11216.mp4", "videos/clvr/video_validation/video_12777.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.6s (Frame 11), 1.8s (Frame 12)].\n  Video 2 has 3 collision(s) at timestamp(s) [2.3s (Frame 15), 4.4s (Frame 28), 4.9s (Frame 31)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13697.mp4", "videos/clvr/video_validation/video_14855.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 5 collision(s) at timestamp(s) [1.8s (Frame 12), 1.9s (Frame 13), 2.1s (Frame 14), 2.4s (Frame 16), 2.6s (Frame 17)]. Video 2 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 3.9s (Frame 25)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 1", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 1"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_11558.mp4", "videos/clvr/video_validation/video_13283.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.9s (Frame 12), 2.5s (Frame 16)].\n  Video 2 has 1 collision(s) at timestamp(s) [1.0s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14368.mp4", "videos/clvr/video_validation/video_12591.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 9), 2.4s (Frame 15), 3.1s (Frame 20)]. Video 2 has 3 collision(s) at timestamp(s) [0.7s (Frame 5), 2.3s (Frame 15), 2.4s (Frame 16)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 1", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13650.mp4", "videos/clvr/video_validation/video_12474.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.4s (Frame 16), 3.6s (Frame 23)]. Video 2 has 1 collision(s) at timestamp(s) [0.6s (Frame 5)]. Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13580.mp4", "videos/clvr/video_validation/video_12495.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.9s (Frame 13), 2.2s (Frame 15), 3.2s (Frame 21), 3.7s (Frame 24)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.1s (Frame 8)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 2", "E) Video 1 -- 3"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11166.mp4", "videos/clvr/video_validation/video_11322.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 9)]. Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 1.8s (Frame 12), 3.1s (Frame 20), 4.2s (Frame 27)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 2 -- 1", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14594.mp4", "videos/clvr/video_validation/video_14543.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.5s (Frame 10), 3.7s (Frame 23)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 1.9s (Frame 12)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11582.mp4", "videos/clvr/video_validation/video_11076.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12), 2.7s (Frame 17), 3.0s (Frame 20)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.5s (Frame 4)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13086.mp4", "videos/clvr/video_validation/video_10295.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.0s (Frame 7), 1.8s (Frame 12), 2.1s (Frame 14), 2.9s (Frame 19)]. Video 2 has 3 collision(s) at timestamp(s) [1.3s (Frame 9), 2.0s (Frame 13), 3.6s (Frame 23)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "A) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12487.mp4", "videos/clvr/video_validation/video_12767.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 3.0s (Frame 20)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.7s (Frame 11), 3.0s (Frame 19)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 2 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12328.mp4", "videos/clvr/video_validation/video_13865.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [0.8s (Frame 6), 2.3s (Frame 15)]. Video 2 has 2 collision(s) at timestamp(s) [2.2s (Frame 14), 2.7s (Frame 18)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) most and second most have the same number of collisions -- 0", "C) Video 2 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12883.mp4", "videos/clvr/video_validation/video_13851.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 3.5s (Frame 22)].\n  Video 2 has 3 collision(s) at timestamp(s) [2.0s (Frame 13), 2.9s (Frame 19), 4.2s (Frame 27)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_11661.mp4", "videos/clvr/video_validation/video_14395.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [0.6s (Frame 5), 2.6s (Frame 17), 2.8s (Frame 18)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 3.9s (Frame 25)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 3", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "B) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14789.mp4", "videos/clvr/video_validation/video_14560.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.7s (Frame 11), 2.0s (Frame 13), 2.7s (Frame 18), 3.4s (Frame 22)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.5s (Frame 4)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 2", "E) Video 2 -- 2"], "answer": "D) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14899.mp4", "videos/clvr/video_validation/video_11825.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [2.4s (Frame 16), 2.9s (Frame 19), 3.0s (Frame 20), 3.7s (Frame 24)].\n\n- Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 10), 2.2s (Frame 14)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_13676.mp4", "videos/clvr/video_validation/video_11418.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 5 collision(s) at timestamp(s) [1.1s (Frame 8), 1.9s (Frame 12), 2.0s (Frame 13), 2.0s (Frame 13), 2.3s (Frame 15)]. Video 2 has 2 collision(s) at timestamp(s) [1.8s (Frame 12), 2.1s (Frame 14)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) Video 1 -- 2", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_11344.mp4", "videos/clvr/video_validation/video_10631.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 3 collision(s) at timestamp(s) [1.8s (Frame 12), 2.3s (Frame 15), 2.4s (Frame 16)]. Video 2 has 3 collision(s) at timestamp(s) [0.7s (Frame 5), 0.9s (Frame 7), 2.1s (Frame 14)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 1", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "A) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_14748.mp4", "videos/clvr/video_validation/video_12341.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.9s (Frame 13)].\n  Video 2 has 5 collision(s) at timestamp(s) [0.7s (Frame 5), 1.4s (Frame 9), 3.3s (Frame 21), 4.2s (Frame 27), 4.4s (Frame 28)].\n**Result:** Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_14442.mp4", "videos/clvr/video_validation/video_11865.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.4s (Frame 15), 3.6s (Frame 23)].\n  Video 2 has 1 collision(s) at timestamp(s) [0.9s (Frame 7)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) Video 1 -- 3", "E) Video 2 -- 2"], "answer": "C) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11659.mp4", "videos/clvr/video_validation/video_13870.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [0.6s (Frame 5)]. Video 2 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 2.0s (Frame 13), 2.6s (Frame 17), 3.4s (Frame 22)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14847.mp4", "videos/clvr/video_validation/video_11572.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 5.0s (Frame 31)]. Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 2.2s (Frame 14)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_12899.mp4", "videos/clvr/video_validation/video_13985.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.3s (Frame 9), 2.7s (Frame 17), 3.8s (Frame 24)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 4.8s (Frame 30)].\n**Result:** Therefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_10345.mp4", "videos/clvr/video_validation/video_13200.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.9s (Frame 12), 4.6s (Frame 29)]. Video 2 has 2 collision(s) at timestamp(s) [1.1s (Frame 8), 2.8s (Frame 18)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_14162.mp4", "videos/clvr/video_validation/video_11049.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 4 collision(s) at timestamp(s) [1.5s (Frame 10), 3.6s (Frame 23), 4.2s (Frame 26), 4.7s (Frame 30)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.8s (Frame 12)].\n\nTherefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13122.mp4", "videos/clvr/video_validation/video_11473.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.7s (Frame 11), 2.4s (Frame 16), 4.0s (Frame 25)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 2", "C) Video 2 -- 1", "D) Video 2 -- 2", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_13672.mp4", "videos/clvr/video_validation/video_11686.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.4s (Frame 10), 2.3s (Frame 15), 2.7s (Frame 18)]. Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.0s (Frame 13), 2.3s (Frame 15)]. Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 1 -- 2", "videos": ["videos/clvr/video_validation/video_13322.mp4", "videos/clvr/video_validation/video_13862.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 2.1s (Frame 14), 2.3s (Frame 15)].\n\n- Video 2 has 1 collision(s) at timestamp(s) [0.7s (Frame 5)].\n\nTherefore, Video 1 has the most collisions, which is 2 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 3", "C) Video 2 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 3"], "answer": "D) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12255.mp4", "videos/clvr/video_validation/video_10072.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.4s (Frame 10), 2.6s (Frame 17), 3.6s (Frame 23)].\n  Video 2 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 1.5s (Frame 10), 2.8s (Frame 18)].\n**Result:** Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) most and second most have the same number of collisions -- 0", "D) Video 2 -- 3", "E) Video 1 -- 3"], "answer": "D) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_11374.mp4", "videos/clvr/video_validation/video_11462.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.2s (Frame 9)]. Video 2 has 4 collision(s) at timestamp(s) [1.3s (Frame 9), 1.7s (Frame 11), 1.8s (Frame 12), 2.4s (Frame 15)]. Therefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) Video 1 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 3"], "answer": "B) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_12426.mp4", "videos/clvr/video_validation/video_13808.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 1 collision(s) at timestamp(s) [1.4s (Frame 10)]. Video 2 has 2 collision(s) at timestamp(s) [2.4s (Frame 16), 3.2s (Frame 20)]. Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "A) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_13076.mp4", "videos/clvr/video_validation/video_11978.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [2.3s (Frame 15), 2.8s (Frame 18)]. Video 2 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.2s (Frame 9), 1.9s (Frame 13), 2.2s (Frame 14)]. Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) Video 1 -- 3", "C) Video 1 -- 2", "D) Video 2 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "E) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_14710.mp4", "videos/clvr/video_validation/video_12129.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 4.1s (Frame 26)]. Video 2 has 2 collision(s) at timestamp(s) [1.0s (Frame 7), 1.7s (Frame 11)]. Therefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 1", "B) Video 2 -- 3", "C) Video 2 -- 1", "D) Video 1 -- 3", "E) most and second most have the same number of collisions -- 0"], "answer": "C) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_13188.mp4", "videos/clvr/video_validation/video_14394.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 2 collision(s) at timestamp(s) [1.6s (Frame 11), 4.0s (Frame 25)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [0.8s (Frame 6), 1.6s (Frame 11), 3.7s (Frame 24)].\n\nTherefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 2 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 3"], "answer": "E) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12713.mp4", "videos/clvr/video_validation/video_11474.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [0.8s (Frame 6), 1.5s (Frame 10), 2.7s (Frame 18), 4.3s (Frame 27)]. Video 2 has 1 collision(s) at timestamp(s) [1.6s (Frame 11)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 2", "B) most and second most have the same number of collisions -- 0", "C) Video 1 -- 3", "D) Video 2 -- 3", "E) Video 1 -- 2"], "answer": "B) most and second most have the same number of collisions -- 0", "videos": ["videos/clvr/video_validation/video_12664.mp4", "videos/clvr/video_validation/video_12173.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.3s (Frame 15), 4.2s (Frame 26)].\n\n- Video 2 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 2.0s (Frame 13), 3.7s (Frame 23)].\n\nTherefore, Video 1, Video 2 tie for the most collisions."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 3", "C) Video 1 -- 2", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_12337.mp4", "videos/clvr/video_validation/video_10091.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.1s (Frame 8), 2.0s (Frame 13), 2.6s (Frame 17), 2.8s (Frame 18)]. Video 2 has 1 collision(s) at timestamp(s) [1.2s (Frame 8)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 1", "C) Video 2 -- 2", "D) Video 1 -- 2", "E) Video 1 -- 1"], "answer": "C) Video 2 -- 2", "videos": ["videos/clvr/video_validation/video_10397.mp4", "videos/clvr/video_validation/video_14308.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 2 collision(s) at timestamp(s) [1.3s (Frame 9), 2.0s (Frame 13)].\n  Video 2 has 4 collision(s) at timestamp(s) [0.9s (Frame 6), 1.6s (Frame 11), 2.4s (Frame 16), 2.9s (Frame 19)].\n**Result:** Therefore, Video 2 has the most collisions, which is 2 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 1 -- 1", "C) Video 1 -- 2", "D) Video 2 -- 1", "E) Video 2 -- 2"], "answer": "D) Video 2 -- 1", "videos": ["videos/clvr/video_validation/video_10808.mp4", "videos/clvr/video_validation/video_10190.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.1s (Frame 8), 1.4s (Frame 10), 2.8s (Frame 18)].\n  Video 2 has 4 collision(s) at timestamp(s) [1.4s (Frame 9), 2.4s (Frame 16), 3.0s (Frame 19), 4.9s (Frame 31)].\n**Result:** Therefore, Video 2 has the most collisions, which is 1 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 3", "B) Video 2 -- 1", "C) most and second most have the same number of collisions -- 0", "D) Video 1 -- 1", "E) Video 2 -- 3"], "answer": "A) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_11872.mp4", "videos/clvr/video_validation/video_12222.mp4"], "video_ranges": [], "reasoning": "Looking at the collision counts across videos: Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.3s (Frame 15), 4.4s (Frame 28), 4.4s (Frame 28)]. Video 2 has 1 collision(s) at timestamp(s) [0.8s (Frame 6)]. Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 1", "B) Video 1 -- 2", "C) Video 2 -- 2", "D) Video 1 -- 1", "E) most and second most have the same number of collisions -- 0"], "answer": "D) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_10130.mp4", "videos/clvr/video_validation/video_12500.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.6s (Frame 11), 2.4s (Frame 16), 4.5s (Frame 29)].\n  Video 2 has 2 collision(s) at timestamp(s) [2.1s (Frame 14), 2.7s (Frame 18)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 1 -- 2", "B) Video 2 -- 2", "C) Video 2 -- 1", "D) most and second most have the same number of collisions -- 0", "E) Video 1 -- 1"], "answer": "E) Video 1 -- 1", "videos": ["videos/clvr/video_validation/video_12508.mp4", "videos/clvr/video_validation/video_12137.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 3 collision(s) at timestamp(s) [1.0s (Frame 7), 2.3s (Frame 15), 3.0s (Frame 19)].\n  Video 2 has 2 collision(s) at timestamp(s) [1.4s (Frame 9), 4.6s (Frame 29)].\n**Result:** Therefore, Video 1 has the most collisions, which is 1 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) Video 2 -- 3", "B) Video 1 -- 2", "C) Video 1 -- 3", "D) most and second most have the same number of collisions -- 0", "E) Video 2 -- 2"], "answer": "C) Video 1 -- 3", "videos": ["videos/clvr/video_validation/video_10164.mp4", "videos/clvr/video_validation/video_11777.mp4"], "video_ranges": [], "reasoning": "**Collision counts:**\n  Video 1 has 4 collision(s) at timestamp(s) [1.4s (Frame 10), 2.2s (Frame 14), 3.1s (Frame 20), 4.6s (Frame 29)].\n  Video 2 has 1 collision(s) at timestamp(s) [2.5s (Frame 16)].\n**Result:** Therefore, Video 1 has the most collisions, which is 3 more than the second most (Video 2)."}
{"category": "Comparative_Reasoning", "task": "Numerical_Comparison", "question": "Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?\nSelect the correct option below.", "options": ["A) most and second most have the same number of collisions -- 0", "B) Video 2 -- 3", "C) Video 1 -- 3", "D) Video 2 -- 1", "E) Video 1 -- 1"], "answer": "B) Video 2 -- 3", "videos": ["videos/clvr/video_validation/video_12124.mp4", "videos/clvr/video_validation/video_14670.mp4"], "video_ranges": [], "reasoning": "- Video 1 has 1 collision(s) at timestamp(s) [0.9s (Frame 6)].\n\n- Video 2 has 4 collision(s) at timestamp(s) [0.6s (Frame 5), 1.2s (Frame 8), 2.0s (Frame 13), 3.9s (Frame 25)].\n\nTherefore, Video 2 has the most collisions, which is 3 more than the second most (Video 1)."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- gray rubber sphere", "C) video_1 -- purple metal cylinder", "D) video_2 -- red rubber cylinder"], "answer": "D) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11194.mp4", "videos/clvr/video_validation/video_11195.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.69 (Object: purple cylinder)\n- Video 2 peak velocity: 2.91 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber cylinder", "B) video_2 -- blue metal cylinder", "C) video_1 -- red rubber cube", "D) video_2 -- gray metal cylinder"], "answer": "B) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11927.mp4", "videos/clvr/video_validation/video_11928.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: red cylinder)\n- Video 2 peak velocity: 2.85 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber sphere", "B) video_2 -- blue metal cube", "C) video_1 -- blue metal cylinder", "D) video_1 -- blue metal sphere"], "answer": "C) video_1 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11426.mp4", "videos/clvr/video_validation/video_11427.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: blue cylinder)\n- Video 2 peak velocity: 2.68 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cylinder", "B) video_1 -- yellow metal cube", "C) video_2 -- cyan rubber cube", "D) video_1 -- gray metal sphere"], "answer": "A) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_10525.mp4", "videos/clvr/video_validation/video_10526.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.67 (Object: yellow cube)\n- Video 2 peak velocity: 2.98 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_1 -- purple metal cube", "C) video_2 -- brown metal sphere", "D) video_2 -- yellow rubber cylinder"], "answer": "D) video_2 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_11475.mp4", "videos/clvr/video_validation/video_11476.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: brown cylinder)\n- Video 2 peak velocity: 2.88 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_1 -- purple metal sphere", "C) video_1 -- blue rubber sphere", "D) video_2 -- purple rubber cube"], "answer": "C) video_1 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10985.mp4", "videos/clvr/video_validation/video_10986.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: blue sphere)\n- Video 2 peak velocity: 2.74 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cylinder", "B) video_2 -- yellow rubber cube", "C) video_1 -- yellow metal cylinder", "D) video_2 -- gray metal cylinder"], "answer": "A) video_1 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_11993.mp4", "videos/clvr/video_validation/video_11994.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: purple cylinder)\n- Video 2 peak velocity: 2.66 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal cylinder", "B) video_2 -- brown metal cube", "C) video_1 -- purple rubber cube", "D) video_1 -- yellow rubber cylinder"], "answer": "B) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11512.mp4", "videos/clvr/video_validation/video_11513.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.75 (Object: purple cube)\n- Video 2 peak velocity: 2.98 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cylinder", "B) video_1 -- brown metal sphere", "C) video_2 -- red rubber cube", "D) video_1 -- gray rubber sphere"], "answer": "A) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11052.mp4", "videos/clvr/video_validation/video_11053.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: gray sphere)\n- Video 2 peak velocity: 2.95 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal sphere", "B) video_2 -- blue metal sphere", "C) video_2 -- blue metal cylinder", "D) video_1 -- yellow rubber cylinder"], "answer": "C) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11425.mp4", "videos/clvr/video_validation/video_11426.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.37 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.97 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cylinder", "B) video_2 -- gray rubber cylinder", "C) video_1 -- gray metal sphere", "D) video_2 -- yellow rubber cube"], "answer": "B) video_2 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_11448.mp4", "videos/clvr/video_validation/video_11449.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: gray sphere)\n- Video 2 peak velocity: 2.94 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cube", "B) video_2 -- blue metal cylinder", "C) video_2 -- yellow rubber cylinder", "D) video_1 -- purple rubber cube"], "answer": "D) video_1 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_11740.mp4", "videos/clvr/video_validation/video_11741.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: purple cube)\n- Video 2 peak velocity: 2.56 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal cube", "B) video_2 -- blue metal sphere", "C) video_1 -- blue rubber sphere", "D) video_1 -- cyan rubber sphere"], "answer": "C) video_1 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10339.mp4", "videos/clvr/video_validation/video_10340.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: blue sphere)\n- Video 2 peak velocity: 2.51 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_1 -- purple metal cube", "C) video_2 -- blue rubber cylinder", "D) video_2 -- red metal cube"], "answer": "D) video_2 -- red metal cube", "videos": ["videos/clvr/video_validation/video_10126.mp4", "videos/clvr/video_validation/video_10127.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: purple cube)\n- Video 2 peak velocity: 2.95 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber cube", "B) video_2 -- brown rubber cylinder", "C) video_1 -- purple rubber sphere", "D) video_2 -- blue rubber sphere"], "answer": "B) video_2 -- brown rubber cylinder", "videos": ["videos/clvr/video_validation/video_11146.mp4", "videos/clvr/video_validation/video_11147.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: purple sphere)\n- Video 2 peak velocity: 2.86 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cylinder", "B) video_2 -- gray metal sphere", "C) video_2 -- cyan metal cube", "D) video_1 -- gray rubber sphere"], "answer": "A) video_1 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_10827.mp4", "videos/clvr/video_validation/video_10828.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: red cylinder)\n- Video 2 peak velocity: 2.38 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal sphere", "B) video_1 -- yellow metal cube", "C) video_2 -- red rubber cube", "D) video_1 -- brown metal sphere"], "answer": "C) video_2 -- red rubber cube", "videos": ["videos/clvr/video_validation/video_10791.mp4", "videos/clvr/video_validation/video_10792.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.47 (Object: yellow cube)\n- Video 2 peak velocity: 2.80 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber sphere", "B) video_2 -- blue metal cylinder", "C) video_1 -- blue rubber sphere", "D) video_1 -- brown rubber cube"], "answer": "D) video_1 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_11025.mp4", "videos/clvr/video_validation/video_11026.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: brown cube)\n- Video 2 peak velocity: 2.57 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cube", "B) video_2 -- gray metal sphere", "C) video_1 -- purple metal cylinder", "D) video_1 -- brown metal cylinder"], "answer": "B) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11573.mp4", "videos/clvr/video_validation/video_11574.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.35 (Object: purple cylinder)\n- Video 2 peak velocity: 2.96 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber sphere", "B) video_2 -- purple rubber sphere", "C) video_2 -- cyan rubber cube", "D) video_1 -- red metal cube"], "answer": "A) video_1 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_11145.mp4", "videos/clvr/video_validation/video_11146.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: cyan sphere)\n- Video 2 peak velocity: 2.60 (Object: purple sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cube", "B) video_1 -- yellow rubber sphere", "C) video_2 -- red rubber cylinder", "D) video_1 -- cyan metal cylinder"], "answer": "D) video_1 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_11590.mp4", "videos/clvr/video_validation/video_11591.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.64 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cylinder", "B) video_1 -- gray metal sphere", "C) video_1 -- yellow metal cube", "D) video_2 -- cyan rubber cube"], "answer": "C) video_1 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10776.mp4", "videos/clvr/video_validation/video_10777.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: yellow cube)\n- Video 2 peak velocity: 2.72 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cylinder", "B) video_2 -- yellow rubber cube", "C) video_1 -- brown rubber sphere", "D) video_1 -- purple metal cylinder"], "answer": "A) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_10468.mp4", "videos/clvr/video_validation/video_10469.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.34 (Object: purple cylinder)\n- Video 2 peak velocity: 2.69 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal sphere", "B) video_2 -- red rubber sphere", "C) video_1 -- purple rubber sphere", "D) video_2 -- blue metal cube"], "answer": "B) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10879.mp4", "videos/clvr/video_validation/video_10880.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: purple sphere)\n- Video 2 peak velocity: 2.96 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal sphere", "B) video_2 -- blue metal cylinder", "C) video_1 -- blue rubber cylinder", "D) video_2 -- blue rubber sphere"], "answer": "B) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11527.mp4", "videos/clvr/video_validation/video_11528.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: brown sphere)\n- Video 2 peak velocity: 3.00 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cylinder", "B) video_1 -- brown metal cylinder", "C) video_1 -- gray metal cylinder", "D) video_2 -- purple metal sphere"], "answer": "C) video_1 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_10007.mp4", "videos/clvr/video_validation/video_10008.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.85 (Object: gray cylinder)\n- Video 2 peak velocity: 2.59 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber sphere", "B) video_2 -- brown metal cylinder", "C) video_2 -- red rubber sphere", "D) video_1 -- cyan metal sphere"], "answer": "A) video_1 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_10594.mp4", "videos/clvr/video_validation/video_10595.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: green sphere)\n- Video 2 peak velocity: 2.72 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal sphere", "B) video_1 -- yellow metal sphere", "C) video_2 -- yellow metal cube", "D) video_1 -- cyan metal sphere"], "answer": "D) video_1 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10465.mp4", "videos/clvr/video_validation/video_10466.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.83 (Object: cyan sphere)\n- Video 2 peak velocity: 2.51 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal sphere", "B) video_2 -- blue metal sphere", "C) video_1 -- purple metal sphere", "D) video_2 -- red rubber cube"], "answer": "C) video_1 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_11186.mp4", "videos/clvr/video_validation/video_11187.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.79 (Object: purple sphere)\n- Video 2 peak velocity: 2.52 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cylinder", "B) video_1 -- cyan rubber cube", "C) video_1 -- gray rubber sphere", "D) video_2 -- green metal cube"], "answer": "A) video_2 -- brown rubber cylinder", "videos": ["videos/clvr/video_validation/video_10136.mp4", "videos/clvr/video_validation/video_10137.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: cyan cube)\n- Video 2 peak velocity: 2.96 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cylinder", "B) video_1 -- brown rubber cylinder", "C) video_1 -- green metal sphere", "D) video_2 -- red rubber sphere"], "answer": "D) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10141.mp4", "videos/clvr/video_validation/video_10142.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: brown cylinder)\n- Video 2 peak velocity: 3.00 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal sphere", "B) video_2 -- green metal cube", "C) video_1 -- green rubber cylinder", "D) video_2 -- blue rubber cube"], "answer": "B) video_2 -- green metal cube", "videos": ["videos/clvr/video_validation/video_10926.mp4", "videos/clvr/video_validation/video_10927.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.49 (Object: blue sphere)\n- Video 2 peak velocity: 2.70 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_1 -- brown metal cylinder", "C) video_2 -- yellow rubber cylinder", "D) video_2 -- gray metal sphere"], "answer": "D) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11813.mp4", "videos/clvr/video_validation/video_11814.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: brown cylinder)\n- Video 2 peak velocity: 2.98 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_2 -- yellow metal cube", "C) video_2 -- yellow rubber cylinder", "D) video_1 -- red metal cube"], "answer": "A) video_1 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_10657.mp4", "videos/clvr/video_validation/video_10658.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: brown cylinder)\n- Video 2 peak velocity: 2.69 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cube", "B) video_1 -- cyan rubber sphere", "C) video_2 -- green metal cube", "D) video_2 -- brown metal cylinder"], "answer": "B) video_1 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10442.mp4", "videos/clvr/video_validation/video_10443.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.82 (Object: cyan sphere)\n- Video 2 peak velocity: 2.60 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cube", "B) video_2 -- gray rubber cylinder", "C) video_2 -- yellow rubber cube", "D) video_1 -- red metal cylinder"], "answer": "C) video_2 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_11780.mp4", "videos/clvr/video_validation/video_11781.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: yellow cube)\n- Video 2 peak velocity: 2.96 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cube", "B) video_1 -- brown rubber cube", "C) video_2 -- gray metal sphere", "D) video_2 -- cyan rubber sphere"], "answer": "C) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10186.mp4", "videos/clvr/video_validation/video_10187.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.50 (Object: blue cube)\n- Video 2 peak velocity: 2.82 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cylinder", "B) video_1 -- purple metal cube", "C) video_1 -- red rubber sphere", "D) video_2 -- purple metal cylinder"], "answer": "D) video_2 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_10046.mp4", "videos/clvr/video_validation/video_10047.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.44 (Object: purple cube)\n- Video 2 peak velocity: 2.77 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_1 -- brown rubber cube", "C) video_2 -- cyan rubber sphere", "D) video_2 -- green metal cube"], "answer": "A) video_1 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_11661.mp4", "videos/clvr/video_validation/video_11662.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: green cube)\n- Video 2 peak velocity: 2.61 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_1 -- brown metal cube", "C) video_2 -- brown metal cylinder", "D) video_2 -- purple metal cylinder"], "answer": "B) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11572.mp4", "videos/clvr/video_validation/video_11573.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: brown cube)\n- Video 2 peak velocity: 2.35 (Object: purple cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber cube", "B) video_2 -- gray metal sphere", "C) video_2 -- brown metal sphere", "D) video_1 -- green metal cube"], "answer": "D) video_1 -- green metal cube", "videos": ["videos/clvr/video_validation/video_11553.mp4", "videos/clvr/video_validation/video_11554.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.80 (Object: green cube)\n- Video 2 peak velocity: 2.57 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber cube", "B) video_1 -- red rubber sphere", "C) video_2 -- yellow metal cylinder", "D) video_1 -- green metal cylinder"], "answer": "B) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11830.mp4", "videos/clvr/video_validation/video_11831.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: red sphere)\n- Video 2 peak velocity: 2.66 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cylinder", "B) video_1 -- cyan rubber cylinder", "C) video_2 -- cyan rubber cylinder", "D) video_1 -- purple metal cube"], "answer": "A) video_2 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_11094.mp4", "videos/clvr/video_validation/video_11095.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.83 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_1 -- red metal cube", "C) video_2 -- purple rubber cube", "D) video_2 -- gray rubber cylinder"], "answer": "C) video_2 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_10761.mp4", "videos/clvr/video_validation/video_10762.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: red cube)\n- Video 2 peak velocity: 2.89 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cube", "B) video_2 -- yellow rubber cylinder", "C) video_1 -- brown rubber sphere", "D) video_1 -- green metal cube"], "answer": "A) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10389.mp4", "videos/clvr/video_validation/video_10390.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: green cube)\n- Video 2 peak velocity: 2.88 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cylinder", "B) video_1 -- purple rubber cylinder", "C) video_2 -- purple rubber sphere", "D) video_2 -- yellow metal cylinder"], "answer": "B) video_1 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_10864.mp4", "videos/clvr/video_validation/video_10865.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.62 (Object: purple cylinder)\n- Video 2 peak velocity: 2.31 (Object: purple sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cube", "B) video_2 -- gray rubber sphere", "C) video_1 -- gray rubber cylinder", "D) video_2 -- red metal cylinder"], "answer": "C) video_1 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_10826.mp4", "videos/clvr/video_validation/video_10827.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: gray cylinder)\n- Video 2 peak velocity: 2.60 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber sphere", "B) video_2 -- green rubber cube", "C) video_1 -- purple rubber cube", "D) video_1 -- yellow rubber cube"], "answer": "D) video_1 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_11006.mp4", "videos/clvr/video_validation/video_11007.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: yellow cube)\n- Video 2 peak velocity: 2.72 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal sphere", "B) video_2 -- cyan metal sphere", "C) video_1 -- green rubber cylinder", "D) video_1 -- cyan rubber cylinder"], "answer": "A) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11032.mp4", "videos/clvr/video_validation/video_11033.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.91 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cylinder", "B) video_1 -- green metal cylinder", "C) video_1 -- cyan metal cylinder", "D) video_2 -- gray rubber cube"], "answer": "D) video_2 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11954.mp4", "videos/clvr/video_validation/video_11955.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.87 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal sphere", "B) video_2 -- cyan rubber cube", "C) video_1 -- cyan rubber cube", "D) video_1 -- red metal sphere"], "answer": "B) video_2 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_10031.mp4", "videos/clvr/video_validation/video_10032.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: cyan cube)\n- Video 2 peak velocity: 2.88 (Object: cyan cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal cylinder", "B) video_1 -- gray rubber cylinder", "C) video_1 -- gray metal cylinder", "D) video_2 -- green rubber cylinder"], "answer": "C) video_1 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_11047.mp4", "videos/clvr/video_validation/video_11048.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.77 (Object: gray cylinder)\n- Video 2 peak velocity: 2.54 (Object: purple cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal sphere", "B) video_2 -- brown metal cylinder", "C) video_1 -- gray metal cylinder", "D) video_2 -- cyan metal cylinder"], "answer": "C) video_1 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_10169.mp4", "videos/clvr/video_validation/video_10170.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: gray cylinder)\n- Video 2 peak velocity: 2.48 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber sphere", "B) video_2 -- blue rubber sphere", "C) video_2 -- cyan rubber sphere", "D) video_1 -- yellow rubber cylinder"], "answer": "B) video_2 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_11888.mp4", "videos/clvr/video_validation/video_11889.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: purple sphere)\n- Video 2 peak velocity: 2.91 (Object: blue sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cube", "B) video_1 -- purple rubber cube", "C) video_2 -- red rubber cube", "D) video_1 -- gray rubber sphere"], "answer": "D) video_1 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_10277.mp4", "videos/clvr/video_validation/video_10278.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: gray sphere)\n- Video 2 peak velocity: 2.59 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber sphere", "B) video_2 -- green rubber sphere", "C) video_1 -- cyan metal cube", "D) video_1 -- gray rubber cylinder"], "answer": "A) video_2 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_11013.mp4", "videos/clvr/video_validation/video_11014.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: cyan cube)\n- Video 2 peak velocity: 2.99 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cube", "B) video_2 -- green rubber sphere", "C) video_1 -- purple metal cylinder", "D) video_2 -- purple metal cube"], "answer": "D) video_2 -- purple metal cube", "videos": ["videos/clvr/video_validation/video_11875.mp4", "videos/clvr/video_validation/video_11876.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: cyan cube)\n- Video 2 peak velocity: 2.91 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cylinder", "B) video_2 -- red rubber cube", "C) video_1 -- yellow metal sphere", "D) video_1 -- green rubber cylinder"], "answer": "C) video_1 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_10886.mp4", "videos/clvr/video_validation/video_10887.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: yellow sphere)\n- Video 2 peak velocity: 2.79 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal sphere", "B) video_1 -- purple metal sphere", "C) video_1 -- brown rubber cube", "D) video_2 -- gray metal cylinder"], "answer": "A) video_2 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_11327.mp4", "videos/clvr/video_validation/video_11328.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: brown cube)\n- Video 2 peak velocity: 2.89 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_1 -- red rubber sphere", "C) video_1 -- green metal sphere", "D) video_2 -- gray rubber cylinder"], "answer": "B) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11947.mp4", "videos/clvr/video_validation/video_11948.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: red sphere)\n- Video 2 peak velocity: 2.66 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber sphere", "B) video_2 -- green metal sphere", "C) video_1 -- red metal cube", "D) video_2 -- blue rubber cube"], "answer": "A) video_1 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10634.mp4", "videos/clvr/video_validation/video_10635.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.69 (Object: purple sphere)\n- Video 2 peak velocity: 2.46 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cylinder", "B) video_1 -- blue metal sphere", "C) video_1 -- yellow rubber sphere", "D) video_2 -- green metal cylinder"], "answer": "D) video_2 -- green metal cylinder", "videos": ["videos/clvr/video_validation/video_11645.mp4", "videos/clvr/video_validation/video_11646.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: yellow sphere)\n- Video 2 peak velocity: 2.93 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_1 -- purple rubber cylinder", "C) video_2 -- red rubber sphere", "D) video_2 -- green metal cylinder"], "answer": "C) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11829.mp4", "videos/clvr/video_validation/video_11830.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: purple cylinder)\n- Video 2 peak velocity: 2.99 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cylinder", "B) video_1 -- cyan metal cylinder", "C) video_2 -- cyan rubber cube", "D) video_1 -- red metal cube"], "answer": "B) video_1 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_10474.mp4", "videos/clvr/video_validation/video_10475.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 3.00 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.68 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal sphere", "B) video_1 -- cyan metal cube", "C) video_1 -- gray metal sphere", "D) video_2 -- blue metal cylinder"], "answer": "A) video_2 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_11848.mp4", "videos/clvr/video_validation/video_11849.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.48 (Object: cyan cube)\n- Video 2 peak velocity: 2.83 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal sphere", "B) video_1 -- cyan rubber cube", "C) video_1 -- green rubber cube", "D) video_2 -- yellow rubber sphere"], "answer": "D) video_2 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_11254.mp4", "videos/clvr/video_validation/video_11255.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: cyan cube)\n- Video 2 peak velocity: 2.91 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal sphere", "B) video_1 -- purple rubber sphere", "C) video_1 -- blue metal cylinder", "D) video_2 -- cyan rubber cube"], "answer": "C) video_1 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11305.mp4", "videos/clvr/video_validation/video_11306.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.82 (Object: blue cylinder)\n- Video 2 peak velocity: 2.51 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_2 -- gray rubber sphere", "C) video_1 -- cyan metal sphere", "D) video_1 -- cyan rubber cylinder"], "answer": "B) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_10405.mp4", "videos/clvr/video_validation/video_10406.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: cyan sphere)\n- Video 2 peak velocity: 2.80 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber sphere", "B) video_2 -- blue metal cube", "C) video_1 -- blue metal sphere", "D) video_1 -- gray metal cylinder"], "answer": "B) video_2 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_10844.mp4", "videos/clvr/video_validation/video_10845.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.80 (Object: gray cylinder)\n- Video 2 peak velocity: 3.00 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal sphere", "B) video_1 -- purple metal cube", "C) video_2 -- purple rubber cylinder", "D) video_2 -- yellow rubber cylinder"], "answer": "A) video_1 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10397.mp4", "videos/clvr/video_validation/video_10398.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: purple sphere)\n- Video 2 peak velocity: 2.60 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cube", "B) video_1 -- gray rubber cylinder", "C) video_1 -- blue metal cylinder", "D) video_2 -- green rubber cube"], "answer": "D) video_2 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_11316.mp4", "videos/clvr/video_validation/video_11317.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: blue cylinder)\n- Video 2 peak velocity: 2.74 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_1 -- yellow rubber cylinder", "C) video_2 -- red metal sphere", "D) video_2 -- purple rubber cylinder"], "answer": "C) video_2 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_10489.mp4", "videos/clvr/video_validation/video_10490.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.49 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.88 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cylinder", "B) video_1 -- cyan metal cube", "C) video_2 -- purple metal sphere", "D) video_2 -- purple metal cube"], "answer": "C) video_2 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10396.mp4", "videos/clvr/video_validation/video_10397.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.37 (Object: blue cylinder)\n- Video 2 peak velocity: 2.88 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber sphere", "B) video_1 -- yellow rubber sphere", "C) video_2 -- yellow rubber cylinder", "D) video_2 -- gray rubber cylinder"], "answer": "A) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11694.mp4", "videos/clvr/video_validation/video_11695.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.82 (Object: red sphere)\n- Video 2 peak velocity: 2.61 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber cylinder", "B) video_1 -- gray metal sphere", "C) video_2 -- green rubber cube", "D) video_2 -- blue metal sphere"], "answer": "D) video_2 -- blue metal sphere", "videos": ["videos/clvr/video_validation/video_11068.mp4", "videos/clvr/video_validation/video_11069.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.48 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.83 (Object: blue sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber sphere", "B) video_2 -- purple rubber sphere", "C) video_1 -- green rubber sphere", "D) video_1 -- gray metal sphere"], "answer": "B) video_2 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10243.mp4", "videos/clvr/video_validation/video_10244.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: gray sphere)\n- Video 2 peak velocity: 2.95 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal sphere", "B) video_2 -- brown rubber cube", "C) video_2 -- blue rubber sphere", "D) video_1 -- brown metal sphere"], "answer": "D) video_1 -- brown metal sphere", "videos": ["videos/clvr/video_validation/video_10784.mp4", "videos/clvr/video_validation/video_10785.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: brown sphere)\n- Video 2 peak velocity: 2.65 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cube", "B) video_2 -- purple metal cube", "C) video_1 -- red rubber sphere", "D) video_2 -- purple metal sphere"], "answer": "C) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10788.mp4", "videos/clvr/video_validation/video_10789.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: red sphere)\n- Video 2 peak velocity: 2.66 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cylinder", "B) video_2 -- blue metal cube", "C) video_2 -- blue metal cylinder", "D) video_1 -- brown metal cube"], "answer": "B) video_2 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_11097.mp4", "videos/clvr/video_validation/video_11098.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.78 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.99 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal cylinder", "B) video_2 -- yellow rubber sphere", "C) video_1 -- red rubber sphere", "D) video_1 -- yellow rubber cylinder"], "answer": "A) video_2 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_11589.mp4", "videos/clvr/video_validation/video_11590.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.75 (Object: red sphere)\n- Video 2 peak velocity: 2.98 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cylinder", "B) video_2 -- gray rubber sphere", "C) video_2 -- blue rubber cylinder", "D) video_1 -- brown metal sphere"], "answer": "A) video_1 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_10521.mp4", "videos/clvr/video_validation/video_10522.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: purple cylinder)\n- Video 2 peak velocity: 2.55 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal sphere", "B) video_1 -- green rubber sphere", "C) video_2 -- gray rubber sphere", "D) video_1 -- gray rubber cube"], "answer": "D) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11135.mp4", "videos/clvr/video_validation/video_11136.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.79 (Object: gray cube)\n- Video 2 peak velocity: 2.51 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_2 -- cyan metal cube", "C) video_2 -- gray metal sphere", "D) video_1 -- gray metal cylinder"], "answer": "B) video_2 -- cyan metal cube", "videos": ["videos/clvr/video_validation/video_11980.mp4", "videos/clvr/video_validation/video_11981.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: gray cube)\n- Video 2 peak velocity: 2.91 (Object: cyan cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cylinder", "B) video_2 -- green rubber sphere", "C) video_2 -- green rubber cylinder", "D) video_1 -- brown rubber cube"], "answer": "C) video_2 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11770.mp4", "videos/clvr/video_validation/video_11771.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.43 (Object: brown cube)\n- Video 2 peak velocity: 2.95 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal sphere", "B) video_2 -- gray rubber cylinder", "C) video_2 -- green rubber cube", "D) video_1 -- gray metal cube"], "answer": "A) video_1 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10589.mp4", "videos/clvr/video_validation/video_10590.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: cyan sphere)\n- Video 2 peak velocity: 2.72 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber sphere", "B) video_1 -- gray rubber cube", "C) video_2 -- purple rubber cylinder", "D) video_2 -- yellow metal cube"], "answer": "B) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11869.mp4", "videos/clvr/video_validation/video_11870.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 3.00 (Object: gray cube)\n- Video 2 peak velocity: 2.46 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber sphere", "B) video_2 -- yellow metal cylinder", "C) video_1 -- brown metal cube", "D) video_1 -- cyan metal sphere"], "answer": "C) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_10195.mp4", "videos/clvr/video_validation/video_10196.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: brown cube)\n- Video 2 peak velocity: 2.38 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber cylinder", "B) video_1 -- blue rubber cylinder", "C) video_2 -- cyan metal sphere", "D) video_2 -- brown metal cube"], "answer": "D) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_10194.mp4", "videos/clvr/video_validation/video_10195.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.44 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.97 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal sphere", "B) video_2 -- brown metal cube", "C) video_1 -- green rubber cube", "D) video_2 -- cyan metal cube"], "answer": "B) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11471.mp4", "videos/clvr/video_validation/video_11472.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: green cube)\n- Video 2 peak velocity: 2.93 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cube", "B) video_1 -- cyan metal cube", "C) video_2 -- purple rubber sphere", "D) video_1 -- gray metal cylinder"], "answer": "C) video_2 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10835.mp4", "videos/clvr/video_validation/video_10836.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.35 (Object: cyan cube)\n- Video 2 peak velocity: 2.97 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cube", "B) video_1 -- cyan metal cube", "C) video_2 -- purple metal cylinder", "D) video_2 -- gray rubber sphere"], "answer": "A) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11193.mp4", "videos/clvr/video_validation/video_11194.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: brown cube)\n- Video 2 peak velocity: 2.69 (Object: purple cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_2 -- yellow rubber cube", "C) video_2 -- blue rubber sphere", "D) video_1 -- green metal cylinder"], "answer": "D) video_1 -- green metal cylinder", "videos": ["videos/clvr/video_validation/video_10773.mp4", "videos/clvr/video_validation/video_10774.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: green cylinder)\n- Video 2 peak velocity: 2.64 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal sphere", "B) video_1 -- green metal cylinder", "C) video_1 -- red rubber sphere", "D) video_2 -- green metal sphere"], "answer": "C) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10741.mp4", "videos/clvr/video_validation/video_10742.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 3.00 (Object: red sphere)\n- Video 2 peak velocity: 2.72 (Object: green sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber sphere", "B) video_2 -- purple metal cylinder", "C) video_1 -- cyan rubber sphere", "D) video_2 -- purple rubber cube"], "answer": "B) video_2 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_10373.mp4", "videos/clvr/video_validation/video_10374.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.46 (Object: yellow sphere)\n- Video 2 peak velocity: 2.88 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cylinder", "B) video_2 -- yellow rubber cylinder", "C) video_2 -- purple rubber cube", "D) video_1 -- yellow metal sphere"], "answer": "A) video_1 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11128.mp4", "videos/clvr/video_validation/video_11129.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.83 (Object: green cylinder)\n- Video 2 peak velocity: 2.62 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal sphere", "B) video_2 -- blue rubber cylinder", "C) video_1 -- blue rubber cylinder", "D) video_1 -- cyan rubber cylinder"], "answer": "D) video_1 -- cyan rubber cylinder", "videos": ["videos/clvr/video_validation/video_10571.mp4", "videos/clvr/video_validation/video_10572.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.83 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.63 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber sphere", "B) video_2 -- brown metal sphere", "C) video_2 -- brown rubber cube", "D) video_1 -- gray rubber cylinder"], "answer": "D) video_1 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_11763.mp4", "videos/clvr/video_validation/video_11764.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.77 (Object: gray cylinder)\n- Video 2 peak velocity: 2.51 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal cube", "B) video_2 -- purple rubber cube", "C) video_1 -- yellow metal cylinder", "D) video_1 -- brown rubber cube"], "answer": "B) video_2 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_11049.mp4", "videos/clvr/video_validation/video_11050.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.50 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.96 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cylinder", "B) video_2 -- blue metal cylinder", "C) video_1 -- blue rubber cube", "D) video_2 -- blue rubber sphere"], "answer": "A) video_1 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_11532.mp4", "videos/clvr/video_validation/video_11533.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: gray cylinder)\n- Video 2 peak velocity: 2.46 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber sphere", "B) video_1 -- red rubber sphere", "C) video_2 -- blue rubber sphere", "D) video_1 -- gray rubber sphere"], "answer": "C) video_2 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10853.mp4", "videos/clvr/video_validation/video_10854.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: red sphere)\n- Video 2 peak velocity: 2.92 (Object: blue sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cylinder", "B) video_1 -- blue rubber cylinder", "C) video_1 -- cyan metal cube", "D) video_2 -- blue metal sphere"], "answer": "D) video_2 -- blue metal sphere", "videos": ["videos/clvr/video_validation/video_11687.mp4", "videos/clvr/video_validation/video_11688.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: blue cylinder)\n- Video 2 peak velocity: 2.85 (Object: blue sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cylinder", "B) video_1 -- blue metal cylinder", "C) video_2 -- brown rubber sphere", "D) video_1 -- yellow rubber sphere"], "answer": "A) video_2 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_11309.mp4", "videos/clvr/video_validation/video_11310.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.47 (Object: yellow sphere)\n- Video 2 peak velocity: 2.77 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_1 -- green metal cube", "C) video_2 -- purple metal sphere", "D) video_2 -- gray rubber cube"], "answer": "C) video_2 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10710.mp4", "videos/clvr/video_validation/video_10711.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: brown cylinder)\n- Video 2 peak velocity: 2.85 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cylinder", "B) video_2 -- gray rubber sphere", "C) video_1 -- gray metal cylinder", "D) video_2 -- green metal sphere"], "answer": "B) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_11637.mp4", "videos/clvr/video_validation/video_11638.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: gray cylinder)\n- Video 2 peak velocity: 2.86 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cube", "B) video_1 -- green metal cylinder", "C) video_2 -- yellow rubber cube", "D) video_2 -- gray metal cylinder"], "answer": "A) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_11140.mp4", "videos/clvr/video_validation/video_11141.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.79 (Object: blue cube)\n- Video 2 peak velocity: 2.45 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cylinder", "B) video_2 -- cyan rubber sphere", "C) video_2 -- gray metal sphere", "D) video_1 -- green metal sphere"], "answer": "B) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10690.mp4", "videos/clvr/video_validation/video_10691.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: green sphere)\n- Video 2 peak velocity: 2.99 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cube", "B) video_2 -- green rubber cube", "C) video_1 -- yellow rubber cube", "D) video_2 -- red rubber sphere"], "answer": "C) video_1 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_11516.mp4", "videos/clvr/video_validation/video_11517.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: yellow cube)\n- Video 2 peak velocity: 2.46 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cube", "B) video_1 -- brown rubber cube", "C) video_2 -- yellow rubber sphere", "D) video_2 -- red metal sphere"], "answer": "D) video_2 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_10387.mp4", "videos/clvr/video_validation/video_10388.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: brown cube)\n- Video 2 peak velocity: 2.98 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal sphere", "B) video_2 -- blue metal sphere", "C) video_1 -- purple metal sphere", "D) video_2 -- yellow rubber sphere"], "answer": "A) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11644.mp4", "videos/clvr/video_validation/video_11645.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.78 (Object: gray sphere)\n- Video 2 peak velocity: 2.56 (Object: yellow sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cylinder", "B) video_2 -- purple metal sphere", "C) video_2 -- red rubber cube", "D) video_1 -- red rubber sphere"], "answer": "B) video_2 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_11948.mp4", "videos/clvr/video_validation/video_11949.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.66 (Object: gray cylinder)\n- Video 2 peak velocity: 2.89 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cylinder", "B) video_2 -- gray metal cube", "C) video_1 -- blue rubber sphere", "D) video_1 -- yellow rubber cube"], "answer": "C) video_1 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10774.mp4", "videos/clvr/video_validation/video_10775.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: blue sphere)\n- Video 2 peak velocity: 2.44 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cube", "B) video_1 -- green rubber sphere", "C) video_2 -- blue metal sphere", "D) video_1 -- red rubber cylinder"], "answer": "D) video_1 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_10644.mp4", "videos/clvr/video_validation/video_10645.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.82 (Object: red cylinder)\n- Video 2 peak velocity: 2.51 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cube", "B) video_1 -- blue rubber sphere", "C) video_2 -- brown rubber sphere", "D) video_1 -- blue metal sphere"], "answer": "B) video_1 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10717.mp4", "videos/clvr/video_validation/video_10718.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.83 (Object: blue sphere)\n- Video 2 peak velocity: 2.59 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cube", "B) video_2 -- yellow rubber cube", "C) video_1 -- brown rubber cube", "D) video_1 -- red rubber cube"], "answer": "A) video_2 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_10582.mp4", "videos/clvr/video_validation/video_10583.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.51 (Object: red cube)\n- Video 2 peak velocity: 2.80 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_2 -- cyan metal cube", "C) video_2 -- brown metal cube", "D) video_1 -- purple rubber cube"], "answer": "C) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11192.mp4", "videos/clvr/video_validation/video_11193.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: purple cube)\n- Video 2 peak velocity: 2.99 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_1 -- yellow metal cylinder", "C) video_2 -- cyan metal cube", "D) video_2 -- red metal sphere"], "answer": "D) video_2 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_10199.mp4", "videos/clvr/video_validation/video_10200.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.76 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal cylinder", "B) video_1 -- brown rubber cylinder", "C) video_2 -- green metal cube", "D) video_1 -- brown metal cylinder"], "answer": "D) video_1 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_11682.mp4", "videos/clvr/video_validation/video_11683.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: brown cylinder)\n- Video 2 peak velocity: 2.64 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cube", "B) video_2 -- purple metal cylinder", "C) video_1 -- blue rubber sphere", "D) video_1 -- red rubber cube"], "answer": "C) video_1 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_11172.mp4", "videos/clvr/video_validation/video_11173.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: blue sphere)\n- Video 2 peak velocity: 2.35 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cube", "B) video_1 -- green metal cylinder", "C) video_2 -- green metal sphere", "D) video_2 -- blue rubber cylinder"], "answer": "A) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_10737.mp4", "videos/clvr/video_validation/video_10738.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: brown cube)\n- Video 2 peak velocity: 2.47 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber cube", "B) video_2 -- purple metal cube", "C) video_1 -- red metal cylinder", "D) video_2 -- yellow rubber cylinder"], "answer": "B) video_2 -- purple metal cube", "videos": ["videos/clvr/video_validation/video_10419.mp4", "videos/clvr/video_validation/video_10420.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: red cylinder)\n- Video 2 peak velocity: 2.94 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal sphere", "B) video_2 -- blue rubber cube", "C) video_2 -- green metal cylinder", "D) video_1 -- cyan rubber sphere"], "answer": "B) video_2 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10609.mp4", "videos/clvr/video_validation/video_10610.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: brown sphere)\n- Video 2 peak velocity: 2.97 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cylinder", "B) video_2 -- green metal cube", "C) video_2 -- blue metal cylinder", "D) video_1 -- blue metal cylinder"], "answer": "A) video_1 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_10415.mp4", "videos/clvr/video_validation/video_10416.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.76 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- blue metal cylinder", "C) video_2 -- yellow rubber sphere", "D) video_1 -- green metal cylinder"], "answer": "D) video_1 -- green metal cylinder", "videos": ["videos/clvr/video_validation/video_10372.mp4", "videos/clvr/video_validation/video_10373.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: green cylinder)\n- Video 2 peak velocity: 2.46 (Object: yellow sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cylinder", "B) video_1 -- purple rubber cylinder", "C) video_2 -- purple metal cube", "D) video_1 -- gray rubber cylinder"], "answer": "C) video_2 -- purple metal cube", "videos": ["videos/clvr/video_validation/video_10766.mp4", "videos/clvr/video_validation/video_10767.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: purple cylinder)\n- Video 2 peak velocity: 2.82 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber sphere", "B) video_2 -- purple metal cylinder", "C) video_1 -- cyan rubber cube", "D) video_1 -- purple rubber cube"], "answer": "B) video_2 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_11458.mp4", "videos/clvr/video_validation/video_11459.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: purple cube)\n- Video 2 peak velocity: 2.97 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal sphere", "B) video_1 -- brown metal sphere", "C) video_1 -- green rubber cylinder", "D) video_2 -- gray metal sphere"], "answer": "A) video_2 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_11623.mp4", "videos/clvr/video_validation/video_11624.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.67 (Object: brown sphere)\n- Video 2 peak velocity: 2.95 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber sphere", "B) video_2 -- yellow metal sphere", "C) video_1 -- blue metal cylinder", "D) video_2 -- green rubber cylinder"], "answer": "D) video_2 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11127.mp4", "videos/clvr/video_validation/video_11128.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: blue cylinder)\n- Video 2 peak velocity: 2.83 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cube", "B) video_1 -- cyan rubber sphere", "C) video_1 -- purple metal sphere", "D) video_2 -- gray metal sphere"], "answer": "C) video_1 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10739.mp4", "videos/clvr/video_validation/video_10740.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: purple sphere)\n- Video 2 peak velocity: 2.77 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cylinder", "B) video_2 -- red rubber sphere", "C) video_1 -- purple rubber cube", "D) video_1 -- gray metal sphere"], "answer": "B) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10740.mp4", "videos/clvr/video_validation/video_10741.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.77 (Object: purple cube)\n- Video 2 peak velocity: 3.00 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cylinder", "B) video_2 -- red metal cube", "C) video_1 -- blue rubber cube", "D) video_2 -- purple rubber cube"], "answer": "C) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10354.mp4", "videos/clvr/video_validation/video_10355.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: blue cube)\n- Video 2 peak velocity: 2.41 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cylinder", "B) video_2 -- red metal cylinder", "C) video_2 -- gray metal cylinder", "D) video_1 -- purple rubber cube"], "answer": "A) video_1 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_10374.mp4", "videos/clvr/video_validation/video_10375.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: purple cylinder)\n- Video 2 peak velocity: 2.45 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cylinder", "B) video_1 -- purple rubber cube", "C) video_2 -- yellow rubber cube", "D) video_2 -- purple rubber cube"], "answer": "D) video_2 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_10629.mp4", "videos/clvr/video_validation/video_10630.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: purple cube)\n- Video 2 peak velocity: 2.80 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal sphere", "B) video_1 -- yellow metal cube", "C) video_1 -- yellow rubber cylinder", "D) video_2 -- cyan rubber cube"], "answer": "A) video_2 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10658.mp4", "videos/clvr/video_validation/video_10659.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.69 (Object: yellow cube)\n- Video 2 peak velocity: 2.96 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cylinder", "B) video_1 -- brown metal sphere", "C) video_2 -- red metal sphere", "D) video_1 -- yellow metal cylinder"], "answer": "B) video_1 -- brown metal sphere", "videos": ["videos/clvr/video_validation/video_11114.mp4", "videos/clvr/video_validation/video_11115.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: brown sphere)\n- Video 2 peak velocity: 2.54 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cylinder", "B) video_1 -- green rubber cube", "C) video_1 -- yellow rubber cube", "D) video_2 -- purple metal cube"], "answer": "D) video_2 -- purple metal cube", "videos": ["videos/clvr/video_validation/video_11296.mp4", "videos/clvr/video_validation/video_11297.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.74 (Object: green cube)\n- Video 2 peak velocity: 2.96 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cylinder", "B) video_1 -- gray rubber sphere", "C) video_2 -- red rubber cylinder", "D) video_1 -- brown metal sphere"], "answer": "C) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11934.mp4", "videos/clvr/video_validation/video_11935.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.51 (Object: gray sphere)\n- Video 2 peak velocity: 2.97 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_2 -- cyan rubber cylinder", "C) video_1 -- cyan rubber cylinder", "D) video_1 -- green rubber sphere"], "answer": "A) video_2 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_10511.mp4", "videos/clvr/video_validation/video_10512.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.95 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_1 -- brown rubber cylinder", "C) video_2 -- cyan rubber cylinder", "D) video_2 -- purple metal cube"], "answer": "B) video_1 -- brown rubber cylinder", "videos": ["videos/clvr/video_validation/video_11093.mp4", "videos/clvr/video_validation/video_11094.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.81 (Object: brown cylinder)\n- Video 2 peak velocity: 2.54 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal sphere", "B) video_2 -- purple metal cube", "C) video_2 -- blue metal cube", "D) video_1 -- brown rubber sphere"], "answer": "D) video_1 -- brown rubber sphere", "videos": ["videos/clvr/video_validation/video_11059.mp4", "videos/clvr/video_validation/video_11060.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.79 (Object: brown sphere)\n- Video 2 peak velocity: 2.57 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_2 -- red rubber cylinder", "C) video_1 -- yellow rubber cylinder", "D) video_1 -- blue rubber sphere"], "answer": "C) video_1 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_11791.mp4", "videos/clvr/video_validation/video_11792.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.63 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_2 -- red metal sphere", "C) video_1 -- yellow rubber cylinder", "D) video_2 -- gray metal cube"], "answer": "B) video_2 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_11649.mp4", "videos/clvr/video_validation/video_11650.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: brown sphere)\n- Video 2 peak velocity: 2.95 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_2 -- gray rubber cylinder", "C) video_2 -- blue metal sphere", "D) video_1 -- cyan metal cylinder"], "answer": "D) video_1 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_11805.mp4", "videos/clvr/video_validation/video_11806.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.58 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber sphere", "B) video_2 -- purple rubber sphere", "C) video_2 -- red rubber cylinder", "D) video_1 -- brown metal cylinder"], "answer": "C) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_10653.mp4", "videos/clvr/video_validation/video_10654.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.67 (Object: gray sphere)\n- Video 2 peak velocity: 2.98 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_2 -- red metal cube", "C) video_1 -- cyan rubber cylinder", "D) video_1 -- green rubber cylinder"], "answer": "A) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11313.mp4", "videos/clvr/video_validation/video_11314.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.80 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal sphere", "B) video_1 -- red metal cube", "C) video_1 -- brown metal cube", "D) video_2 -- red metal cube"], "answer": "C) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_10363.mp4", "videos/clvr/video_validation/video_10364.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.76 (Object: brown cube)\n- Video 2 peak velocity: 2.52 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_2 -- brown rubber sphere", "C) video_1 -- blue rubber sphere", "D) video_1 -- brown rubber cylinder"], "answer": "A) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11366.mp4", "videos/clvr/video_validation/video_11367.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: blue sphere)\n- Video 2 peak velocity: 2.98 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cube", "B) video_2 -- brown metal cylinder", "C) video_2 -- green rubber cube", "D) video_1 -- brown rubber cube"], "answer": "B) video_2 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_10536.mp4", "videos/clvr/video_validation/video_10537.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: purple cube)\n- Video 2 peak velocity: 2.76 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cylinder", "B) video_1 -- cyan metal cube", "C) video_2 -- brown rubber cylinder", "D) video_2 -- gray rubber sphere"], "answer": "D) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_10471.mp4", "videos/clvr/video_validation/video_10472.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: cyan cube)\n- Video 2 peak velocity: 2.86 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cylinder", "B) video_2 -- blue metal sphere", "C) video_1 -- gray metal cylinder", "D) video_1 -- purple rubber cube"], "answer": "D) video_1 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_10910.mp4", "videos/clvr/video_validation/video_10911.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: purple cube)\n- Video 2 peak velocity: 2.65 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cube", "B) video_2 -- yellow rubber sphere", "C) video_1 -- brown metal cylinder", "D) video_2 -- blue metal cylinder"], "answer": "A) video_1 -- green metal cube", "videos": ["videos/clvr/video_validation/video_11308.mp4", "videos/clvr/video_validation/video_11309.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.80 (Object: green cube)\n- Video 2 peak velocity: 2.47 (Object: yellow sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal sphere", "B) video_2 -- cyan metal sphere", "C) video_1 -- green rubber cylinder", "D) video_1 -- gray metal cylinder"], "answer": "C) video_1 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11422.mp4", "videos/clvr/video_validation/video_11423.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.79 (Object: green cylinder)\n- Video 2 peak velocity: 2.58 (Object: cyan sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal sphere", "B) video_1 -- yellow rubber cube", "C) video_2 -- purple rubber sphere", "D) video_2 -- green rubber cylinder"], "answer": "B) video_1 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_11824.mp4", "videos/clvr/video_validation/video_11825.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: yellow cube)\n- Video 2 peak velocity: 2.63 (Object: purple sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber sphere", "B) video_1 -- blue rubber sphere", "C) video_2 -- red rubber sphere", "D) video_1 -- red rubber cylinder"], "answer": "D) video_1 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11757.mp4", "videos/clvr/video_validation/video_11758.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: red cylinder)\n- Video 2 peak velocity: 2.50 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_1 -- cyan rubber sphere", "C) video_2 -- cyan rubber cube", "D) video_2 -- red metal sphere"], "answer": "C) video_2 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_10148.mp4", "videos/clvr/video_validation/video_10149.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: cyan sphere)\n- Video 2 peak velocity: 2.91 (Object: cyan cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber sphere", "B) video_2 -- blue rubber cylinder", "C) video_1 -- purple rubber cube", "D) video_2 -- cyan rubber sphere"], "answer": "B) video_2 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_10321.mp4", "videos/clvr/video_validation/video_10322.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.66 (Object: purple cube)\n- Video 2 peak velocity: 2.95 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal sphere", "B) video_1 -- purple rubber sphere", "C) video_1 -- yellow metal cube", "D) video_2 -- red rubber cube"], "answer": "A) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11272.mp4", "videos/clvr/video_validation/video_11273.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.43 (Object: yellow cube)\n- Video 2 peak velocity: 2.82 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber cylinder", "B) video_2 -- brown rubber cylinder", "C) video_2 -- yellow rubber cylinder", "D) video_1 -- cyan metal cube"], "answer": "A) video_1 -- cyan rubber cylinder", "videos": ["videos/clvr/video_validation/video_10505.mp4", "videos/clvr/video_validation/video_10506.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.78 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.48 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_2 -- blue metal sphere", "C) video_1 -- cyan metal cylinder", "D) video_2 -- gray metal cube"], "answer": "D) video_2 -- gray metal cube", "videos": ["videos/clvr/video_validation/video_10170.mp4", "videos/clvr/video_validation/video_10171.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.48 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.82 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cylinder", "B) video_1 -- gray metal sphere", "C) video_2 -- green rubber sphere", "D) video_2 -- gray metal cylinder"], "answer": "C) video_2 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_11385.mp4", "videos/clvr/video_validation/video_11386.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.49 (Object: blue cylinder)\n- Video 2 peak velocity: 2.94 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cylinder", "B) video_1 -- gray metal sphere", "C) video_2 -- gray rubber sphere", "D) video_1 -- blue metal sphere"], "answer": "B) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10756.mp4", "videos/clvr/video_validation/video_10757.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: gray sphere)\n- Video 2 peak velocity: 2.68 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cylinder", "B) video_1 -- red metal sphere", "C) video_1 -- cyan metal sphere", "D) video_2 -- yellow metal cube"], "answer": "D) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10923.mp4", "videos/clvr/video_validation/video_10924.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: red sphere)\n- Video 2 peak velocity: 2.82 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal sphere", "B) video_1 -- cyan rubber cube", "C) video_1 -- gray metal cube", "D) video_2 -- gray rubber sphere"], "answer": "B) video_1 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_10124.mp4", "videos/clvr/video_validation/video_10125.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: cyan cube)\n- Video 2 peak velocity: 2.72 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_1 -- cyan metal cube", "C) video_2 -- red metal cylinder", "D) video_1 -- yellow rubber cylinder"], "answer": "A) video_2 -- red metal cube", "videos": ["videos/clvr/video_validation/video_11816.mp4", "videos/clvr/video_validation/video_11817.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.93 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal sphere", "B) video_2 -- yellow metal cube", "C) video_1 -- blue metal cylinder", "D) video_1 -- green metal sphere"], "answer": "C) video_1 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11685.mp4", "videos/clvr/video_validation/video_11686.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: blue cylinder)\n- Video 2 peak velocity: 2.68 (Object: cyan sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cube", "B) video_2 -- brown metal cylinder", "C) video_1 -- gray rubber cube", "D) video_2 -- green metal cube"], "answer": "C) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11613.mp4", "videos/clvr/video_validation/video_11614.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: gray cube)\n- Video 2 peak velocity: 2.52 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber sphere", "B) video_1 -- gray rubber sphere", "C) video_2 -- gray metal cylinder", "D) video_2 -- green rubber cylinder"], "answer": "D) video_2 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11421.mp4", "videos/clvr/video_validation/video_11422.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: yellow sphere)\n- Video 2 peak velocity: 2.79 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cylinder", "B) video_2 -- red metal sphere", "C) video_1 -- brown metal cylinder", "D) video_2 -- cyan metal cylinder"], "answer": "A) video_1 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_10105.mp4", "videos/clvr/video_validation/video_10106.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: purple cylinder)\n- Video 2 peak velocity: 2.58 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cube", "B) video_1 -- green rubber cylinder", "C) video_2 -- yellow metal sphere", "D) video_2 -- brown rubber cylinder"], "answer": "B) video_1 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_10274.mp4", "videos/clvr/video_validation/video_10275.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: green cylinder)\n- Video 2 peak velocity: 2.50 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_2 -- brown metal cube", "C) video_2 -- purple metal sphere", "D) video_1 -- green metal sphere"], "answer": "C) video_2 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_11721.mp4", "videos/clvr/video_validation/video_11722.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.49 (Object: gray cube)\n- Video 2 peak velocity: 2.87 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cylinder", "B) video_1 -- purple metal cube", "C) video_1 -- yellow metal cube", "D) video_2 -- brown metal cylinder"], "answer": "D) video_2 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_11681.mp4", "videos/clvr/video_validation/video_11682.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.67 (Object: yellow cube)\n- Video 2 peak velocity: 2.89 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal sphere", "B) video_1 -- blue metal cylinder", "C) video_2 -- green metal cylinder", "D) video_1 -- yellow metal sphere"], "answer": "A) video_2 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_11289.mp4", "videos/clvr/video_validation/video_11290.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: yellow sphere)\n- Video 2 peak velocity: 2.90 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cube", "B) video_1 -- blue metal sphere", "C) video_1 -- gray rubber cylinder", "D) video_2 -- purple metal cylinder"], "answer": "B) video_1 -- blue metal sphere", "videos": ["videos/clvr/video_validation/video_10987.mp4", "videos/clvr/video_validation/video_10988.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: blue sphere)\n- Video 2 peak velocity: 2.62 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_1 -- red rubber cube", "C) video_2 -- green rubber cube", "D) video_2 -- brown metal sphere"], "answer": "A) video_1 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_11388.mp4", "videos/clvr/video_validation/video_11389.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: brown cylinder)\n- Video 2 peak velocity: 2.59 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cube", "B) video_2 -- blue metal cube", "C) video_1 -- red rubber sphere", "D) video_2 -- yellow metal cylinder"], "answer": "C) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10880.mp4", "videos/clvr/video_validation/video_10881.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: red sphere)\n- Video 2 peak velocity: 2.45 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber sphere", "B) video_1 -- green rubber cube", "C) video_2 -- green metal sphere", "D) video_2 -- cyan metal cylinder"], "answer": "D) video_2 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_10479.mp4", "videos/clvr/video_validation/video_10480.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: green cube)\n- Video 2 peak velocity: 2.95 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cylinder", "B) video_1 -- red metal sphere", "C) video_1 -- cyan metal cube", "D) video_2 -- red rubber cylinder"], "answer": "B) video_1 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_10200.mp4", "videos/clvr/video_validation/video_10201.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.76 (Object: red sphere)\n- Video 2 peak velocity: 2.52 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cube", "B) video_1 -- purple rubber sphere", "C) video_2 -- blue rubber sphere", "D) video_2 -- purple rubber cube"], "answer": "B) video_1 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10719.mp4", "videos/clvr/video_validation/video_10720.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: purple sphere)\n- Video 2 peak velocity: 2.59 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cylinder", "B) video_1 -- green rubber sphere", "C) video_2 -- cyan rubber cylinder", "D) video_2 -- green metal sphere"], "answer": "D) video_2 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_10319.mp4", "videos/clvr/video_validation/video_10320.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: green sphere)\n- Video 2 peak velocity: 2.93 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal sphere", "B) video_1 -- cyan metal cube", "C) video_2 -- red metal sphere", "D) video_1 -- yellow metal cube"], "answer": "A) video_2 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_10043.mp4", "videos/clvr/video_validation/video_10044.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: cyan cube)\n- Video 2 peak velocity: 2.89 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_1 -- red rubber cube", "C) video_1 -- red rubber sphere", "D) video_2 -- yellow rubber cylinder"], "answer": "C) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11468.mp4", "videos/clvr/video_validation/video_11469.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: red sphere)\n- Video 2 peak velocity: 2.74 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_2 -- yellow metal sphere", "C) video_1 -- green rubber sphere", "D) video_2 -- purple metal cylinder"], "answer": "A) video_1 -- green metal cylinder", "videos": ["videos/clvr/video_validation/video_10041.mp4", "videos/clvr/video_validation/video_10042.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.81 (Object: green cylinder)\n- Video 2 peak velocity: 2.58 (Object: yellow sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cylinder", "B) video_2 -- gray metal cube", "C) video_1 -- green rubber cube", "D) video_2 -- blue rubber cube"], "answer": "B) video_2 -- gray metal cube", "videos": ["videos/clvr/video_validation/video_11654.mp4", "videos/clvr/video_validation/video_11655.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.67 (Object: green cube)\n- Video 2 peak velocity: 2.91 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cylinder", "B) video_1 -- purple metal cylinder", "C) video_2 -- gray metal cube", "D) video_2 -- green rubber sphere"], "answer": "C) video_2 -- gray metal cube", "videos": ["videos/clvr/video_validation/video_11945.mp4", "videos/clvr/video_validation/video_11946.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: blue cylinder)\n- Video 2 peak velocity: 2.80 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber cube", "B) video_1 -- brown rubber sphere", "C) video_2 -- cyan rubber cylinder", "D) video_2 -- yellow metal cube"], "answer": "D) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10699.mp4", "videos/clvr/video_validation/video_10700.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.44 (Object: red cube)\n- Video 2 peak velocity: 2.68 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cylinder", "B) video_2 -- green rubber cube", "C) video_2 -- blue rubber cube", "D) video_1 -- purple metal cylinder"], "answer": "C) video_2 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10351.mp4", "videos/clvr/video_validation/video_10352.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.62 (Object: purple cylinder)\n- Video 2 peak velocity: 2.97 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_1 -- purple rubber cube", "C) video_2 -- gray metal cylinder", "D) video_1 -- red metal cube"], "answer": "A) video_2 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_10259.mp4", "videos/clvr/video_validation/video_10260.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: red cube)\n- Video 2 peak velocity: 2.96 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cube", "B) video_2 -- brown rubber cylinder", "C) video_1 -- gray metal cube", "D) video_1 -- red metal cylinder"], "answer": "D) video_1 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_11524.mp4", "videos/clvr/video_validation/video_11525.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: red cylinder)\n- Video 2 peak velocity: 2.40 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cylinder", "B) video_2 -- red rubber sphere", "C) video_1 -- purple metal cube", "D) video_1 -- brown rubber sphere"], "answer": "B) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11851.mp4", "videos/clvr/video_validation/video_11852.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: brown sphere)\n- Video 2 peak velocity: 2.75 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_2 -- brown rubber cylinder", "C) video_1 -- yellow metal cube", "D) video_2 -- purple metal sphere"], "answer": "C) video_1 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10664.mp4", "videos/clvr/video_validation/video_10665.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: yellow cube)\n- Video 2 peak velocity: 2.51 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cube", "B) video_2 -- cyan metal sphere", "C) video_1 -- gray rubber cylinder", "D) video_2 -- gray rubber cube"], "answer": "A) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10747.mp4", "videos/clvr/video_validation/video_10748.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: blue cube)\n- Video 2 peak velocity: 2.72 (Object: cyan sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cylinder", "B) video_2 -- gray rubber cylinder", "C) video_1 -- cyan rubber cube", "D) video_2 -- purple rubber cylinder"], "answer": "B) video_2 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_10313.mp4", "videos/clvr/video_validation/video_10314.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: cyan cube)\n- Video 2 peak velocity: 2.93 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cube", "B) video_1 -- cyan rubber cylinder", "C) video_2 -- purple rubber cylinder", "D) video_2 -- blue rubber cube"], "answer": "D) video_2 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10353.mp4", "videos/clvr/video_validation/video_10354.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.96 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_2 -- purple rubber sphere", "C) video_1 -- cyan rubber cube", "D) video_2 -- cyan metal cube"], "answer": "B) video_2 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10718.mp4", "videos/clvr/video_validation/video_10719.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: brown sphere)\n- Video 2 peak velocity: 2.89 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- cyan rubber cylinder", "C) video_1 -- red metal sphere", "D) video_2 -- brown rubber cylinder"], "answer": "A) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10448.mp4", "videos/clvr/video_validation/video_10449.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.99 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_2 -- green rubber sphere", "C) video_1 -- blue metal cylinder", "D) video_2 -- green metal sphere"], "answer": "C) video_1 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11983.mp4", "videos/clvr/video_validation/video_11984.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: blue cylinder)\n- Video 2 peak velocity: 2.70 (Object: green sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber cube", "B) video_1 -- green metal cube", "C) video_1 -- gray metal cylinder", "D) video_2 -- brown metal sphere"], "answer": "D) video_2 -- brown metal sphere", "videos": ["videos/clvr/video_validation/video_11536.mp4", "videos/clvr/video_validation/video_11537.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.78 (Object: green cube)\n- Video 2 peak velocity: 2.99 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber sphere", "B) video_2 -- cyan metal sphere", "C) video_2 -- blue rubber cylinder", "D) video_1 -- cyan metal cube"], "answer": "A) video_1 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_11379.mp4", "videos/clvr/video_validation/video_11380.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: gray sphere)\n- Video 2 peak velocity: 2.63 (Object: cyan sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cylinder", "B) video_2 -- yellow rubber cube", "C) video_2 -- brown rubber sphere", "D) video_1 -- purple metal sphere"], "answer": "C) video_2 -- brown rubber sphere", "videos": ["videos/clvr/video_validation/video_11397.mp4", "videos/clvr/video_validation/video_11398.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: purple sphere)\n- Video 2 peak velocity: 2.82 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cube", "B) video_1 -- blue rubber cube", "C) video_2 -- brown metal sphere", "D) video_2 -- purple metal cylinder"], "answer": "B) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10674.mp4", "videos/clvr/video_validation/video_10675.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.76 (Object: blue cube)\n- Video 2 peak velocity: 2.53 (Object: purple cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_2 -- gray rubber cylinder", "C) video_2 -- brown rubber cube", "D) video_1 -- brown metal cylinder"], "answer": "D) video_1 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_10899.mp4", "videos/clvr/video_validation/video_10900.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.90 (Object: brown cylinder)\n- Video 2 peak velocity: 2.42 (Object: brown cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cube", "B) video_2 -- cyan rubber cylinder", "C) video_1 -- blue rubber cube", "D) video_1 -- yellow metal sphere"], "answer": "C) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_11965.mp4", "videos/clvr/video_validation/video_11966.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.76 (Object: blue cube)\n- Video 2 peak velocity: 2.39 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cube", "B) video_1 -- red rubber cube", "C) video_2 -- red rubber sphere", "D) video_1 -- red metal sphere"], "answer": "B) video_1 -- red rubber cube", "videos": ["videos/clvr/video_validation/video_10792.mp4", "videos/clvr/video_validation/video_10793.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.80 (Object: red cube)\n- Video 2 peak velocity: 2.47 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cylinder", "B) video_1 -- yellow metal sphere", "C) video_2 -- purple metal sphere", "D) video_2 -- blue rubber sphere"], "answer": "D) video_2 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_11330.mp4", "videos/clvr/video_validation/video_11331.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: yellow sphere)\n- Video 2 peak velocity: 2.87 (Object: blue sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- green rubber cube", "C) video_2 -- green rubber cylinder", "D) video_1 -- green metal sphere"], "answer": "A) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10584.mp4", "videos/clvr/video_validation/video_10585.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.30 (Object: green cube)\n- Video 2 peak velocity: 2.95 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber sphere", "B) video_2 -- blue metal cylinder", "C) video_1 -- red metal sphere", "D) video_1 -- gray metal cube"], "answer": "C) video_1 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_11650.mp4", "videos/clvr/video_validation/video_11651.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: red sphere)\n- Video 2 peak velocity: 2.71 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal sphere", "B) video_1 -- purple metal cylinder", "C) video_2 -- cyan metal cube", "D) video_1 -- purple rubber cube"], "answer": "A) video_2 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10688.mp4", "videos/clvr/video_validation/video_10689.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: purple cube)\n- Video 2 peak velocity: 2.97 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_1 -- cyan metal cube", "C) video_1 -- purple metal cube", "D) video_2 -- blue metal cylinder"], "answer": "B) video_1 -- cyan metal cube", "videos": ["videos/clvr/video_validation/video_10174.mp4", "videos/clvr/video_validation/video_10175.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.81 (Object: cyan cube)\n- Video 2 peak velocity: 2.56 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_2 -- brown rubber cylinder", "C) video_1 -- red rubber sphere", "D) video_1 -- green metal cube"], "answer": "D) video_1 -- green metal cube", "videos": ["videos/clvr/video_validation/video_10421.mp4", "videos/clvr/video_validation/video_10422.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: green cube)\n- Video 2 peak velocity: 2.55 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber sphere", "B) video_2 -- green metal cube", "C) video_1 -- blue metal cube", "D) video_1 -- purple rubber sphere"], "answer": "A) video_2 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_11427.mp4", "videos/clvr/video_validation/video_11428.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: blue cube)\n- Video 2 peak velocity: 2.96 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cylinder", "B) video_1 -- blue metal sphere", "C) video_1 -- brown metal cylinder", "D) video_2 -- yellow rubber cube"], "answer": "C) video_1 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_10367.mp4", "videos/clvr/video_validation/video_10368.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: brown cylinder)\n- Video 2 peak velocity: 2.65 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cylinder", "B) video_1 -- cyan rubber cube", "C) video_2 -- brown rubber cube", "D) video_1 -- red metal cube"], "answer": "D) video_1 -- red metal cube", "videos": ["videos/clvr/video_validation/video_11769.mp4", "videos/clvr/video_validation/video_11770.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.69 (Object: red cube)\n- Video 2 peak velocity: 2.43 (Object: brown cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_1 -- yellow metal cube", "C) video_2 -- green metal cylinder", "D) video_1 -- green rubber cylinder"], "answer": "B) video_1 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10760.mp4", "videos/clvr/video_validation/video_10761.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.90 (Object: yellow cube)\n- Video 2 peak velocity: 2.59 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal sphere", "B) video_1 -- brown metal cylinder", "C) video_2 -- gray metal cylinder", "D) video_2 -- brown rubber sphere"], "answer": "D) video_2 -- brown rubber sphere", "videos": ["videos/clvr/video_validation/video_11349.mp4", "videos/clvr/video_validation/video_11350.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: brown cylinder)\n- Video 2 peak velocity: 2.80 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_1 -- cyan metal cube", "C) video_1 -- yellow rubber cylinder", "D) video_2 -- cyan rubber sphere"], "answer": "C) video_1 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_10841.mp4", "videos/clvr/video_validation/video_10842.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.71 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal sphere", "B) video_1 -- red metal sphere", "C) video_2 -- brown rubber cube", "D) video_2 -- blue rubber cube"], "answer": "B) video_1 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_10185.mp4", "videos/clvr/video_validation/video_10186.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: red sphere)\n- Video 2 peak velocity: 2.50 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cylinder", "B) video_1 -- cyan metal cylinder", "C) video_1 -- green rubber sphere", "D) video_2 -- brown metal sphere"], "answer": "A) video_2 -- green metal cylinder", "videos": ["videos/clvr/video_validation/video_11605.mp4", "videos/clvr/video_validation/video_11606.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.94 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_2 -- purple rubber sphere", "C) video_2 -- purple rubber cube", "D) video_1 -- yellow metal cube"], "answer": "A) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11601.mp4", "videos/clvr/video_validation/video_11602.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: gray cube)\n- Video 2 peak velocity: 2.43 (Object: purple sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber cylinder", "B) video_1 -- gray rubber cube", "C) video_2 -- gray rubber cylinder", "D) video_2 -- red rubber cylinder"], "answer": "D) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11966.mp4", "videos/clvr/video_validation/video_11967.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.39 (Object: gray cube)\n- Video 2 peak velocity: 2.88 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_2 -- green rubber cube", "C) video_1 -- gray rubber sphere", "D) video_2 -- red rubber sphere"], "answer": "C) video_1 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_11775.mp4", "videos/clvr/video_validation/video_11776.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: gray sphere)\n- Video 2 peak velocity: 2.58 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber sphere", "B) video_1 -- gray metal sphere", "C) video_1 -- purple rubber cube", "D) video_2 -- green metal cylinder"], "answer": "B) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11574.mp4", "videos/clvr/video_validation/video_11575.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: gray sphere)\n- Video 2 peak velocity: 2.74 (Object: green cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cube", "B) video_2 -- purple rubber cylinder", "C) video_2 -- gray rubber cylinder", "D) video_1 -- gray metal cylinder"], "answer": "B) video_2 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_11141.mp4", "videos/clvr/video_validation/video_11142.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.45 (Object: yellow cube)\n- Video 2 peak velocity: 2.71 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cylinder", "B) video_2 -- yellow metal cylinder", "C) video_1 -- blue metal sphere", "D) video_1 -- red metal cube"], "answer": "C) video_1 -- blue metal sphere", "videos": ["videos/clvr/video_validation/video_11549.mp4", "videos/clvr/video_validation/video_11550.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.79 (Object: blue sphere)\n- Video 2 peak velocity: 2.54 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_1 -- gray metal sphere", "C) video_2 -- gray metal cylinder", "D) video_2 -- blue rubber cylinder"], "answer": "A) video_1 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_11624.mp4", "videos/clvr/video_validation/video_11625.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: red sphere)\n- Video 2 peak velocity: 2.60 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cube", "B) video_1 -- blue rubber cube", "C) video_2 -- brown metal cube", "D) video_1 -- gray metal cube"], "answer": "D) video_1 -- gray metal cube", "videos": ["videos/clvr/video_validation/video_11655.mp4", "videos/clvr/video_validation/video_11656.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: gray cube)\n- Video 2 peak velocity: 2.39 (Object: brown cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_2 -- purple rubber cube", "C) video_2 -- gray metal sphere", "D) video_1 -- brown metal cylinder"], "answer": "B) video_2 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_10316.mp4", "videos/clvr/video_validation/video_10317.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: red sphere)\n- Video 2 peak velocity: 2.84 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cylinder", "B) video_1 -- purple rubber cube", "C) video_2 -- yellow rubber sphere", "D) video_2 -- green metal sphere"], "answer": "C) video_2 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_11167.mp4", "videos/clvr/video_validation/video_11168.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.98 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_2 -- brown metal cylinder", "C) video_2 -- red metal sphere", "D) video_1 -- red metal sphere"], "answer": "A) video_1 -- green metal cylinder", "videos": ["videos/clvr/video_validation/video_10315.mp4", "videos/clvr/video_validation/video_10316.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: green cylinder)\n- Video 2 peak velocity: 2.63 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cylinder", "B) video_1 -- gray metal sphere", "C) video_2 -- blue metal cube", "D) video_2 -- red metal cylinder"], "answer": "D) video_2 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_10974.mp4", "videos/clvr/video_validation/video_10975.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: gray cylinder)\n- Video 2 peak velocity: 2.86 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_2 -- gray rubber cube", "C) video_1 -- red rubber sphere", "D) video_2 -- blue metal cylinder"], "answer": "D) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11158.mp4", "videos/clvr/video_validation/video_11159.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.62 (Object: red sphere)\n- Video 2 peak velocity: 2.91 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cylinder", "B) video_2 -- cyan rubber cylinder", "C) video_2 -- purple metal cylinder", "D) video_1 -- cyan metal cube"], "answer": "C) video_2 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_10228.mp4", "videos/clvr/video_validation/video_10229.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: blue cylinder)\n- Video 2 peak velocity: 2.82 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal cylinder", "B) video_1 -- green metal cube", "C) video_1 -- cyan metal cylinder", "D) video_2 -- yellow rubber cylinder"], "answer": "A) video_2 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_11683.mp4", "videos/clvr/video_validation/video_11684.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.88 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_2 -- purple rubber sphere", "C) video_2 -- gray metal sphere", "D) video_1 -- red metal cylinder"], "answer": "B) video_2 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10681.mp4", "videos/clvr/video_validation/video_10682.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: red cylinder)\n- Video 2 peak velocity: 2.83 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal cube", "B) video_1 -- red rubber cylinder", "C) video_1 -- blue rubber cylinder", "D) video_2 -- gray rubber cylinder"], "answer": "C) video_1 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_10470.mp4", "videos/clvr/video_validation/video_10471.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: blue cylinder)\n- Video 2 peak velocity: 2.52 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cylinder", "B) video_1 -- gray metal cylinder", "C) video_2 -- gray metal sphere", "D) video_1 -- green rubber cylinder"], "answer": "D) video_1 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_10308.mp4", "videos/clvr/video_validation/video_10309.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: green cylinder)\n- Video 2 peak velocity: 2.35 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cube", "B) video_1 -- green rubber cube", "C) video_1 -- blue rubber cube", "D) video_2 -- red rubber cube"], "answer": "B) video_1 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_10859.mp4", "videos/clvr/video_validation/video_10860.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: green cube)\n- Video 2 peak velocity: 2.44 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal sphere", "B) video_1 -- yellow rubber cube", "C) video_2 -- purple metal sphere", "D) video_2 -- blue metal cylinder"], "answer": "A) video_1 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_11130.mp4", "videos/clvr/video_validation/video_11131.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: cyan sphere)\n- Video 2 peak velocity: 2.52 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal sphere", "B) video_2 -- red metal sphere", "C) video_2 -- cyan rubber cylinder", "D) video_1 -- blue rubber cylinder"], "answer": "A) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10447.mp4", "videos/clvr/video_validation/video_10448.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: gray sphere)\n- Video 2 peak velocity: 2.71 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber cylinder", "B) video_2 -- purple rubber cube", "C) video_2 -- brown metal sphere", "D) video_1 -- green metal cube"], "answer": "D) video_1 -- green metal cube", "videos": ["videos/clvr/video_validation/video_10151.mp4", "videos/clvr/video_validation/video_10152.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.77 (Object: green cube)\n- Video 2 peak velocity: 2.52 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cube", "B) video_1 -- yellow metal sphere", "C) video_2 -- red rubber cube", "D) video_1 -- blue rubber cube"], "answer": "B) video_1 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_11179.mp4", "videos/clvr/video_validation/video_11180.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: yellow sphere)\n- Video 2 peak velocity: 2.51 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cylinder", "B) video_2 -- blue metal sphere", "C) video_1 -- purple metal cylinder", "D) video_1 -- cyan rubber cube"], "answer": "C) video_1 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_11854.mp4", "videos/clvr/video_validation/video_11855.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: purple cylinder)\n- Video 2 peak velocity: 2.28 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber cube", "B) video_2 -- brown metal cylinder", "C) video_1 -- brown rubber cube", "D) video_2 -- gray metal sphere"], "answer": "D) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10860.mp4", "videos/clvr/video_validation/video_10861.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.44 (Object: red cube)\n- Video 2 peak velocity: 3.00 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cylinder", "B) video_1 -- cyan rubber cube", "C) video_2 -- purple rubber sphere", "D) video_1 -- red rubber cylinder"], "answer": "B) video_1 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_11286.mp4", "videos/clvr/video_validation/video_11287.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.85 (Object: cyan cube)\n- Video 2 peak velocity: 2.47 (Object: purple cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cube", "B) video_1 -- blue metal cylinder", "C) video_1 -- red metal cylinder", "D) video_2 -- gray metal sphere"], "answer": "A) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11190.mp4", "videos/clvr/video_validation/video_11191.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.67 (Object: blue cylinder)\n- Video 2 peak velocity: 2.90 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_1 -- green metal sphere", "C) video_2 -- gray metal cylinder", "D) video_1 -- gray metal cube"], "answer": "C) video_2 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_10940.mp4", "videos/clvr/video_validation/video_10941.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: green sphere)\n- Video 2 peak velocity: 2.89 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal sphere", "B) video_1 -- cyan metal cube", "C) video_2 -- green rubber sphere", "D) video_2 -- red metal sphere"], "answer": "A) video_1 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10912.mp4", "videos/clvr/video_validation/video_10913.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.85 (Object: cyan sphere)\n- Video 2 peak velocity: 2.51 (Object: green sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_2 -- blue metal cube", "C) video_1 -- purple rubber cube", "D) video_1 -- gray metal sphere"], "answer": "B) video_2 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_10743.mp4", "videos/clvr/video_validation/video_10744.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: gray sphere)\n- Video 2 peak velocity: 2.99 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cube", "B) video_1 -- yellow rubber sphere", "C) video_2 -- gray metal sphere", "D) video_1 -- gray metal cube"], "answer": "D) video_1 -- gray metal cube", "videos": ["videos/clvr/video_validation/video_10001.mp4", "videos/clvr/video_validation/video_10002.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.90 (Object: gray cube)\n- Video 2 peak velocity: 2.62 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal sphere", "B) video_1 -- blue metal cylinder", "C) video_2 -- cyan metal cylinder", "D) video_2 -- gray rubber sphere"], "answer": "C) video_2 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_11584.mp4", "videos/clvr/video_validation/video_11585.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: purple sphere)\n- Video 2 peak velocity: 2.85 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_1 -- blue rubber cube", "C) video_2 -- blue metal cube", "D) video_1 -- gray metal cylinder"], "answer": "A) video_2 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_11752.mp4", "videos/clvr/video_validation/video_11753.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: blue cube)\n- Video 2 peak velocity: 2.96 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal sphere", "B) video_2 -- brown rubber cube", "C) video_1 -- green rubber cylinder", "D) video_2 -- gray rubber cube"], "answer": "C) video_1 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11985.mp4", "videos/clvr/video_validation/video_11986.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: green cylinder)\n- Video 2 peak velocity: 2.70 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cylinder", "B) video_1 -- gray rubber cylinder", "C) video_1 -- gray metal cylinder", "D) video_2 -- yellow rubber sphere"], "answer": "B) video_1 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_11834.mp4", "videos/clvr/video_validation/video_11835.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: gray cylinder)\n- Video 2 peak velocity: 2.32 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_2 -- blue rubber cylinder", "C) video_2 -- brown metal sphere", "D) video_1 -- cyan rubber cube"], "answer": "D) video_1 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_11526.mp4", "videos/clvr/video_validation/video_11527.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.78 (Object: cyan cube)\n- Video 2 peak velocity: 2.56 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cylinder", "B) video_2 -- blue metal cylinder", "C) video_2 -- cyan metal cube", "D) video_1 -- red metal cube"], "answer": "A) video_1 -- green metal cylinder", "videos": ["videos/clvr/video_validation/video_10395.mp4", "videos/clvr/video_validation/video_10396.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: green cylinder)\n- Video 2 peak velocity: 2.37 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cube", "B) video_2 -- red rubber sphere", "C) video_1 -- yellow metal cylinder", "D) video_2 -- red rubber cylinder"], "answer": "B) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11634.mp4", "videos/clvr/video_validation/video_11635.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.45 (Object: cyan cube)\n- Video 2 peak velocity: 2.89 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cylinder", "B) video_2 -- yellow rubber sphere", "C) video_1 -- green metal cube", "D) video_2 -- blue rubber cylinder"], "answer": "D) video_2 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_11977.mp4", "videos/clvr/video_validation/video_11978.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: green cube)\n- Video 2 peak velocity: 2.95 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal sphere", "B) video_1 -- gray rubber sphere", "C) video_2 -- cyan metal sphere", "D) video_1 -- blue metal cube"], "answer": "C) video_2 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10967.mp4", "videos/clvr/video_validation/video_10968.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: gray sphere)\n- Video 2 peak velocity: 2.98 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cylinder", "B) video_2 -- brown rubber cylinder", "C) video_2 -- green rubber sphere", "D) video_1 -- red rubber sphere"], "answer": "C) video_2 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_10577.mp4", "videos/clvr/video_validation/video_10578.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.46 (Object: red sphere)\n- Video 2 peak velocity: 2.93 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal sphere", "B) video_2 -- cyan rubber cylinder", "C) video_1 -- red rubber sphere", "D) video_2 -- purple metal cube"], "answer": "A) video_1 -- blue metal sphere", "videos": ["videos/clvr/video_validation/video_10074.mp4", "videos/clvr/video_validation/video_10075.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.74 (Object: blue sphere)\n- Video 2 peak velocity: 2.45 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_1 -- red rubber cylinder", "C) video_2 -- brown metal cube", "D) video_1 -- green rubber cube"], "answer": "B) video_1 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11963.mp4", "videos/clvr/video_validation/video_11964.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: red cylinder)\n- Video 2 peak velocity: 2.74 (Object: brown cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cube", "B) video_2 -- red rubber sphere", "C) video_2 -- purple metal sphere", "D) video_1 -- purple rubber cube"], "answer": "D) video_1 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_11050.mp4", "videos/clvr/video_validation/video_11051.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: purple cube)\n- Video 2 peak velocity: 2.46 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cube", "B) video_1 -- red rubber cylinder", "C) video_2 -- green metal sphere", "D) video_2 -- yellow metal cube"], "answer": "D) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_11214.mp4", "videos/clvr/video_validation/video_11215.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.46 (Object: red cylinder)\n- Video 2 peak velocity: 2.72 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_2 -- green rubber sphere", "C) video_1 -- blue metal sphere", "D) video_1 -- blue rubber cube"], "answer": "A) video_2 -- red metal cube", "videos": ["videos/clvr/video_validation/video_11724.mp4", "videos/clvr/video_validation/video_11725.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: blue cube)\n- Video 2 peak velocity: 2.88 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal sphere", "B) video_1 -- red rubber cube", "C) video_1 -- yellow rubber sphere", "D) video_2 -- blue metal cylinder"], "answer": "C) video_1 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_11505.mp4", "videos/clvr/video_validation/video_11506.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: yellow sphere)\n- Video 2 peak velocity: 2.53 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cylinder", "B) video_2 -- blue metal cylinder", "C) video_1 -- brown metal sphere", "D) video_1 -- gray metal cube"], "answer": "B) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11081.mp4", "videos/clvr/video_validation/video_11082.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.42 (Object: brown sphere)\n- Video 2 peak velocity: 2.99 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cylinder", "B) video_1 -- purple metal cylinder", "C) video_2 -- blue metal cube", "D) video_2 -- red rubber sphere"], "answer": "D) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11777.mp4", "videos/clvr/video_validation/video_11778.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.50 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.97 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cylinder", "B) video_1 -- purple metal cylinder", "C) video_2 -- cyan metal cube", "D) video_1 -- red metal cube"], "answer": "B) video_1 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_11012.mp4", "videos/clvr/video_validation/video_11013.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: purple cylinder)\n- Video 2 peak velocity: 2.58 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cube", "B) video_1 -- green metal cylinder", "C) video_1 -- brown metal cylinder", "D) video_2 -- blue metal sphere"], "answer": "C) video_1 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_10794.mp4", "videos/clvr/video_validation/video_10795.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: brown cylinder)\n- Video 2 peak velocity: 2.59 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cylinder", "B) video_2 -- green metal sphere", "C) video_1 -- green metal cube", "D) video_2 -- brown rubber cylinder"], "answer": "A) video_1 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_11133.mp4", "videos/clvr/video_validation/video_11134.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.54 (Object: green sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal sphere", "B) video_1 -- yellow rubber cube", "C) video_2 -- green rubber cube", "D) video_1 -- brown rubber cylinder"], "answer": "A) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11479.mp4", "videos/clvr/video_validation/video_11480.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.40 (Object: yellow cube)\n- Video 2 peak velocity: 2.78 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber sphere", "B) video_1 -- red rubber cylinder", "C) video_2 -- red rubber cube", "D) video_2 -- gray metal cylinder"], "answer": "B) video_1 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_10654.mp4", "videos/clvr/video_validation/video_10655.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: red cylinder)\n- Video 2 peak velocity: 2.51 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal sphere", "B) video_2 -- green metal cube", "C) video_2 -- cyan rubber sphere", "D) video_1 -- purple rubber cylinder"], "answer": "C) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_11863.mp4", "videos/clvr/video_validation/video_11864.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.44 (Object: purple cylinder)\n- Video 2 peak velocity: 2.84 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cylinder", "B) video_1 -- yellow metal cube", "C) video_2 -- yellow metal sphere", "D) video_1 -- brown rubber cylinder"], "answer": "D) video_1 -- brown rubber cylinder", "videos": ["videos/clvr/video_validation/video_10235.mp4", "videos/clvr/video_validation/video_10236.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: brown cylinder)\n- Video 2 peak velocity: 2.49 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber cube", "B) video_2 -- green rubber sphere", "C) video_2 -- purple rubber sphere", "D) video_1 -- red rubber cylinder"], "answer": "D) video_1 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_10943.mp4", "videos/clvr/video_validation/video_10944.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: red cylinder)\n- Video 2 peak velocity: 2.64 (Object: green sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal sphere", "B) video_1 -- purple rubber cylinder", "C) video_2 -- purple metal sphere", "D) video_1 -- gray rubber cube"], "answer": "A) video_2 -- brown metal sphere", "videos": ["videos/clvr/video_validation/video_10153.mp4", "videos/clvr/video_validation/video_10154.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.43 (Object: gray cube)\n- Video 2 peak velocity: 2.91 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cylinder", "B) video_1 -- yellow metal cube", "C) video_2 -- gray metal sphere", "D) video_1 -- green metal cylinder"], "answer": "B) video_1 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10732.mp4", "videos/clvr/video_validation/video_10733.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: yellow cube)\n- Video 2 peak velocity: 2.67 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cube", "B) video_2 -- red metal sphere", "C) video_1 -- cyan rubber cube", "D) video_1 -- cyan metal cylinder"], "answer": "C) video_1 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_10030.mp4", "videos/clvr/video_validation/video_10031.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: cyan cube)\n- Video 2 peak velocity: 2.59 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cube", "B) video_1 -- cyan rubber sphere", "C) video_2 -- brown rubber sphere", "D) video_1 -- blue rubber cylinder"], "answer": "A) video_2 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_11029.mp4", "videos/clvr/video_validation/video_11030.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.75 (Object: cyan sphere)\n- Video 2 peak velocity: 3.00 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_2 -- cyan rubber cylinder", "C) video_1 -- red metal cube", "D) video_1 -- brown metal sphere"], "answer": "B) video_2 -- cyan rubber cylinder", "videos": ["videos/clvr/video_validation/video_11667.mp4", "videos/clvr/video_validation/video_11668.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.46 (Object: red cube)\n- Video 2 peak velocity: 2.67 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber cube", "B) video_1 -- purple rubber cylinder", "C) video_2 -- yellow metal cylinder", "D) video_2 -- gray rubber cube"], "answer": "D) video_2 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11543.mp4", "videos/clvr/video_validation/video_11544.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: brown cube)\n- Video 2 peak velocity: 2.87 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cylinder", "B) video_1 -- yellow metal cube", "C) video_2 -- purple rubber sphere", "D) video_1 -- green metal cube"], "answer": "C) video_2 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_11698.mp4", "videos/clvr/video_validation/video_11699.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.66 (Object: yellow cube)\n- Video 2 peak velocity: 2.90 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cylinder", "B) video_1 -- red metal sphere", "C) video_2 -- blue rubber cylinder", "D) video_1 -- red rubber sphere"], "answer": "B) video_1 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_10551.mp4", "videos/clvr/video_validation/video_10552.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: red sphere)\n- Video 2 peak velocity: 2.66 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cylinder", "B) video_1 -- yellow rubber cube", "C) video_2 -- yellow metal cube", "D) video_1 -- red metal sphere"], "answer": "C) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10731.mp4", "videos/clvr/video_validation/video_10732.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: yellow cube)\n- Video 2 peak velocity: 2.93 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal sphere", "B) video_1 -- brown metal cylinder", "C) video_2 -- purple rubber sphere", "D) video_2 -- brown metal sphere"], "answer": "A) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10861.mp4", "videos/clvr/video_validation/video_10862.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 3.00 (Object: gray sphere)\n- Video 2 peak velocity: 2.79 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_1 -- yellow metal cylinder", "C) video_2 -- cyan rubber cylinder", "D) video_2 -- purple metal sphere"], "answer": "D) video_2 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10222.mp4", "videos/clvr/video_validation/video_10223.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: green cube)\n- Video 2 peak velocity: 2.88 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber cube", "B) video_1 -- blue metal sphere", "C) video_2 -- blue metal cylinder", "D) video_2 -- purple rubber cube"], "answer": "D) video_2 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_11187.mp4", "videos/clvr/video_validation/video_11188.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: red cube)\n- Video 2 peak velocity: 2.77 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber sphere", "B) video_2 -- cyan metal cube", "C) video_1 -- blue metal cylinder", "D) video_2 -- yellow rubber cube"], "answer": "B) video_2 -- cyan metal cube", "videos": ["videos/clvr/video_validation/video_11533.mp4", "videos/clvr/video_validation/video_11534.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.46 (Object: blue cylinder)\n- Video 2 peak velocity: 2.89 (Object: cyan cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_2 -- red rubber cube", "C) video_2 -- blue metal cylinder", "D) video_1 -- brown metal cylinder"], "answer": "A) video_1 -- brown rubber sphere", "videos": ["videos/clvr/video_validation/video_10544.mp4", "videos/clvr/video_validation/video_10545.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: brown sphere)\n- Video 2 peak velocity: 2.68 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cube", "B) video_1 -- brown metal sphere", "C) video_2 -- cyan rubber sphere", "D) video_1 -- gray metal sphere"], "answer": "C) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10441.mp4", "videos/clvr/video_validation/video_10442.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: gray sphere)\n- Video 2 peak velocity: 2.82 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cylinder", "B) video_2 -- green rubber cube", "C) video_2 -- cyan metal cylinder", "D) video_1 -- gray metal cylinder"], "answer": "A) video_1 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_10341.mp4", "videos/clvr/video_validation/video_10342.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.82 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.60 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber sphere", "B) video_1 -- cyan metal cylinder", "C) video_2 -- gray rubber cube", "D) video_1 -- green metal cylinder"], "answer": "C) video_2 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11567.mp4", "videos/clvr/video_validation/video_11568.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: green cylinder)\n- Video 2 peak velocity: 2.94 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber sphere", "B) video_2 -- yellow rubber cylinder", "C) video_2 -- green metal cube", "D) video_1 -- blue rubber cube"], "answer": "D) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_11744.mp4", "videos/clvr/video_validation/video_11745.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: blue cube)\n- Video 2 peak velocity: 2.44 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber sphere", "B) video_1 -- blue rubber sphere", "C) video_1 -- brown rubber cube", "D) video_2 -- blue metal cube"], "answer": "B) video_1 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10785.mp4", "videos/clvr/video_validation/video_10786.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: blue sphere)\n- Video 2 peak velocity: 2.36 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cube", "B) video_2 -- purple rubber cube", "C) video_1 -- purple metal cube", "D) video_1 -- gray rubber cube"], "answer": "D) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11561.mp4", "videos/clvr/video_validation/video_11562.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: gray cube)\n- Video 2 peak velocity: 2.40 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal sphere", "B) video_2 -- cyan rubber cube", "C) video_2 -- brown rubber cylinder", "D) video_1 -- brown metal cube"], "answer": "B) video_2 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_11362.mp4", "videos/clvr/video_validation/video_11363.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: brown cube)\n- Video 2 peak velocity: 2.87 (Object: cyan cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cube", "B) video_2 -- purple metal sphere", "C) video_1 -- brown rubber cube", "D) video_1 -- purple rubber cube"], "answer": "C) video_1 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_11233.mp4", "videos/clvr/video_validation/video_11234.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: brown cube)\n- Video 2 peak velocity: 2.63 (Object: purple sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cube", "B) video_1 -- brown rubber cylinder", "C) video_1 -- gray rubber cylinder", "D) video_2 -- green metal cylinder"], "answer": "A) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11571.mp4", "videos/clvr/video_validation/video_11572.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: brown cylinder)\n- Video 2 peak velocity: 2.96 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber sphere", "B) video_1 -- red rubber cylinder", "C) video_2 -- yellow rubber cylinder", "D) video_2 -- yellow metal cube"], "answer": "A) video_1 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_11293.mp4", "videos/clvr/video_validation/video_11294.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: green sphere)\n- Video 2 peak velocity: 2.58 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_2 -- yellow rubber cube", "C) video_1 -- cyan metal cylinder", "D) video_1 -- yellow metal cylinder"], "answer": "C) video_1 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_10096.mp4", "videos/clvr/video_validation/video_10097.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.68 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber sphere", "B) video_2 -- brown metal sphere", "C) video_1 -- green rubber cube", "D) video_1 -- gray metal sphere"], "answer": "D) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_11933.mp4", "videos/clvr/video_validation/video_11934.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: gray sphere)\n- Video 2 peak velocity: 2.51 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cylinder", "B) video_2 -- yellow metal cube", "C) video_1 -- cyan rubber cube", "D) video_2 -- brown rubber sphere"], "answer": "B) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10972.mp4", "videos/clvr/video_validation/video_10973.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.45 (Object: gray cylinder)\n- Video 2 peak velocity: 2.71 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cube", "B) video_1 -- purple rubber sphere", "C) video_2 -- yellow metal sphere", "D) video_2 -- red metal sphere"], "answer": "B) video_1 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10052.mp4", "videos/clvr/video_validation/video_10053.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.83 (Object: purple sphere)\n- Video 2 peak velocity: 2.53 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cylinder", "B) video_2 -- red rubber cylinder", "C) video_2 -- cyan metal cylinder", "D) video_1 -- purple rubber sphere"], "answer": "A) video_1 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_11432.mp4", "videos/clvr/video_validation/video_11433.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: blue cylinder)\n- Video 2 peak velocity: 2.54 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cylinder", "B) video_2 -- gray rubber sphere", "C) video_1 -- cyan rubber cube", "D) video_2 -- blue rubber cylinder"], "answer": "D) video_2 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_11429.mp4", "videos/clvr/video_validation/video_11430.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.82 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber sphere", "B) video_1 -- yellow rubber cube", "C) video_2 -- brown metal cylinder", "D) video_1 -- yellow rubber sphere"], "answer": "C) video_2 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_11239.mp4", "videos/clvr/video_validation/video_11240.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: yellow sphere)\n- Video 2 peak velocity: 2.97 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber sphere", "B) video_2 -- yellow rubber cylinder", "C) video_1 -- green metal cube", "D) video_2 -- red rubber sphere"], "answer": "B) video_2 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_11891.mp4", "videos/clvr/video_validation/video_11892.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.74 (Object: green cube)\n- Video 2 peak velocity: 2.95 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal sphere", "B) video_2 -- cyan metal cube", "C) video_1 -- cyan rubber cylinder", "D) video_1 -- green rubber cube"], "answer": "D) video_1 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_10369.mp4", "videos/clvr/video_validation/video_10370.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: green cube)\n- Video 2 peak velocity: 2.42 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber sphere", "B) video_2 -- blue rubber cylinder", "C) video_2 -- green rubber sphere", "D) video_1 -- red metal sphere"], "answer": "C) video_2 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_10913.mp4", "videos/clvr/video_validation/video_10914.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.51 (Object: green sphere)\n- Video 2 peak velocity: 2.81 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cylinder", "B) video_1 -- red rubber cube", "C) video_2 -- gray rubber sphere", "D) video_1 -- gray metal cube"], "answer": "A) video_2 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_10278.mp4", "videos/clvr/video_validation/video_10279.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: gray cube)\n- Video 2 peak velocity: 2.97 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cylinder", "B) video_2 -- brown metal sphere", "C) video_2 -- gray rubber cube", "D) video_1 -- purple rubber cylinder"], "answer": "C) video_2 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_10398.mp4", "videos/clvr/video_validation/video_10399.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.90 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal sphere", "B) video_2 -- blue rubber cube", "C) video_1 -- gray metal cube", "D) video_1 -- brown metal sphere"], "answer": "A) video_2 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_11832.mp4", "videos/clvr/video_validation/video_11833.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: gray cube)\n- Video 2 peak velocity: 2.88 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cube", "B) video_1 -- cyan rubber cylinder", "C) video_2 -- cyan rubber cube", "D) video_1 -- gray metal sphere"], "answer": "B) video_1 -- cyan rubber cylinder", "videos": ["videos/clvr/video_validation/video_10269.mp4", "videos/clvr/video_validation/video_10270.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.76 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.53 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber sphere", "B) video_2 -- brown metal cube", "C) video_1 -- brown metal cylinder", "D) video_1 -- red metal cylinder"], "answer": "D) video_1 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_11138.mp4", "videos/clvr/video_validation/video_11139.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: red cylinder)\n- Video 2 peak velocity: 2.46 (Object: brown cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cylinder", "B) video_1 -- red metal sphere", "C) video_1 -- cyan rubber cube", "D) video_2 -- gray rubber cylinder"], "answer": "B) video_1 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_11570.mp4", "videos/clvr/video_validation/video_11571.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: red sphere)\n- Video 2 peak velocity: 2.71 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cube", "B) video_2 -- gray rubber sphere", "C) video_2 -- green rubber cylinder", "D) video_1 -- gray metal cylinder"], "answer": "C) video_2 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_10882.mp4", "videos/clvr/video_validation/video_10883.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.50 (Object: gray cylinder)\n- Video 2 peak velocity: 2.77 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber cube", "B) video_2 -- green metal cube", "C) video_2 -- blue rubber cylinder", "D) video_1 -- brown metal cube"], "answer": "D) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_10596.mp4", "videos/clvr/video_validation/video_10597.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: brown cube)\n- Video 2 peak velocity: 2.69 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_2 -- brown rubber sphere", "C) video_2 -- gray rubber cube", "D) video_1 -- brown rubber cylinder"], "answer": "A) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11955.mp4", "videos/clvr/video_validation/video_11956.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: gray cube)\n- Video 2 peak velocity: 2.60 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_1 -- blue metal cylinder", "C) video_1 -- yellow metal cube", "D) video_2 -- brown metal cylinder"], "answer": "B) video_1 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_10866.mp4", "videos/clvr/video_validation/video_10867.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: blue cylinder)\n- Video 2 peak velocity: 2.48 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cylinder", "B) video_1 -- green rubber cylinder", "C) video_2 -- red rubber cylinder", "D) video_2 -- purple rubber cube"], "answer": "D) video_2 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_10868.mp4", "videos/clvr/video_validation/video_10869.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: purple cylinder)\n- Video 2 peak velocity: 2.87 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_1 -- blue rubber sphere", "C) video_2 -- blue metal cylinder", "D) video_1 -- cyan metal cube"], "answer": "C) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11015.mp4", "videos/clvr/video_validation/video_11016.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: cyan cube)\n- Video 2 peak velocity: 2.85 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cube", "B) video_1 -- yellow rubber cube", "C) video_2 -- gray rubber cylinder", "D) video_1 -- blue metal sphere"], "answer": "A) video_2 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_10795.mp4", "videos/clvr/video_validation/video_10796.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.59 (Object: yellow cube)\n- Video 2 peak velocity: 2.90 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_1 -- gray metal cube", "C) video_2 -- cyan metal sphere", "D) video_2 -- red metal sphere"], "answer": "C) video_2 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10138.mp4", "videos/clvr/video_validation/video_10139.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: gray cube)\n- Video 2 peak velocity: 2.96 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cylinder", "B) video_2 -- yellow rubber cylinder", "C) video_2 -- gray rubber cube", "D) video_1 -- cyan metal cylinder"], "answer": "A) video_1 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_11785.mp4", "videos/clvr/video_validation/video_11786.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.78 (Object: purple cylinder)\n- Video 2 peak velocity: 2.35 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cylinder", "B) video_1 -- gray metal cube", "C) video_2 -- brown rubber sphere", "D) video_1 -- red metal cube"], "answer": "D) video_1 -- red metal cube", "videos": ["videos/clvr/video_validation/video_11648.mp4", "videos/clvr/video_validation/video_11649.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: red cube)\n- Video 2 peak velocity: 2.58 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cube", "B) video_1 -- cyan metal cylinder", "C) video_1 -- yellow metal cylinder", "D) video_2 -- red metal cube"], "answer": "B) video_1 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_11346.mp4", "videos/clvr/video_validation/video_11347.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.57 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_2 -- red rubber cylinder", "C) video_1 -- red rubber cube", "D) video_2 -- purple metal cylinder"], "answer": "B) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11317.mp4", "videos/clvr/video_validation/video_11318.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.74 (Object: green cube)\n- Video 2 peak velocity: 2.95 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal sphere", "B) video_2 -- purple rubber cube", "C) video_2 -- red rubber sphere", "D) video_1 -- cyan rubber cylinder"], "answer": "A) video_1 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_10320.mp4", "videos/clvr/video_validation/video_10321.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: green sphere)\n- Video 2 peak velocity: 2.66 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal sphere", "B) video_1 -- red metal cube", "C) video_2 -- purple metal cube", "D) video_2 -- green metal sphere"], "answer": "D) video_2 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_11873.mp4", "videos/clvr/video_validation/video_11874.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: red cube)\n- Video 2 peak velocity: 3.00 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cube", "B) video_1 -- gray metal sphere", "C) video_2 -- cyan metal cube", "D) video_2 -- purple rubber cube"], "answer": "C) video_2 -- cyan metal cube", "videos": ["videos/clvr/video_validation/video_11529.mp4", "videos/clvr/video_validation/video_11530.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.55 (Object: gray sphere)\n- Video 2 peak velocity: 2.95 (Object: cyan cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cylinder", "B) video_1 -- cyan metal cube", "C) video_2 -- purple rubber cube", "D) video_2 -- gray metal cylinder"], "answer": "C) video_2 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_11761.mp4", "videos/clvr/video_validation/video_11762.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: gray cylinder)\n- Video 2 peak velocity: 2.98 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_2 -- blue metal cylinder", "C) video_1 -- cyan metal cube", "D) video_1 -- brown metal cube"], "answer": "D) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11472.mp4", "videos/clvr/video_validation/video_11473.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.93 (Object: brown cube)\n- Video 2 peak velocity: 2.70 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber sphere", "B) video_1 -- cyan metal cylinder", "C) video_2 -- green metal cube", "D) video_1 -- purple metal cylinder"], "answer": "A) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10787.mp4", "videos/clvr/video_validation/video_10788.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: purple cylinder)\n- Video 2 peak velocity: 2.94 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cube", "B) video_2 -- gray rubber sphere", "C) video_1 -- purple rubber cube", "D) video_2 -- green rubber sphere"], "answer": "B) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_10355.mp4", "videos/clvr/video_validation/video_10356.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.41 (Object: purple cube)\n- Video 2 peak velocity: 2.74 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cube", "B) video_1 -- purple rubber sphere", "C) video_2 -- brown rubber sphere", "D) video_2 -- gray metal sphere"], "answer": "C) video_2 -- brown rubber sphere", "videos": ["videos/clvr/video_validation/video_11602.mp4", "videos/clvr/video_validation/video_11603.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.43 (Object: purple sphere)\n- Video 2 peak velocity: 2.97 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber sphere", "B) video_1 -- green rubber sphere", "C) video_2 -- blue rubber sphere", "D) video_2 -- purple metal cube"], "answer": "A) video_1 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_11170.mp4", "videos/clvr/video_validation/video_11171.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.75 (Object: purple sphere)\n- Video 2 peak velocity: 2.52 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cube", "B) video_1 -- red rubber sphere", "C) video_2 -- red metal cylinder", "D) video_2 -- blue metal cube"], "answer": "D) video_2 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_11383.mp4", "videos/clvr/video_validation/video_11384.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.55 (Object: gray cube)\n- Video 2 peak velocity: 2.98 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cylinder", "B) video_2 -- brown rubber cube", "C) video_1 -- red metal cylinder", "D) video_2 -- cyan rubber cube"], "answer": "B) video_2 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_10375.mp4", "videos/clvr/video_validation/video_10376.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.45 (Object: gray cylinder)\n- Video 2 peak velocity: 2.67 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cube", "B) video_2 -- gray rubber cylinder", "C) video_2 -- cyan rubber cube", "D) video_1 -- yellow rubber sphere"], "answer": "D) video_1 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_10461.mp4", "videos/clvr/video_validation/video_10462.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: yellow sphere)\n- Video 2 peak velocity: 2.58 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal sphere", "B) video_1 -- blue metal cube", "C) video_1 -- brown metal cube", "D) video_2 -- cyan metal sphere"], "answer": "C) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_10922.mp4", "videos/clvr/video_validation/video_10923.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: brown cube)\n- Video 2 peak velocity: 2.57 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cube", "B) video_2 -- yellow rubber cylinder", "C) video_1 -- red rubber cylinder", "D) video_1 -- green metal cylinder"], "answer": "B) video_2 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_11419.mp4", "videos/clvr/video_validation/video_11420.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.37 (Object: green cylinder)\n- Video 2 peak velocity: 2.86 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cylinder", "B) video_1 -- green rubber cube", "C) video_2 -- cyan rubber cylinder", "D) video_2 -- gray rubber sphere"], "answer": "A) video_1 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_11298.mp4", "videos/clvr/video_validation/video_11299.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: gray cylinder)\n- Video 2 peak velocity: 2.52 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber cube", "B) video_2 -- gray metal cylinder", "C) video_1 -- brown rubber sphere", "D) video_1 -- blue metal sphere"], "answer": "A) video_2 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_11206.mp4", "videos/clvr/video_validation/video_11207.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: brown sphere)\n- Video 2 peak velocity: 2.93 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber cylinder", "B) video_2 -- red rubber sphere", "C) video_1 -- red rubber sphere", "D) video_2 -- green metal sphere"], "answer": "C) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11263.mp4", "videos/clvr/video_validation/video_11264.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: red sphere)\n- Video 2 peak velocity: 2.65 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cylinder", "B) video_2 -- blue rubber cylinder", "C) video_2 -- green metal cube", "D) video_1 -- blue rubber cube"], "answer": "D) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_11912.mp4", "videos/clvr/video_validation/video_11913.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: blue cube)\n- Video 2 peak velocity: 2.54 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cylinder", "B) video_1 -- blue metal sphere", "C) video_1 -- gray metal cylinder", "D) video_2 -- gray rubber cube"], "answer": "B) video_1 -- blue metal sphere", "videos": ["videos/clvr/video_validation/video_10435.mp4", "videos/clvr/video_validation/video_10436.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: blue sphere)\n- Video 2 peak velocity: 2.70 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_1 -- cyan metal cylinder", "C) video_2 -- cyan rubber cube", "D) video_2 -- yellow rubber cylinder"], "answer": "D) video_2 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_10528.mp4", "videos/clvr/video_validation/video_10529.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.89 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cube", "B) video_1 -- green metal sphere", "C) video_1 -- yellow rubber cylinder", "D) video_2 -- blue metal cube"], "answer": "A) video_2 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_10970.mp4", "videos/clvr/video_validation/video_10971.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.94 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cube", "B) video_1 -- purple metal cylinder", "C) video_1 -- purple rubber cylinder", "D) video_2 -- purple metal cube"], "answer": "C) video_1 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_11444.mp4", "videos/clvr/video_validation/video_11445.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.74 (Object: purple cylinder)\n- Video 2 peak velocity: 2.54 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cube", "B) video_2 -- brown rubber cube", "C) video_2 -- green metal sphere", "D) video_1 -- green metal cylinder"], "answer": "B) video_2 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_11278.mp4", "videos/clvr/video_validation/video_11279.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.55 (Object: brown cube)\n- Video 2 peak velocity: 2.75 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cube", "B) video_1 -- cyan rubber sphere", "C) video_2 -- brown rubber cylinder", "D) video_1 -- yellow rubber sphere"], "answer": "C) video_2 -- brown rubber cylinder", "videos": ["videos/clvr/video_validation/video_10157.mp4", "videos/clvr/video_validation/video_10158.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: yellow sphere)\n- Video 2 peak velocity: 2.98 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber sphere", "B) video_2 -- blue rubber cube", "C) video_1 -- red rubber cylinder", "D) video_2 -- gray rubber sphere"], "answer": "D) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_11835.mp4", "videos/clvr/video_validation/video_11836.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.32 (Object: red cylinder)\n- Video 2 peak velocity: 2.70 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal sphere", "B) video_1 -- gray metal cube", "C) video_2 -- green rubber cube", "D) video_2 -- yellow rubber cube"], "answer": "B) video_1 -- gray metal cube", "videos": ["videos/clvr/video_validation/video_11165.mp4", "videos/clvr/video_validation/video_11166.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.75 (Object: gray cube)\n- Video 2 peak velocity: 2.52 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cylinder", "B) video_2 -- cyan metal cylinder", "C) video_2 -- purple rubber cube", "D) video_1 -- brown rubber sphere"], "answer": "A) video_1 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_10628.mp4", "videos/clvr/video_validation/video_10629.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: purple cylinder)\n- Video 2 peak velocity: 2.56 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cylinder", "B) video_1 -- yellow metal cylinder", "C) video_1 -- yellow rubber cube", "D) video_2 -- red rubber sphere"], "answer": "B) video_1 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_10417.mp4", "videos/clvr/video_validation/video_10418.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.37 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber sphere", "B) video_2 -- gray rubber cube", "C) video_1 -- gray rubber cylinder", "D) video_2 -- red metal cylinder"], "answer": "A) video_1 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_10680.mp4", "videos/clvr/video_validation/video_10681.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.81 (Object: yellow sphere)\n- Video 2 peak velocity: 2.59 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_2 -- blue metal cube", "C) video_1 -- yellow rubber cylinder", "D) video_1 -- yellow rubber sphere"], "answer": "C) video_1 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_10385.mp4", "videos/clvr/video_validation/video_10386.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.48 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cube", "B) video_2 -- cyan metal cylinder", "C) video_2 -- yellow metal sphere", "D) video_1 -- gray rubber sphere"], "answer": "D) video_1 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_10530.mp4", "videos/clvr/video_validation/video_10531.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: gray sphere)\n- Video 2 peak velocity: 2.72 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cube", "B) video_2 -- cyan rubber cube", "C) video_1 -- purple rubber sphere", "D) video_2 -- gray rubber sphere"], "answer": "C) video_1 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_10135.mp4", "videos/clvr/video_validation/video_10136.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: purple sphere)\n- Video 2 peak velocity: 2.54 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_2 -- brown rubber cylinder", "C) video_1 -- red metal cylinder", "D) video_1 -- brown rubber cube"], "answer": "A) video_2 -- red metal cube", "videos": ["videos/clvr/video_validation/video_11493.mp4", "videos/clvr/video_validation/video_11494.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: brown cube)\n- Video 2 peak velocity: 2.89 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber sphere", "B) video_1 -- yellow rubber sphere", "C) video_1 -- green rubber sphere", "D) video_2 -- cyan metal cube"], "answer": "B) video_1 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_11014.mp4", "videos/clvr/video_validation/video_11015.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: yellow sphere)\n- Video 2 peak velocity: 2.52 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber sphere", "B) video_1 -- yellow rubber cylinder", "C) video_2 -- gray metal sphere", "D) video_1 -- yellow rubber cube"], "answer": "D) video_1 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_10360.mp4", "videos/clvr/video_validation/video_10361.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: yellow cube)\n- Video 2 peak velocity: 2.66 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cube", "B) video_1 -- red metal cylinder", "C) video_1 -- blue metal sphere", "D) video_2 -- purple metal sphere"], "answer": "D) video_2 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10476.mp4", "videos/clvr/video_validation/video_10477.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.69 (Object: red cylinder)\n- Video 2 peak velocity: 2.98 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cylinder", "B) video_1 -- green metal sphere", "C) video_2 -- yellow rubber sphere", "D) video_2 -- purple rubber cube"], "answer": "B) video_1 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_10564.mp4", "videos/clvr/video_validation/video_10565.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: green sphere)\n- Video 2 peak velocity: 2.49 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber sphere", "B) video_2 -- purple metal sphere", "C) video_2 -- green rubber cylinder", "D) video_1 -- green metal sphere"], "answer": "C) video_2 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11984.mp4", "videos/clvr/video_validation/video_11985.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: green sphere)\n- Video 2 peak velocity: 2.93 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cylinder", "B) video_2 -- purple metal cylinder", "C) video_1 -- yellow rubber sphere", "D) video_2 -- red rubber cylinder"], "answer": "A) video_1 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_10329.mp4", "videos/clvr/video_validation/video_10330.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: gray cylinder)\n- Video 2 peak velocity: 2.45 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cube", "B) video_2 -- green metal sphere", "C) video_1 -- brown rubber cube", "D) video_2 -- yellow rubber cylinder"], "answer": "A) video_1 -- red metal cube", "videos": ["videos/clvr/video_validation/video_10969.mp4", "videos/clvr/video_validation/video_10970.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.83 (Object: red cube)\n- Video 2 peak velocity: 2.53 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal sphere", "B) video_1 -- yellow rubber sphere", "C) video_2 -- purple rubber cylinder", "D) video_1 -- yellow metal cube"], "answer": "D) video_1 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_11251.mp4", "videos/clvr/video_validation/video_11252.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: yellow cube)\n- Video 2 peak velocity: 2.63 (Object: purple cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_1 -- blue rubber cylinder", "C) video_2 -- yellow rubber cylinder", "D) video_1 -- yellow rubber cube"], "answer": "B) video_1 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_10332.mp4", "videos/clvr/video_validation/video_10333.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.85 (Object: blue cylinder)\n- Video 2 peak velocity: 2.52 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cylinder", "B) video_1 -- cyan rubber sphere", "C) video_2 -- green rubber sphere", "D) video_2 -- red rubber cylinder"], "answer": "C) video_2 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_11292.mp4", "videos/clvr/video_validation/video_11293.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.38 (Object: blue cylinder)\n- Video 2 peak velocity: 2.99 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cube", "B) video_2 -- blue metal cube", "C) video_2 -- red metal sphere", "D) video_1 -- gray metal sphere"], "answer": "B) video_2 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_10431.mp4", "videos/clvr/video_validation/video_10432.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.40 (Object: purple cube)\n- Video 2 peak velocity: 2.80 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cube", "B) video_2 -- gray rubber cube", "C) video_1 -- cyan rubber cylinder", "D) video_2 -- purple rubber cylinder"], "answer": "D) video_2 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_11558.mp4", "videos/clvr/video_validation/video_11559.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.79 (Object: purple cube)\n- Video 2 peak velocity: 3.00 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_2 -- cyan rubber sphere", "C) video_2 -- cyan rubber cylinder", "D) video_1 -- brown rubber cylinder"], "answer": "C) video_2 -- cyan rubber cylinder", "videos": ["videos/clvr/video_validation/video_10890.mp4", "videos/clvr/video_validation/video_10891.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: brown cylinder)\n- Video 2 peak velocity: 2.86 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cylinder", "B) video_1 -- purple rubber cylinder", "C) video_1 -- yellow metal cube", "D) video_2 -- blue metal sphere"], "answer": "A) video_2 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_11870.mp4", "videos/clvr/video_validation/video_11871.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.46 (Object: yellow cube)\n- Video 2 peak velocity: 2.68 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_1 -- yellow metal sphere", "C) video_2 -- yellow metal cube", "D) video_2 -- green metal cube"], "answer": "D) video_2 -- green metal cube", "videos": ["videos/clvr/video_validation/video_10053.mp4", "videos/clvr/video_validation/video_10054.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: red sphere)\n- Video 2 peak velocity: 2.94 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal cube", "B) video_2 -- brown metal cylinder", "C) video_1 -- blue metal cylinder", "D) video_1 -- gray rubber cube"], "answer": "C) video_1 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11159.mp4", "videos/clvr/video_validation/video_11160.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: blue cylinder)\n- Video 2 peak velocity: 2.54 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- cyan metal sphere", "C) video_2 -- green rubber cylinder", "D) video_1 -- cyan rubber cube"], "answer": "B) video_1 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10659.mp4", "videos/clvr/video_validation/video_10660.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.96 (Object: cyan sphere)\n- Video 2 peak velocity: 2.34 (Object: green cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cube", "B) video_1 -- yellow rubber cube", "C) video_2 -- yellow metal cylinder", "D) video_1 -- blue rubber cube"], "answer": "A) video_2 -- green metal cube", "videos": ["videos/clvr/video_validation/video_10231.mp4", "videos/clvr/video_validation/video_10232.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.48 (Object: yellow cube)\n- Video 2 peak velocity: 2.82 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber sphere", "B) video_2 -- green metal sphere", "C) video_2 -- red metal cube", "D) video_1 -- yellow rubber cube"], "answer": "C) video_2 -- red metal cube", "videos": ["videos/clvr/video_validation/video_10097.mp4", "videos/clvr/video_validation/video_10098.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: red sphere)\n- Video 2 peak velocity: 2.89 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal sphere", "B) video_1 -- yellow rubber sphere", "C) video_2 -- blue metal sphere", "D) video_2 -- gray metal cylinder"], "answer": "B) video_1 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_11255.mp4", "videos/clvr/video_validation/video_11256.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: yellow sphere)\n- Video 2 peak velocity: 2.63 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cube", "B) video_2 -- green rubber cube", "C) video_2 -- green metal cylinder", "D) video_1 -- green rubber cylinder"], "answer": "A) video_1 -- green metal cube", "videos": ["videos/clvr/video_validation/video_11325.mp4", "videos/clvr/video_validation/video_11326.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.80 (Object: green cube)\n- Video 2 peak velocity: 2.37 (Object: green cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber sphere", "B) video_1 -- gray metal sphere", "C) video_1 -- brown metal sphere", "D) video_2 -- cyan rubber sphere"], "answer": "D) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_11554.mp4", "videos/clvr/video_validation/video_11555.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: gray sphere)\n- Video 2 peak velocity: 2.88 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal sphere", "B) video_1 -- blue rubber cylinder", "C) video_2 -- purple rubber cube", "D) video_1 -- cyan rubber sphere"], "answer": "B) video_1 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_10430.mp4", "videos/clvr/video_validation/video_10431.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.74 (Object: blue cylinder)\n- Video 2 peak velocity: 2.40 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_2 -- gray rubber sphere", "C) video_1 -- brown rubber cube", "D) video_1 -- gray rubber cube"], "answer": "C) video_1 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_11076.mp4", "videos/clvr/video_validation/video_11077.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: brown cube)\n- Video 2 peak velocity: 2.70 (Object: gray sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cube", "B) video_1 -- cyan metal cylinder", "C) video_2 -- purple metal cube", "D) video_2 -- green rubber cube"], "answer": "D) video_2 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_11759.mp4", "videos/clvr/video_validation/video_11760.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.35 (Object: yellow cube)\n- Video 2 peak velocity: 2.86 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber cube", "B) video_2 -- cyan rubber cube", "C) video_1 -- blue metal cube", "D) video_2 -- gray metal cylinder"], "answer": "A) video_1 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_10971.mp4", "videos/clvr/video_validation/video_10972.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: yellow cube)\n- Video 2 peak velocity: 2.45 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber sphere", "B) video_1 -- purple rubber cylinder", "C) video_2 -- gray metal sphere", "D) video_1 -- yellow metal cylinder"], "answer": "A) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_10919.mp4", "videos/clvr/video_validation/video_10920.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.38 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.80 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cube", "B) video_2 -- purple metal cylinder", "C) video_2 -- gray rubber cylinder", "D) video_1 -- gray rubber cylinder"], "answer": "C) video_2 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_10203.mp4", "videos/clvr/video_validation/video_10204.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.53 (Object: brown cube)\n- Video 2 peak velocity: 2.77 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cube", "B) video_1 -- yellow metal sphere", "C) video_2 -- brown metal cylinder", "D) video_1 -- yellow metal cylinder"], "answer": "D) video_1 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_10709.mp4", "videos/clvr/video_validation/video_10710.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.59 (Object: brown cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_2 -- gray metal cylinder", "C) video_1 -- yellow metal cylinder", "D) video_1 -- blue rubber cylinder"], "answer": "B) video_2 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_10022.mp4", "videos/clvr/video_validation/video_10023.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.62 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.96 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red rubber cylinder", "B) video_1 -- cyan metal cylinder", "C) video_2 -- yellow metal cylinder", "D) video_2 -- green rubber cylinder"], "answer": "C) video_2 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_11433.mp4", "videos/clvr/video_validation/video_11434.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.96 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cube", "B) video_2 -- yellow metal sphere", "C) video_2 -- gray rubber cube", "D) video_1 -- green metal cube"], "answer": "D) video_1 -- green metal cube", "videos": ["videos/clvr/video_validation/video_11483.mp4", "videos/clvr/video_validation/video_11484.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: green cube)\n- Video 2 peak velocity: 2.70 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber sphere", "B) video_1 -- brown metal sphere", "C) video_1 -- brown rubber cylinder", "D) video_2 -- purple metal cube"], "answer": "B) video_1 -- brown metal sphere", "videos": ["videos/clvr/video_validation/video_11850.mp4", "videos/clvr/video_validation/video_11851.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.90 (Object: brown sphere)\n- Video 2 peak velocity: 2.53 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_2 -- cyan rubber cube", "C) video_1 -- blue metal cube", "D) video_1 -- brown metal cube"], "answer": "A) video_2 -- red metal cube", "videos": ["videos/clvr/video_validation/video_10726.mp4", "videos/clvr/video_validation/video_10727.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: blue cube)\n- Video 2 peak velocity: 2.86 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cube", "B) video_2 -- cyan rubber cylinder", "C) video_1 -- blue rubber cube", "D) video_2 -- purple metal cube"], "answer": "C) video_1 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10352.mp4", "videos/clvr/video_validation/video_10353.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: blue cube)\n- Video 2 peak velocity: 2.72 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber sphere", "B) video_2 -- cyan rubber sphere", "C) video_2 -- blue metal cylinder", "D) video_1 -- blue rubber cylinder"], "answer": "B) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10781.mp4", "videos/clvr/video_validation/video_10782.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: blue sphere)\n- Video 2 peak velocity: 2.95 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal cube", "B) video_1 -- green metal cube", "C) video_2 -- blue metal sphere", "D) video_1 -- blue rubber cube"], "answer": "A) video_2 -- red metal cube", "videos": ["videos/clvr/video_validation/video_10927.mp4", "videos/clvr/video_validation/video_10928.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: green cube)\n- Video 2 peak velocity: 2.96 (Object: red cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cylinder", "B) video_2 -- purple metal sphere", "C) video_1 -- brown metal cylinder", "D) video_1 -- red rubber sphere"], "answer": "D) video_1 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_10142.mp4", "videos/clvr/video_validation/video_10143.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 3.00 (Object: red sphere)\n- Video 2 peak velocity: 2.71 (Object: purple sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber sphere", "B) video_2 -- purple metal cylinder", "C) video_1 -- gray rubber sphere", "D) video_2 -- cyan rubber cube"], "answer": "B) video_2 -- purple metal cylinder", "videos": ["videos/clvr/video_validation/video_11853.mp4", "videos/clvr/video_validation/video_11854.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.76 (Object: gray sphere)\n- Video 2 peak velocity: 2.96 (Object: purple cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cube", "B) video_2 -- cyan rubber cylinder", "C) video_1 -- gray metal cylinder", "D) video_1 -- yellow rubber cube"], "answer": "A) video_2 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_10368.mp4", "videos/clvr/video_validation/video_10369.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.65 (Object: gray cylinder)\n- Video 2 peak velocity: 2.99 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cube", "B) video_1 -- red rubber sphere", "C) video_2 -- red metal cylinder", "D) video_1 -- cyan rubber cylinder"], "answer": "C) video_2 -- red metal cylinder", "videos": ["videos/clvr/video_validation/video_10418.mp4", "videos/clvr/video_validation/video_10419.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.37 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.65 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cube", "B) video_2 -- blue metal cylinder", "C) video_2 -- green rubber cylinder", "D) video_1 -- green metal cube"], "answer": "D) video_1 -- green metal cube", "videos": ["videos/clvr/video_validation/video_10624.mp4", "videos/clvr/video_validation/video_10625.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: green cube)\n- Video 2 peak velocity: 2.76 (Object: green cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber cylinder", "B) video_2 -- blue metal cylinder", "C) video_1 -- gray rubber cube", "D) video_2 -- gray metal cylinder"], "answer": "B) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_10930.mp4", "videos/clvr/video_validation/video_10931.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.49 (Object: gray cube)\n- Video 2 peak velocity: 2.84 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cube", "B) video_1 -- blue metal sphere", "C) video_2 -- brown metal cube", "D) video_2 -- gray metal sphere"], "answer": "D) video_2 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10364.mp4", "videos/clvr/video_validation/video_10365.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: red cube)\n- Video 2 peak velocity: 2.87 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cylinder", "B) video_2 -- cyan metal sphere", "C) video_2 -- brown metal sphere", "D) video_1 -- blue metal sphere"], "answer": "A) video_1 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_11456.mp4", "videos/clvr/video_validation/video_11457.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.85 (Object: blue cylinder)\n- Video 2 peak velocity: 2.59 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber sphere", "B) video_1 -- gray metal sphere", "C) video_2 -- cyan rubber sphere", "D) video_2 -- cyan metal sphere"], "answer": "C) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10361.mp4", "videos/clvr/video_validation/video_10362.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.66 (Object: gray sphere)\n- Video 2 peak velocity: 2.96 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber cylinder", "B) video_2 -- gray metal sphere", "C) video_1 -- blue metal cube", "D) video_1 -- red metal cylinder"], "answer": "C) video_1 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_11384.mp4", "videos/clvr/video_validation/video_11385.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: blue cube)\n- Video 2 peak velocity: 2.49 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cube", "B) video_2 -- cyan rubber cube", "C) video_1 -- green metal sphere", "D) video_2 -- brown rubber cube"], "answer": "A) video_1 -- red metal cube", "videos": ["videos/clvr/video_validation/video_11877.mp4", "videos/clvr/video_validation/video_11878.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.87 (Object: red cube)\n- Video 2 peak velocity: 2.65 (Object: brown cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal cube", "B) video_1 -- purple metal sphere", "C) video_2 -- blue metal cylinder", "D) video_1 -- cyan rubber cylinder"], "answer": "B) video_1 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10223.mp4", "videos/clvr/video_validation/video_10224.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: purple sphere)\n- Video 2 peak velocity: 2.35 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green rubber sphere", "B) video_2 -- green rubber sphere", "C) video_1 -- brown rubber cube", "D) video_2 -- red rubber sphere"], "answer": "D) video_2 -- red rubber sphere", "videos": ["videos/clvr/video_validation/video_11391.mp4", "videos/clvr/video_validation/video_11392.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.66 (Object: green sphere)\n- Video 2 peak velocity: 2.93 (Object: red sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cylinder", "B) video_1 -- purple metal cube", "C) video_2 -- cyan metal sphere", "D) video_2 -- gray metal cylinder"], "answer": "D) video_2 -- gray metal cylinder", "videos": ["videos/clvr/video_validation/video_10298.mp4", "videos/clvr/video_validation/video_10299.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: purple cube)\n- Video 2 peak velocity: 2.92 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cylinder", "B) video_1 -- green metal sphere", "C) video_2 -- brown rubber sphere", "D) video_2 -- green metal cube"], "answer": "A) video_1 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_10480.mp4", "videos/clvr/video_validation/video_10481.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.61 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber sphere", "B) video_1 -- green metal cylinder", "C) video_2 -- blue rubber cylinder", "D) video_1 -- blue rubber cube"], "answer": "C) video_2 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_11247.mp4", "videos/clvr/video_validation/video_11248.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: blue cube)\n- Video 2 peak velocity: 2.95 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal sphere", "B) video_1 -- gray metal sphere", "C) video_1 -- red rubber cube", "D) video_2 -- red metal sphere"], "answer": "B) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10812.mp4", "videos/clvr/video_validation/video_10813.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: gray sphere)\n- Video 2 peak velocity: 2.61 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal cylinder", "B) video_2 -- brown metal sphere", "C) video_2 -- blue rubber sphere", "D) video_1 -- gray rubber sphere"], "answer": "C) video_2 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10196.mp4", "videos/clvr/video_validation/video_10197.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.38 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.89 (Object: blue sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber sphere", "B) video_2 -- brown metal cylinder", "C) video_1 -- blue metal sphere", "D) video_1 -- yellow metal cylinder"], "answer": "A) video_2 -- brown rubber sphere", "videos": ["videos/clvr/video_validation/video_10543.mp4", "videos/clvr/video_validation/video_10544.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: blue sphere)\n- Video 2 peak velocity: 2.98 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- green metal sphere", "C) video_1 -- red metal sphere", "D) video_2 -- yellow rubber cylinder"], "answer": "D) video_2 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_10813.mp4", "videos/clvr/video_validation/video_10814.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: red sphere)\n- Video 2 peak velocity: 2.87 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red metal sphere", "B) video_2 -- brown metal cube", "C) video_1 -- yellow rubber cube", "D) video_1 -- gray rubber cylinder"], "answer": "B) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11371.mp4", "videos/clvr/video_validation/video_11372.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: yellow cube)\n- Video 2 peak velocity: 2.84 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber sphere", "B) video_2 -- purple metal cube", "C) video_2 -- brown metal sphere", "D) video_1 -- purple metal cube"], "answer": "B) video_2 -- purple metal cube", "videos": ["videos/clvr/video_validation/video_10103.mp4", "videos/clvr/video_validation/video_10104.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.74 (Object: blue sphere)\n- Video 2 peak velocity: 2.95 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown rubber cube", "B) video_1 -- yellow rubber cylinder", "C) video_2 -- green rubber cylinder", "D) video_1 -- gray rubber sphere"], "answer": "A) video_2 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_11970.mp4", "videos/clvr/video_validation/video_11971.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.91 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_1 -- blue rubber cylinder", "C) video_2 -- brown rubber sphere", "D) video_1 -- cyan metal sphere"], "answer": "C) video_2 -- brown rubber sphere", "videos": ["videos/clvr/video_validation/video_11380.mp4", "videos/clvr/video_validation/video_11381.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: cyan sphere)\n- Video 2 peak velocity: 2.89 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber sphere", "B) video_1 -- brown rubber cube", "C) video_2 -- gray rubber cylinder", "D) video_2 -- yellow metal cube"], "answer": "D) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_11618.mp4", "videos/clvr/video_validation/video_11619.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: brown cube)\n- Video 2 peak velocity: 2.93 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cylinder", "B) video_2 -- green metal cylinder", "C) video_1 -- yellow metal sphere", "D) video_2 -- gray metal cube"], "answer": "D) video_2 -- gray metal cube", "videos": ["videos/clvr/video_validation/video_11464.mp4", "videos/clvr/video_validation/video_11465.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.45 (Object: blue cylinder)\n- Video 2 peak velocity: 2.75 (Object: gray cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cylinder", "B) video_1 -- purple rubber sphere", "C) video_2 -- yellow rubber cylinder", "D) video_1 -- purple metal cube"], "answer": "B) video_1 -- purple rubber sphere", "videos": ["videos/clvr/video_validation/video_11748.mp4", "videos/clvr/video_validation/video_11749.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.83 (Object: purple sphere)\n- Video 2 peak velocity: 2.59 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber sphere", "B) video_1 -- gray rubber cylinder", "C) video_2 -- yellow rubber sphere", "D) video_1 -- cyan metal cube"], "answer": "A) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_11100.mp4", "videos/clvr/video_validation/video_11101.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.66 (Object: cyan cube)\n- Video 2 peak velocity: 2.97 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cube", "B) video_2 -- yellow metal sphere", "C) video_1 -- cyan metal sphere", "D) video_2 -- red rubber cylinder"], "answer": "C) video_1 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_10068.mp4", "videos/clvr/video_validation/video_10069.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: cyan sphere)\n- Video 2 peak velocity: 2.50 (Object: red cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cube", "B) video_2 -- brown rubber sphere", "C) video_1 -- gray metal sphere", "D) video_1 -- brown metal cube"], "answer": "D) video_1 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_11191.mp4", "videos/clvr/video_validation/video_11192.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.90 (Object: brown cube)\n- Video 2 peak velocity: 2.64 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal cylinder", "B) video_2 -- gray rubber sphere", "C) video_1 -- yellow rubber sphere", "D) video_2 -- brown metal sphere"], "answer": "C) video_1 -- yellow rubber sphere", "videos": ["videos/clvr/video_validation/video_11730.mp4", "videos/clvr/video_validation/video_11731.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: yellow sphere)\n- Video 2 peak velocity: 2.71 (Object: brown sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal cube", "B) video_2 -- green rubber cylinder", "C) video_1 -- purple rubber sphere", "D) video_1 -- green rubber sphere"], "answer": "A) video_2 -- purple metal cube", "videos": ["videos/clvr/video_validation/video_10944.mp4", "videos/clvr/video_validation/video_10945.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: green sphere)\n- Video 2 peak velocity: 2.93 (Object: purple cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber cylinder", "B) video_2 -- purple metal sphere", "C) video_2 -- cyan rubber sphere", "D) video_1 -- green metal sphere"], "answer": "B) video_2 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10738.mp4", "videos/clvr/video_validation/video_10739.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.47 (Object: blue cylinder)\n- Video 2 peak velocity: 2.98 (Object: purple sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cube", "B) video_1 -- yellow metal cube", "C) video_2 -- blue metal cube", "D) video_1 -- yellow metal cylinder"], "answer": "A) video_2 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_10003.mp4", "videos/clvr/video_validation/video_10004.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.51 (Object: yellow cube)\n- Video 2 peak velocity: 2.93 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber cube", "B) video_1 -- blue rubber cylinder", "C) video_2 -- blue metal sphere", "D) video_1 -- yellow metal cylinder"], "answer": "D) video_1 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_10573.mp4", "videos/clvr/video_validation/video_10574.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.63 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.41 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan metal cylinder", "B) video_1 -- red metal sphere", "C) video_2 -- cyan rubber sphere", "D) video_2 -- blue metal cube"], "answer": "C) video_2 -- cyan rubber sphere", "videos": ["videos/clvr/video_validation/video_10106.mp4", "videos/clvr/video_validation/video_10107.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: red sphere)\n- Video 2 peak velocity: 2.82 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber cylinder", "B) video_2 -- yellow rubber cylinder", "C) video_1 -- green rubber cube", "D) video_1 -- gray rubber sphere"], "answer": "B) video_2 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_10113.mp4", "videos/clvr/video_validation/video_10114.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.49 (Object: gray sphere)\n- Video 2 peak velocity: 2.74 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal sphere", "B) video_1 -- green metal cylinder", "C) video_2 -- cyan metal cube", "D) video_2 -- yellow metal cylinder"], "answer": "A) video_1 -- blue metal sphere", "videos": ["videos/clvr/video_validation/video_11633.mp4", "videos/clvr/video_validation/video_11634.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: blue sphere)\n- Video 2 peak velocity: 2.45 (Object: cyan cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cube", "B) video_2 -- red rubber sphere", "C) video_1 -- purple rubber cylinder", "D) video_1 -- brown rubber sphere"], "answer": "C) video_1 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_11382.mp4", "videos/clvr/video_validation/video_11383.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: purple cylinder)\n- Video 2 peak velocity: 2.55 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cylinder", "B) video_2 -- blue rubber cube", "C) video_1 -- red rubber cylinder", "D) video_1 -- cyan rubber sphere"], "answer": "B) video_2 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_11340.mp4", "videos/clvr/video_validation/video_11341.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: red cylinder)\n- Video 2 peak velocity: 2.88 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cube", "B) video_2 -- yellow rubber cylinder", "C) video_1 -- purple rubber sphere", "D) video_2 -- yellow rubber cube"], "answer": "D) video_2 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_10359.mp4", "videos/clvr/video_validation/video_10360.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.72 (Object: blue cube)\n- Video 2 peak velocity: 2.94 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- green metal cube", "B) video_2 -- green rubber sphere", "C) video_1 -- gray metal sphere", "D) video_2 -- red metal cube"], "answer": "C) video_1 -- gray metal sphere", "videos": ["videos/clvr/video_validation/video_10283.mp4", "videos/clvr/video_validation/video_10284.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.82 (Object: gray sphere)\n- Video 2 peak velocity: 2.51 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cube", "B) video_2 -- purple metal sphere", "C) video_2 -- brown metal sphere", "D) video_1 -- green metal cylinder"], "answer": "A) video_1 -- purple rubber cube", "videos": ["videos/clvr/video_validation/video_10179.mp4", "videos/clvr/video_validation/video_10180.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: purple cube)\n- Video 2 peak velocity: 2.68 (Object: purple sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- red metal cube", "C) video_2 -- purple metal cube", "D) video_1 -- blue rubber cylinder"], "answer": "B) video_1 -- red metal cube", "videos": ["videos/clvr/video_validation/video_10127.mp4", "videos/clvr/video_validation/video_10128.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: red cube)\n- Video 2 peak velocity: 2.45 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal sphere", "B) video_2 -- purple rubber sphere", "C) video_1 -- cyan metal cube", "D) video_1 -- cyan rubber cube"], "answer": "D) video_1 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_10778.mp4", "videos/clvr/video_validation/video_10779.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: cyan cube)\n- Video 2 peak velocity: 2.71 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cylinder", "B) video_1 -- gray rubber cube", "C) video_1 -- yellow rubber cylinder", "D) video_2 -- gray metal cylinder"], "answer": "A) video_2 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11786.mp4", "videos/clvr/video_validation/video_11787.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.35 (Object: gray cube)\n- Video 2 peak velocity: 2.77 (Object: red cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_1 -- red rubber cylinder", "C) video_2 -- brown rubber cube", "D) video_2 -- yellow rubber sphere"], "answer": "C) video_2 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_10076.mp4", "videos/clvr/video_validation/video_10077.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.38 (Object: red cylinder)\n- Video 2 peak velocity: 2.95 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cube", "B) video_2 -- red rubber sphere", "C) video_1 -- green metal cylinder", "D) video_1 -- gray rubber sphere"], "answer": "D) video_1 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_10631.mp4", "videos/clvr/video_validation/video_10632.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: gray sphere)\n- Video 2 peak velocity: 2.58 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber sphere", "B) video_1 -- green rubber cube", "C) video_2 -- yellow rubber cylinder", "D) video_2 -- yellow metal sphere"], "answer": "B) video_1 -- green rubber cube", "videos": ["videos/clvr/video_validation/video_11030.mp4", "videos/clvr/video_validation/video_11031.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 3.00 (Object: green cube)\n- Video 2 peak velocity: 2.74 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cube", "B) video_2 -- green metal sphere", "C) video_1 -- brown metal sphere", "D) video_1 -- blue rubber sphere"], "answer": "D) video_1 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10197.mp4", "videos/clvr/video_validation/video_10198.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: blue sphere)\n- Video 2 peak velocity: 2.64 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal sphere", "B) video_1 -- brown rubber cylinder", "C) video_2 -- blue rubber cube", "D) video_1 -- yellow metal sphere"], "answer": "C) video_2 -- blue rubber cube", "videos": ["videos/clvr/video_validation/video_10275.mp4", "videos/clvr/video_validation/video_10276.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.50 (Object: brown cylinder)\n- Video 2 peak velocity: 2.99 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple metal cylinder", "B) video_1 -- yellow metal cylinder", "C) video_2 -- purple metal cube", "D) video_1 -- purple rubber cylinder"], "answer": "B) video_1 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_10210.mp4", "videos/clvr/video_validation/video_10211.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.44 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal sphere", "B) video_1 -- cyan metal cylinder", "C) video_1 -- yellow metal cube", "D) video_2 -- cyan metal cube"], "answer": "A) video_2 -- brown metal sphere", "videos": ["videos/clvr/video_validation/video_11818.mp4", "videos/clvr/video_validation/video_11819.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.47 (Object: yellow cube)\n- Video 2 peak velocity: 2.71 (Object: brown sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cylinder", "B) video_2 -- green metal cylinder", "C) video_1 -- blue metal sphere", "D) video_1 -- blue rubber cube"], "answer": "A) video_2 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_10574.mp4", "videos/clvr/video_validation/video_10575.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.41 (Object: blue cube)\n- Video 2 peak velocity: 2.78 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber sphere", "B) video_1 -- purple metal cube", "C) video_1 -- blue metal cube", "D) video_2 -- blue metal cylinder"], "answer": "D) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_11060.mp4", "videos/clvr/video_validation/video_11061.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: blue cube)\n- Video 2 peak velocity: 2.90 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cube", "B) video_1 -- yellow metal cube", "C) video_1 -- brown rubber sphere", "D) video_2 -- purple rubber cylinder"], "answer": "B) video_1 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_11377.mp4", "videos/clvr/video_validation/video_11378.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.86 (Object: yellow cube)\n- Video 2 peak velocity: 2.64 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan metal cube", "B) video_2 -- red metal cube", "C) video_1 -- green metal sphere", "D) video_1 -- green rubber cylinder"], "answer": "C) video_1 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_10877.mp4", "videos/clvr/video_validation/video_10878.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: green sphere)\n- Video 2 peak velocity: 2.52 (Object: red cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown rubber cylinder", "B) video_1 -- cyan metal cube", "C) video_2 -- blue rubber cube", "D) video_2 -- yellow rubber cube"], "answer": "B) video_1 -- cyan metal cube", "videos": ["videos/clvr/video_validation/video_10230.mp4", "videos/clvr/video_validation/video_10231.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: cyan cube)\n- Video 2 peak velocity: 2.48 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cube", "B) video_2 -- purple metal cylinder", "C) video_2 -- blue metal cube", "D) video_1 -- red metal sphere"], "answer": "A) video_1 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_10432.mp4", "videos/clvr/video_validation/video_10433.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.80 (Object: blue cube)\n- Video 2 peak velocity: 2.38 (Object: blue cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber sphere", "B) video_2 -- cyan rubber sphere", "C) video_2 -- green metal sphere", "D) video_1 -- green metal sphere"], "answer": "D) video_1 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_11798.mp4", "videos/clvr/video_validation/video_11799.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.81 (Object: green sphere)\n- Video 2 peak velocity: 2.60 (Object: cyan sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue rubber sphere", "B) video_2 -- cyan metal sphere", "C) video_2 -- green rubber sphere", "D) video_1 -- gray metal cube"], "answer": "C) video_2 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_10593.mp4", "videos/clvr/video_validation/video_10594.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.57 (Object: gray cube)\n- Video 2 peak velocity: 2.93 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal cube", "B) video_2 -- red metal cylinder", "C) video_1 -- brown rubber cylinder", "D) video_1 -- red rubber sphere"], "answer": "C) video_1 -- brown rubber cylinder", "videos": ["videos/clvr/video_validation/video_11477.mp4", "videos/clvr/video_validation/video_11478.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.85 (Object: brown cylinder)\n- Video 2 peak velocity: 2.59 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cylinder", "B) video_2 -- green rubber cube", "C) video_1 -- cyan metal cube", "D) video_2 -- blue metal cylinder"], "answer": "A) video_1 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_10683.mp4", "videos/clvr/video_validation/video_10684.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.84 (Object: blue cylinder)\n- Video 2 peak velocity: 2.63 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cube", "B) video_2 -- gray metal cylinder", "C) video_1 -- green rubber sphere", "D) video_2 -- cyan rubber cube"], "answer": "D) video_2 -- cyan rubber cube", "videos": ["videos/clvr/video_validation/video_10284.mp4", "videos/clvr/video_validation/video_10285.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.51 (Object: red cube)\n- Video 2 peak velocity: 2.99 (Object: cyan cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber sphere", "B) video_2 -- blue rubber sphere", "C) video_1 -- green rubber cylinder", "D) video_2 -- purple rubber sphere"], "answer": "B) video_2 -- blue rubber sphere", "videos": ["videos/clvr/video_validation/video_10660.mp4", "videos/clvr/video_validation/video_10661.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.34 (Object: green cylinder)\n- Video 2 peak velocity: 2.80 (Object: blue sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal sphere", "B) video_2 -- yellow rubber cylinder", "C) video_2 -- gray rubber sphere", "D) video_1 -- yellow rubber cylinder"], "answer": "C) video_2 -- gray rubber sphere", "videos": ["videos/clvr/video_validation/video_11115.mp4", "videos/clvr/video_validation/video_11116.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.76 (Object: gray sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_2 -- cyan metal cylinder", "C) video_1 -- purple metal cube", "D) video_2 -- gray rubber sphere"], "answer": "B) video_2 -- cyan metal cylinder", "videos": ["videos/clvr/video_validation/video_10111.mp4", "videos/clvr/video_validation/video_10112.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: gray cube)\n- Video 2 peak velocity: 2.89 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal sphere", "B) video_1 -- gray metal sphere", "C) video_2 -- green rubber sphere", "D) video_1 -- cyan metal cube"], "answer": "A) video_2 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_10828.mp4", "videos/clvr/video_validation/video_10829.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.38 (Object: cyan cube)\n- Video 2 peak velocity: 2.96 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber cylinder", "B) video_1 -- purple metal sphere", "C) video_2 -- red metal cylinder", "D) video_2 -- brown rubber cylinder"], "answer": "D) video_2 -- brown rubber cylinder", "videos": ["videos/clvr/video_validation/video_10246.mp4", "videos/clvr/video_validation/video_10247.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.56 (Object: purple sphere)\n- Video 2 peak velocity: 2.77 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber sphere", "B) video_1 -- purple metal cylinder", "C) video_2 -- purple rubber sphere", "D) video_1 -- red rubber cylinder"], "answer": "D) video_1 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_11318.mp4", "videos/clvr/video_validation/video_11319.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.95 (Object: red cylinder)\n- Video 2 peak velocity: 2.64 (Object: blue sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber sphere", "B) video_2 -- brown rubber cube", "C) video_1 -- brown metal cube", "D) video_1 -- cyan metal cube"], "answer": "B) video_2 -- brown rubber cube", "videos": ["videos/clvr/video_validation/video_10580.mp4", "videos/clvr/video_validation/video_10581.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.61 (Object: brown cube)\n- Video 2 peak velocity: 2.82 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green rubber sphere", "B) video_1 -- purple metal cube", "C) video_1 -- blue metal cylinder", "D) video_2 -- red metal sphere"], "answer": "A) video_2 -- green rubber sphere", "videos": ["videos/clvr/video_validation/video_10224.mp4", "videos/clvr/video_validation/video_10225.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.35 (Object: purple cube)\n- Video 2 peak velocity: 2.57 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray metal cylinder", "B) video_1 -- purple metal cube", "C) video_2 -- yellow metal cylinder", "D) video_1 -- blue metal sphere"], "answer": "C) video_2 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_10340.mp4", "videos/clvr/video_validation/video_10341.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.51 (Object: blue sphere)\n- Video 2 peak velocity: 2.82 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cube", "B) video_2 -- cyan metal sphere", "C) video_1 -- green rubber sphere", "D) video_1 -- cyan rubber cylinder"], "answer": "B) video_2 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_11352.mp4", "videos/clvr/video_validation/video_11353.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.69 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.93 (Object: cyan sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal sphere", "B) video_1 -- gray metal sphere", "C) video_1 -- cyan rubber cube", "D) video_2 -- green metal sphere"], "answer": "D) video_2 -- green metal sphere", "videos": ["videos/clvr/video_validation/video_11306.mp4", "videos/clvr/video_validation/video_11307.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.51 (Object: cyan cube)\n- Video 2 peak velocity: 2.75 (Object: green sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue metal cube", "B) video_1 -- cyan rubber cylinder", "C) video_1 -- yellow rubber cube", "D) video_2 -- purple metal cube"], "answer": "A) video_2 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_10212.mp4", "videos/clvr/video_validation/video_10213.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.39 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.72 (Object: blue cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow metal sphere", "B) video_2 -- green rubber sphere", "C) video_1 -- gray rubber cube", "D) video_2 -- gray rubber sphere"], "answer": "C) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11718.mp4", "videos/clvr/video_validation/video_11719.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.94 (Object: gray cube)\n- Video 2 peak velocity: 2.66 (Object: green sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber sphere", "B) video_1 -- yellow metal sphere", "C) video_2 -- red rubber sphere", "D) video_1 -- green metal cylinder"], "answer": "B) video_1 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_11290.mp4", "videos/clvr/video_validation/video_11291.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.90 (Object: yellow sphere)\n- Video 2 peak velocity: 2.51 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal cylinder", "B) video_2 -- green metal sphere", "C) video_1 -- cyan metal cylinder", "D) video_2 -- green rubber cylinder"], "answer": "D) video_2 -- green rubber cylinder", "videos": ["videos/clvr/video_validation/video_11143.mp4", "videos/clvr/video_validation/video_11144.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.64 (Object: blue cylinder)\n- Video 2 peak velocity: 2.89 (Object: green cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cylinder", "B) video_1 -- cyan rubber sphere", "C) video_1 -- red rubber sphere", "D) video_2 -- yellow metal sphere"], "answer": "A) video_2 -- yellow metal cylinder", "videos": ["videos/clvr/video_validation/video_10842.mp4", "videos/clvr/video_validation/video_10843.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: red sphere)\n- Video 2 peak velocity: 3.00 (Object: yellow cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_1 -- gray metal sphere", "C) video_2 -- blue rubber cylinder", "D) video_2 -- red metal sphere"], "answer": "C) video_2 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_10309.mp4", "videos/clvr/video_validation/video_10310.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.35 (Object: brown cylinder)\n- Video 2 peak velocity: 2.70 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow rubber cylinder", "B) video_2 -- yellow metal sphere", "C) video_1 -- brown rubber cube", "D) video_1 -- yellow metal cylinder"], "answer": "B) video_2 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_10957.mp4", "videos/clvr/video_validation/video_10958.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.60 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.99 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cylinder", "B) video_1 -- red metal cube", "C) video_1 -- red rubber cylinder", "D) video_2 -- purple rubber cylinder"], "answer": "C) video_1 -- red rubber cylinder", "videos": ["videos/clvr/video_validation/video_10061.mp4", "videos/clvr/video_validation/video_10062.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: red cylinder)\n- Video 2 peak velocity: 2.72 (Object: cyan cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cube", "B) video_2 -- red rubber sphere", "C) video_2 -- brown metal cylinder", "D) video_1 -- cyan metal sphere"], "answer": "D) video_1 -- cyan metal sphere", "videos": ["videos/clvr/video_validation/video_11997.mp4", "videos/clvr/video_validation/video_11998.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.97 (Object: cyan sphere)\n- Video 2 peak velocity: 2.73 (Object: red sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- brown metal cube", "B) video_2 -- blue metal cube", "C) video_1 -- purple metal cylinder", "D) video_1 -- gray rubber sphere"], "answer": "A) video_2 -- brown metal cube", "videos": ["videos/clvr/video_validation/video_10921.mp4", "videos/clvr/video_validation/video_10922.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: gray sphere)\n- Video 2 peak velocity: 2.94 (Object: brown cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- blue rubber cylinder", "B) video_2 -- purple metal cylinder", "C) video_1 -- yellow metal cylinder", "D) video_1 -- yellow rubber cylinder"], "answer": "D) video_1 -- yellow rubber cylinder", "videos": ["videos/clvr/video_validation/video_11944.mp4", "videos/clvr/video_validation/video_11945.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.91 (Object: yellow cylinder)\n- Video 2 peak velocity: 2.57 (Object: blue cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cylinder", "B) video_2 -- yellow rubber cylinder", "C) video_2 -- gray rubber cylinder", "D) video_1 -- yellow rubber cylinder"], "answer": "C) video_2 -- gray rubber cylinder", "videos": ["videos/clvr/video_validation/video_10333.mp4", "videos/clvr/video_validation/video_10334.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.52 (Object: red cylinder)\n- Video 2 peak velocity: 2.98 (Object: gray cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- red metal cube", "B) video_2 -- green metal cylinder", "C) video_2 -- yellow metal cylinder", "D) video_1 -- brown rubber cylinder"], "answer": "A) video_1 -- red metal cube", "videos": ["videos/clvr/video_validation/video_11494.mp4", "videos/clvr/video_validation/video_11495.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: red cube)\n- Video 2 peak velocity: 2.54 (Object: yellow cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- red rubber cylinder", "B) video_1 -- purple metal sphere", "C) video_2 -- gray rubber cylinder", "D) video_1 -- red metal sphere"], "answer": "B) video_1 -- purple metal sphere", "videos": ["videos/clvr/video_validation/video_10450.mp4", "videos/clvr/video_validation/video_10451.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.89 (Object: purple sphere)\n- Video 2 peak velocity: 2.63 (Object: gray cylinder)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- yellow rubber sphere", "B) video_2 -- green metal cube", "C) video_1 -- red metal sphere", "D) video_2 -- brown rubber sphere"], "answer": "C) video_1 -- red metal sphere", "videos": ["videos/clvr/video_validation/video_10388.mp4", "videos/clvr/video_validation/video_10389.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.98 (Object: red sphere)\n- Video 2 peak velocity: 2.65 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray rubber cube", "B) video_1 -- yellow metal cylinder", "C) video_2 -- brown rubber cylinder", "D) video_2 -- cyan rubber cylinder"], "answer": "D) video_2 -- cyan rubber cylinder", "videos": ["videos/clvr/video_validation/video_11702.mp4", "videos/clvr/video_validation/video_11703.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.73 (Object: gray cube)\n- Video 2 peak velocity: 2.98 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal sphere", "B) video_2 -- blue rubber sphere", "C) video_2 -- green metal cube", "D) video_1 -- blue rubber cube"], "answer": "A) video_1 -- brown metal sphere", "videos": ["videos/clvr/video_validation/video_11537.mp4", "videos/clvr/video_validation/video_11538.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: brown sphere)\n- Video 2 peak velocity: 2.78 (Object: green cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- green metal sphere", "B) video_1 -- gray rubber cube", "C) video_1 -- blue metal cylinder", "D) video_2 -- gray rubber cube"], "answer": "B) video_1 -- gray rubber cube", "videos": ["videos/clvr/video_validation/video_11720.mp4", "videos/clvr/video_validation/video_11721.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.85 (Object: gray cube)\n- Video 2 peak velocity: 2.49 (Object: gray cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal sphere", "B) video_2 -- yellow rubber cube", "C) video_2 -- yellow rubber sphere", "D) video_1 -- yellow rubber cube"], "answer": "D) video_1 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_11238.mp4", "videos/clvr/video_validation/video_11239.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: yellow cube)\n- Video 2 peak velocity: 2.64 (Object: yellow sphere)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- brown metal cylinder", "B) video_2 -- gray rubber sphere", "C) video_2 -- green metal cube", "D) video_1 -- cyan metal cylinder"], "answer": "C) video_2 -- green metal cube", "videos": ["videos/clvr/video_validation/video_10938.mp4", "videos/clvr/video_validation/video_10939.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.70 (Object: brown cylinder)\n- Video 2 peak velocity: 2.99 (Object: green cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- cyan rubber cylinder", "B) video_1 -- gray metal sphere", "C) video_1 -- gray rubber cylinder", "D) video_2 -- purple rubber cube"], "answer": "A) video_2 -- cyan rubber cylinder", "videos": ["videos/clvr/video_validation/video_10803.mp4", "videos/clvr/video_validation/video_10804.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.76 (Object: gray sphere)\n- Video 2 peak velocity: 2.97 (Object: cyan cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- purple rubber cube", "B) video_1 -- blue metal cube", "C) video_1 -- blue metal cylinder", "D) video_2 -- red metal cylinder"], "answer": "B) video_1 -- blue metal cube", "videos": ["videos/clvr/video_validation/video_11098.mp4", "videos/clvr/video_validation/video_11099.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.99 (Object: blue cube)\n- Video 2 peak velocity: 2.75 (Object: purple cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal sphere", "B) video_2 -- yellow metal cube", "C) video_1 -- red rubber cube", "D) video_1 -- purple metal cube"], "answer": "A) video_2 -- yellow metal sphere", "videos": ["videos/clvr/video_validation/video_11445.mp4", "videos/clvr/video_validation/video_11446.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.54 (Object: red cube)\n- Video 2 peak velocity: 2.78 (Object: yellow sphere)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple metal cylinder", "B) video_1 -- cyan rubber cylinder", "C) video_2 -- red metal cylinder", "D) video_2 -- yellow metal cube"], "answer": "D) video_2 -- yellow metal cube", "videos": ["videos/clvr/video_validation/video_10916.mp4", "videos/clvr/video_validation/video_10917.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.58 (Object: cyan cylinder)\n- Video 2 peak velocity: 2.81 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- blue metal sphere", "B) video_2 -- yellow rubber cube", "C) video_2 -- purple metal cylinder", "D) video_1 -- red metal cylinder"], "answer": "B) video_2 -- yellow rubber cube", "videos": ["videos/clvr/video_validation/video_11871.mp4", "videos/clvr/video_validation/video_11872.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.68 (Object: red cylinder)\n- Video 2 peak velocity: 2.94 (Object: yellow cube)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- gray metal sphere", "B) video_1 -- red rubber sphere", "C) video_2 -- brown metal cylinder", "D) video_2 -- green metal sphere"], "answer": "C) video_2 -- brown metal cylinder", "videos": ["videos/clvr/video_validation/video_10758.mp4", "videos/clvr/video_validation/video_10759.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.71 (Object: red sphere)\n- Video 2 peak velocity: 2.98 (Object: brown cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- gray rubber cylinder", "B) video_2 -- yellow rubber cube", "C) video_1 -- purple rubber cylinder", "D) video_1 -- brown rubber sphere"], "answer": "C) video_1 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_11370.mp4", "videos/clvr/video_validation/video_11371.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.92 (Object: purple cylinder)\n- Video 2 peak velocity: 2.61 (Object: yellow cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- purple rubber cylinder", "B) video_1 -- yellow rubber cylinder", "C) video_2 -- brown rubber cylinder", "D) video_2 -- brown rubber cube"], "answer": "A) video_1 -- purple rubber cylinder", "videos": ["videos/clvr/video_validation/video_10383.mp4", "videos/clvr/video_validation/video_10384.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.88 (Object: purple cylinder)\n- Video 2 peak velocity: 2.64 (Object: brown cube)\n\nComparison: Video 1 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_2 -- yellow metal cube", "B) video_2 -- blue metal cylinder", "C) video_1 -- purple rubber sphere", "D) video_1 -- yellow metal cylinder"], "answer": "B) video_2 -- blue metal cylinder", "videos": ["videos/clvr/video_validation/video_10865.mp4", "videos/clvr/video_validation/video_10866.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.31 (Object: purple sphere)\n- Video 2 peak velocity: 2.92 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Comparative_Reasoning", "task": "Kinematic_Comparison", "question": "Given two videos showing the same scene, identify which object has the highest peak velocity.", "options": ["A) video_1 -- cyan rubber sphere", "B) video_2 -- brown rubber cube", "C) video_1 -- red metal sphere", "D) video_2 -- blue rubber cylinder"], "answer": "D) video_2 -- blue rubber cylinder", "videos": ["videos/clvr/video_validation/video_10817.mp4", "videos/clvr/video_validation/video_10818.mp4"], "video_ranges": [], "reasoning": "- Video 1 peak velocity: 2.67 (Object: cyan sphere)\n- Video 2 peak velocity: 2.92 (Object: blue cylinder)\n\nComparison: Video 2 shows a higher peak velocity."}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'shower wall' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 9", "D) 8"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shelf / cabinet' and 'tv' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'mirror' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 9", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'sliding glass door' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 9", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 11", "C) 10", "D) 7"], "answer": "B) 11", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bath wall', 'bathroom shelf' and 'shower wall' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 10", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shelving' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 8", "D) 7"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'mirror' and 'shelf' are present in this scene in total?", "options": ["A) 12", "B) 8", "C) 9", "D) 11"], "answer": "A) 12", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 5", "D) 8"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'mirror' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'laundry machine' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'fireplace' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'mirror' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 5", "D) 7"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bath sink', 'door' and 'shower wall' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 9", "D) 8"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'staircase handrail' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 6", "D) 7"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet mirror wall' and 'mirror' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 5", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'painting' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'office chair' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 8"], "answer": "A) 9", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'oven' and 'painting' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'shower wall' and 'wash cabinet' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route48/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route48/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route48/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen utensil' and 'kitchen wall' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 7", "D) 8"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shelf / cabinet' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 7", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'exercise bike' and 'mirror' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 7", "D) 8"], "answer": "B) 6", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower wall cubby' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 7", "D) 8"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair', 'tv' and 'washer-dryer' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 6", "D) 9"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'shower wall' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'ceiling under staircase', 'door' and 'sink' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 8", "D) 6"], "answer": "A) 9", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bench' and 'door' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 8", "D) 11"], "answer": "D) 11", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bulletin board', 'dining table' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 8", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'kitchen wall' and 'washing machine' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub', 'desk' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 9"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'shelving' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'boiler', 'door' and 'hanger' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 9", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 9"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom glass', 'furnace' and 'mirror' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 9", "D) 6"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'tv' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 8", "D) 7"], "answer": "A) 9", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 7", "D) 6"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'ice maker' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 10", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'handbag' and 'window' are present in this scene in total?", "options": ["A) 11", "B) 8", "C) 12", "D) 9"], "answer": "C) 12", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'toilet' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 7", "D) 6"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'painting' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 5", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace', 'oven' and 'shower wall' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 10", "D) 8"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 5", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'tv' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'window' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 7", "D) 8"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom counter' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'laundry machine' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 5", "C) 6", "D) 8"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'toilet' are present in this scene in total?", "options": ["A) 7", "B) 11", "C) 10", "D) 8"], "answer": "C) 10", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'sink' and 'washing machine' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'heater' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 7"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'led tv' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom cabinet' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 5", "D) 7"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'ironing board' and 'painting' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 10", "B) 11", "C) 7", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'kitchen cabinet' and 'staircase handrail' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'refrigerator' and 'shower cabin' are present in this scene in total?", "options": ["A) 12", "B) 8", "C) 11", "D) 9"], "answer": "C) 11", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'coffee machine' and 'window' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'toilet' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'oven', 'painting' and 'refrigerator' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 10", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'mirror frame' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair' and 'door' are present in this scene in total?", "options": ["A) 14", "B) 10", "C) 12", "D) 11"], "answer": "A) 14", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bath wall', 'mirror' and 'shower wall' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed sheet', 'door' and 'washing machine' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 9", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'shower wall' and 'sofa' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "A) 7", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board', 'broom' and 'heater' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'bed' and 'fireplace' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 7", "D) 5"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom glass', 'couch' and 'table lamp' are present in this scene in total?", "options": ["A) 4", "B) 7", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route69/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route69/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route69/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'kitchen cabinet' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'refrigerator' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 6", "D) 8"], "answer": "A) 10", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror frame' and 'window' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bench' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 8", "D) 5"], "answer": "A) 9", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'monitor', 'sliding glass door' and 'sofa' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route16/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'tv' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'kitchen wall' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 6", "D) 8"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'kitchen cabinet' and 'washbasin counter' are present in this scene in total?", "options": ["A) 9", "B) 10", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'laundry machine' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'kitchen cabinet' and 'refrigerator' are present in this scene in total?", "options": ["A) 6", "B) 10", "C) 8", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'led tv' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 9", "D) 6"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'led tv' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 5", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'storage cabinet' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 5", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'tv' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'coffee machine' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen lower cabinet' and 'mirror' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower wall' and 'window' are present in this scene in total?", "options": ["A) 10", "B) 11", "C) 8", "D) 12"], "answer": "B) 11", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'sofa' are present in this scene in total?", "options": ["A) 11", "B) 9", "C) 12", "D) 8"], "answer": "C) 12", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed sheet', 'door' and 'kitchen wall' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 8"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'tv' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door', 'door' and 'hanger' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 10", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 7", "D) 9"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fan', 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'storage cabinet' and 'window' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'refrigerator' and 'sign' are present in this scene in total?", "options": ["A) 10", "B) 9", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'mirror' and 'oven and stove' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair', 'fireplace wall' and 'mirror' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'shower wall' and 'window' are present in this scene in total?", "options": ["A) 9", "B) 5", "C) 6", "D) 7"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom counter', 'door' and 'toilet' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 7"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen wall' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'picture' and 'shower door frame' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'broom' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'kitchen cabinet' and 'wall clock' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 8", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'oven' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 5", "D) 9"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'shower cabin' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'handbag' and 'refrigerator' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 9", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bench', 'fireplace wall' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 11", "D) 9"], "answer": "C) 11", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'shower wall' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 9", "D) 6"], "answer": "A) 10", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom cabinet' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'coat hanger' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'picture' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door', 'door' and 'heater' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'recessed wall' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 6", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror', 'shower cabin' and 'window' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 10"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'mirror' and 'shelf' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'closet door' and 'display cabinet' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'fireplace' and 'tv' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 10", "D) 9"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route20/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route20/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route20/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror', 'panel' and 'shower wall' are present in this scene in total?", "options": ["A) 10", "B) 8", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'hanger' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clothes rack', 'door' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 11", "C) 12", "D) 10"], "answer": "A) 9", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'l-shaped sofa' and 'shelf' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 8", "D) 7"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'window' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'bathroom cabinet' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 9", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed sheet', 'coat hanger' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'panel' and 'shower door frame' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'mirror' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 5", "C) 7", "D) 8"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clothes rack' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'display cabinet' and 'door' are present in this scene in total?", "options": ["A) 9", "B) 11", "C) 8", "D) 12"], "answer": "A) 9", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'painting' and 'shower door frame' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 8", "D) 7"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'boiler', 'door' and 'heater' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'kitchen cabinet' and 'storage cabinet' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 9"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door', 'sliding glass door' and 'washing machine' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'sofa' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "C) 7", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'boiler', 'door' and 'heater' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bath sink', 'door' and 'storage cabinet' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'sofa' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 6", "D) 7"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'heater' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 9"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'island' and 'mirror' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 5", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower wall' and 'tv' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 8", "D) 7"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door', 'couch' and 'door' are present in this scene in total?", "options": ["A) 10", "B) 9", "C) 8", "D) 6"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'rack' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'l-shaped sofa', 'mirror' and 'oven and stove' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower door frame' and 'washbasin counter' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 6", "D) 7"], "answer": "A) 8", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board', 'broom' and 'closet door' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 7", "D) 8"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clothes rack', 'door' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 10"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'refrigerator' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub', 'door' and 'shower wall' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 6", "D) 7"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board' and 'heater' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower wall' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 7", "D) 6"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub', 'bed' and 'picture' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 10", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'board' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'heater' and 'mirror' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet' and 'mirror' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 5", "D) 8"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board' and 'closet door' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 8", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'heater' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 11", "B) 8", "C) 7", "D) 10"], "answer": "D) 10", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'painting' and 'shower wall' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 10"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'hanger' and 'laundry machine' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bath sink' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'picture' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 9", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 5"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'heater', 'kitchen island' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 9", "D) 6"], "answer": "A) 8", "videos": ["videos/habitat_data/general/val/GLAQ4DNUx5U/cam0/cam0.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam1/cam1.mp4", "videos/habitat_data/general/val/GLAQ4DNUx5U/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'refrigerator' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 9", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board', 'heater' and 'laundry machine' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 10", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'table' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet', 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 9", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'picture' and 'shower wall' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 9", "D) 6"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom counter', 'door' and 'refrigerator' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror', 'painting' and 'shower wall' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 9", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'refrigerator' and 'shower wall cubby' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 7", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'kitchen cabinet' and 'shower door frame' are present in this scene in total?", "options": ["A) 6", "B) 10", "C) 7", "D) 9"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'sliding glass door' and 'washing machine' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'shower wall' and 'tv' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'calendar', 'door' and 'oven and stove' are present in this scene in total?", "options": ["A) 9", "B) 12", "C) 11", "D) 8"], "answer": "C) 11", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'kitchen cabinet' and 'panel' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 10", "D) 9"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 8", "D) 11"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'picture' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 9", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'painting' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 7", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk', 'sofa' and 'tv' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'painting' and 'panel' are present in this scene in total?", "options": ["A) 11", "B) 7", "C) 8", "D) 10"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror', 'shower wall' and 'tv stand' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub', 'kitchen cabinet' and 'picture' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 9"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'island', 'l-shaped sofa' and 'mirror' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 8", "D) 6"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'tv' and 'tv stand' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'office chair' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'refrigerator' and 'staircase handrail' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'kitchen island' and 'storage cabinet' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 10", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom counter', 'mirror' and 'shower cabin' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 6", "D) 10"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'couch' and 'mirror' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace' and 'mirror' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'led tv' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 9", "D) 6"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'oven and stove' and 'window' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 9"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'boiler' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'mirror' are present in this scene in total?", "options": ["A) 7", "B) 11", "C) 8", "D) 10"], "answer": "B) 11", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'dresser' and 'printer' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 6", "D) 10"], "answer": "C) 6", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'oven' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 7", "D) 6"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bath wall' and 'shower wall' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'toilet' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 9", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace wall' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 9", "D) 6"], "answer": "B) 10", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'shower door' are present in this scene in total?", "options": ["A) 7", "B) 4", "C) 5", "D) 6"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route45/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route45/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route45/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'kitchen wall' and 'sink' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dresser', 'refrigerator' and 'washer-dryer' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'picture' and 'toilet' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 10", "D) 8"], "answer": "C) 10", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table', 'door' and 'window' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower door frame' and 'shower tap' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 9", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'sink cabinet' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 5"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'painting' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 9", "D) 7"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'storage cabinet' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 5", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'refrigerator' and 'sign' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 11", "D) 12"], "answer": "C) 11", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'mirror' and 'shelving' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 10", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace', 'range hood' and 'shower wall' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 9", "D) 10"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 7", "D) 6"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'coffee machine', 'door' and 'handbag' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door', 'door' and 'nightstand' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shelf' and 'shower tub' are present in this scene in total?", "options": ["A) 12", "B) 8", "C) 9", "D) 11"], "answer": "A) 12", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'couch' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 7", "D) 8"], "answer": "B) 5", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'iron board' and 'recliner' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'basket', 'mirror' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair' and 'tv' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace wall' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'washing machine' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'dresser' and 'washer-dryer' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'led tv' and 'picture' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 10", "D) 11"], "answer": "C) 10", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'l-shaped sofa' and 'mirror' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 7", "D) 8"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clock' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 5", "D) 6"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'kitchen island' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'window' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 7", "D) 5"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'mirror' and 'washer-dryer' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 10"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'shower door frame', 'shower wall' and 'wash cabinet' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 9", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route48/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route48/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route48/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route21/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'window' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 9", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'laundry machine' are present in this scene in total?", "options": ["A) 11", "B) 12", "C) 8", "D) 9"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'plant' are present in this scene in total?", "options": ["A) 11", "B) 8", "C) 10", "D) 7"], "answer": "A) 11", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'couch' and 'mirror' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 10"], "answer": "B) 7", "videos": ["videos/habitat_data/general/val/XB4GS9ShBRE/cam0/cam0.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam1/cam1.mp4", "videos/habitat_data/general/val/XB4GS9ShBRE/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'furnace' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 7", "D) 6"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bath wall', 'bathroom shelf' and 'stair handle' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 8", "D) 11"], "answer": "D) 11", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair', 'couch' and 'mirror' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 6", "D) 7"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'led tv' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'couch' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route28/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route28/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route28/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'picture' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 9", "D) 7"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'island' and 'oven and stove' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 12", "D) 11"], "answer": "D) 11", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower door frame' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 8", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'desk' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 7"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'staircase handrail' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 6", "D) 7"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'storage cabinet' and 'window' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 8", "D) 6"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'thermostat' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 11", "D) 7"], "answer": "B) 10", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'fireplace' and 'mirror' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 10", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 5", "D) 6"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route17/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route17/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route17/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror', 'refrigerator' and 'window' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 10"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'hanger' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk' and 'door' are present in this scene in total?", "options": ["A) 10", "B) 8", "C) 7", "D) 11"], "answer": "D) 11", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'iron board' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 6", "D) 8"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'laundry machine', 'mirror' and 'shower wall' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 7", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'tv' are present in this scene in total?", "options": ["A) 14", "B) 12", "C) 10", "D) 11"], "answer": "B) 12", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'oven' and 'refrigerator' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 10", "D) 8"], "answer": "C) 10", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'oven and stove' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route95/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route95/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route95/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'folding chair' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom cabinet', 'bed' and 'dresser' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 9", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route17/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route17/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route17/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom cabinet', 'bed' and 'door' are present in this scene in total?", "options": ["A) 12", "B) 9", "C) 11", "D) 10"], "answer": "D) 10", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom counter', 'dining table' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 8", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'picture' and 'tv stand' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clock', 'door' and 'toilet' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 10"], "answer": "D) 10", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'microwave' and 'refrigerator' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 8", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'shower wall' and 'table' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 8", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'shower cabin' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'led tv' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 5", "D) 8"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'refrigerator' and 'window' are present in this scene in total?", "options": ["A) 12", "B) 9", "C) 11", "D) 8"], "answer": "A) 12", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'heater' and 'laundry machine' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bench', 'door' and 'shelf' are present in this scene in total?", "options": ["A) 9", "B) 12", "C) 8", "D) 11"], "answer": "B) 12", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'recliner' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 5"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'laundry machine' and 'shower wall' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair' and 'washer-dryer' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'kitchen lower cabinet' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route54/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route54/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route54/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed sheet', 'door' and 'sink' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'toilet' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'microwave', 'monitor' and 'sliding glass door' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route16/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'shower wall' and 'washbasin counter' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clock' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 7", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'painting' and 'refrigerator' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'exercise bike', 'recessed wall' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 8", "B) 4", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 9"], "answer": "B) 5", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'coat hanger' and 'window' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board', 'door' and 'heater' are present in this scene in total?", "options": ["A) 10", "B) 8", "C) 7", "D) 6"], "answer": "A) 10", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'ceiling under staircase' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'shower wall' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'kitchen island' are present in this scene in total?", "options": ["A) 9", "B) 11", "C) 8", "D) 12"], "answer": "D) 12", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace', 'fireplace wall' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 11", "B) 7", "C) 10", "D) 8"], "answer": "A) 11", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed sheet' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'sliding glass door' and 'window' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 10", "D) 11"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower floor' and 'washbasin counter' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 9"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk', 'door' and 'office chair' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'coffee table' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 9", "D) 8"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'heater' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 5"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom counter' and 'mirror' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'led tv' and 'microwave' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/general/val/TEEsavR23oF/cam0/cam0.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam1/cam1.mp4", "videos/habitat_data/general/val/TEEsavR23oF/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'window' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'broom' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 9", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'door' and 'tv' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 7", "D) 8"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'podium' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'furnace' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen wall' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 8", "D) 7"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'island', 'mirror' and 'toilet' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 5", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'sofa' and 'washbasin counter' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 8", "D) 6"], "answer": "B) 9", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'mirror' and 'office chair' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 11", "D) 9"], "answer": "A) 10", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 5", "D) 7"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'oven' and 'storage cabinet' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 10", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom counter', 'mirror' and 'window' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'flag', 'kitchen cabinet' and 'led tv' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace', 'handbag' and 'window' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'heater' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 5", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 5"], "answer": "C) 9", "videos": ["videos/habitat_data/general/val/Dd4bFSTQ8gi/cam0/cam0.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam1/cam1.mp4", "videos/habitat_data/general/val/Dd4bFSTQ8gi/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clothes dryer' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'side table' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'refrigerator' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 5", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 6", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'laptop' and 'mirror' are present in this scene in total?", "options": ["A) 10", "B) 8", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 9", "D) 7"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clothes rack', 'kitchen cabinet' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'painting' are present in this scene in total?", "options": ["A) 7", "B) 11", "C) 8", "D) 10"], "answer": "B) 11", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 7", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table' and 'window' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'broom', 'closet door' and 'door' are present in this scene in total?", "options": ["A) 11", "B) 8", "C) 12", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'armchair', 'bathroom counter' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 8", "D) 6"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair' and 'mirror' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'washing machine' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 5", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'oven and stove' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 5", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'picture', 'shower wall' and 'toilet' are present in this scene in total?", "options": ["A) 10", "B) 8", "C) 6", "D) 7"], "answer": "A) 10", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'storage cabinet' and 'window' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 9", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route33/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror', 'shower cabin' and 'tv' are present in this scene in total?", "options": ["A) 10", "B) 9", "C) 8", "D) 6"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'broom', 'door' and 'laundry machine' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clock' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace wall', 'mirror' and 'refrigerator' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 10", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'furnace', 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 7", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 9", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'refrigerator' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower door frame' and 'washbasin counter' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'storage cabinet' and 'table' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 8", "D) 7"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower cabin' are present in this scene in total?", "options": ["A) 8", "B) 10", "C) 6", "D) 7"], "answer": "B) 10", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board', 'couch' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair', 'door' and 'kitchen island' are present in this scene in total?", "options": ["A) 12", "B) 11", "C) 15", "D) 13"], "answer": "C) 15", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace wall' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 8", "D) 10"], "answer": "D) 10", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom glass' and 'mirror' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'kitchen wall' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 5", "D) 8"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table' and 'mirror' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'panel' and 'sofa' are present in this scene in total?", "options": ["A) 4", "B) 8", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'broom', 'door' and 'laundry machine' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 9", "D) 6"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'clock', 'door' and 'toilet' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fan' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'bed sheet' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table', 'door' and 'sliding glass door' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 8", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'picture' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 11", "D) 10"], "answer": "D) 10", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 10", "D) 11"], "answer": "C) 10", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board', 'freezer' and 'heater' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 8", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'chest of drawers' and 'table' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 7", "D) 8"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'stove' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 9", "D) 5"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route51/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route51/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route51/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'kitchen wall' and 'sink' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'oven and stove' and 'refrigerator' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting', 'shower wall' and 'tv stand' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'kitchen cabinet' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 9"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'nightstand' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'table' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'painting' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'folding chair' and 'kitchen wall' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'toilet' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 5", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'kitchen cabinet' and 'shower door frame' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 9", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'rack' and 'storage cabinet' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 7", "D) 8"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 5"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'chair', 'coffee maker' and 'refrigerator' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 4", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route52/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'l-shaped sofa' and 'oven and stove' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 7", "D) 6"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk', 'door' and 'panel' are present in this scene in total?", "options": ["A) 11", "B) 10", "C) 7", "D) 8"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'kitchen cabinet' and 'recessed wall' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'heater' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 9"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'tv' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 10", "D) 11"], "answer": "C) 10", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'case', 'ironing board' and 'painting' are present in this scene in total?", "options": ["A) 11", "B) 8", "C) 9", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route67/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route67/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route67/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet', 'door' and 'oven and stove' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 9", "D) 8"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'picture' and 'shower door frame' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 10"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'refrigerator cabinet' and 'table' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 6", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'door' and 'nightstand' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting', 'table lamp' and 'washing machine' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 9", "D) 6"], "answer": "C) 9", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'dining table' and 'door' are present in this scene in total?", "options": ["A) 11", "B) 9", "C) 7", "D) 8"], "answer": "A) 11", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower door frame' and 'tv' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "B) 7", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 9", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'hanger' and 'laundry machine' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 9", "D) 6"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 7", "D) 9"], "answer": "D) 9", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'mirror frame' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'sofa' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 5", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'table' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'nightstand' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'patio chair' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 9", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet', 'oven and stove' and 'window' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 10"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting', 'panel' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'storage cabinet' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 5", "D) 8"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' and 'door' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 7", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'fan' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route54/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route54/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route54/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'l-shaped sofa' and 'mirror' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 8", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower door frame' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 9", "B) 11", "C) 12", "D) 8"], "answer": "B) 11", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'laundry machine' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 8", "D) 7"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'table lamp' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 7", "D) 8"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route50/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'calendar' and 'mirror' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 8", "D) 6"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting', 'panel' and 'sofa' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 9"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'recessed wall' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'heater' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 7", "D) 8"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'fan' and 'painting' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 7"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'display cabinet' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'tv' and 'tv stand' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 8", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'refrigerator cabinet' and 'storage cabinet' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 10", "D) 7"], "answer": "A) 9", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door' and 'door' are present in this scene in total?", "options": ["A) 9", "B) 7", "C) 5", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'couch', 'painting' and 'washing machine' are present in this scene in total?", "options": ["A) 10", "B) 6", "C) 8", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route17/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route17/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route17/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 5"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'painting' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'storage cabinet' and 'table' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 9"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'board', 'closet door' and 'door' are present in this scene in total?", "options": ["A) 8", "B) 12", "C) 11", "D) 10"], "answer": "D) 10", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathroom glass' and 'painting' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'display cabinet' and 'window' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 10", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub', 'door' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 7", "B) 10", "C) 11", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen island' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 8", "D) 7"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 11", "B) 8", "C) 10", "D) 7"], "answer": "C) 10", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'panel' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 5", "D) 6"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'storage cabinet' and 'table' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 10", "D) 8"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table', 'door' and 'mirror frame' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk', 'painting' and 'sofa' are present in this scene in total?", "options": ["A) 10", "B) 8", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' and 'refrigerator cabinet' are present in this scene in total?", "options": ["A) 8", "B) 5", "C) 6", "D) 9"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'painting' and 'shower floor' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 8"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower floor' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'display cabinet' and 'window' are present in this scene in total?", "options": ["A) 8", "B) 9", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'sofa' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 6", "D) 8"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table' and 'mirror' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'kitchen cabinet' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 5", "D) 6"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'island' and 'mirror' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower floor' are present in this scene in total?", "options": ["A) 5", "B) 7", "C) 8", "D) 6"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet', 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'painting' and 'shower wall' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 9", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'mirror frame' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 7", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower tap' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 6", "D) 7"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'l-shaped sofa' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 10"], "answer": "D) 10", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 5", "D) 8"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'sliding glass door' are present in this scene in total?", "options": ["A) 8", "B) 6", "C) 7", "D) 5"], "answer": "B) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 5", "D) 7"], "answer": "A) 9", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'refrigerator' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 7", "D) 8"], "answer": "C) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'sofa' are present in this scene in total?", "options": ["A) 6", "B) 9", "C) 7", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet' and 'door' are present in this scene in total?", "options": ["A) 7", "B) 11", "C) 8", "D) 10"], "answer": "B) 11", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk', 'door' and 'painting' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 9"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'oven and stove' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 6", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk' and 'door' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 8", "D) 5"], "answer": "A) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table' and 'door' are present in this scene in total?", "options": ["A) 5", "B) 8", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'sofa' are present in this scene in total?", "options": ["A) 7", "B) 5", "C) 6", "D) 8"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'shower wall cubby' and 'window' are present in this scene in total?", "options": ["A) 7", "B) 9", "C) 6", "D) 8"], "answer": "B) 9", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub', 'door' and 'shower wall' are present in this scene in total?", "options": ["A) 10", "B) 11", "C) 9", "D) 12"], "answer": "A) 10", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'l-shaped sofa' and 'shower wall cubby' are present in this scene in total?", "options": ["A) 8", "B) 7", "C) 6", "D) 9"], "answer": "A) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'desk', 'kitchen cabinet' and 'painting' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 7", "D) 6"], "answer": "D) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet', 'door' and 'sliding glass door' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 9"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'shower tap' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 8", "D) 7"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'shower wall cubby' are present in this scene in total?", "options": ["A) 9", "B) 6", "C) 8", "D) 7"], "answer": "C) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'shower wall', 'sofa' and 'toilet' are present in this scene in total?", "options": ["A) 10", "B) 7", "C) 8", "D) 6"], "answer": "B) 7", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' and 'oven and stove' are present in this scene in total?", "options": ["A) 7", "B) 6", "C) 8", "D) 5"], "answer": "A) 7", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'painting' and 'shower wall' are present in this scene in total?", "options": ["A) 9", "B) 8", "C) 6", "D) 5"], "answer": "D) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'display cabinet' and 'window' are present in this scene in total?", "options": ["A) 5", "B) 6", "C) 9", "D) 8"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'picture' and 'washbasin counter' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 10", "D) 9"], "answer": "B) 8", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door', 'oven and stove' and 'shower wall cubby' are present in this scene in total?", "options": ["A) 6", "B) 7", "C) 10", "D) 8"], "answer": "D) 8", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet', 'painting' and 'sofa' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 6", "D) 9"], "answer": "C) 6", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'dining table' and 'mirror frame' are present in this scene in total?", "options": ["A) 7", "B) 8", "C) 5", "D) 6"], "answer": "C) 5", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'door' and 'washbasin counter' are present in this scene in total?", "options": ["A) 6", "B) 5", "C) 7", "D) 8"], "answer": "B) 5", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'closet door' and 'sliding glass door' are present in this scene in total?", "options": ["A) 5", "B) 9", "C) 6", "D) 8"], "answer": "A) 5", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Object_Counting", "question": "Based on the combined exploration in all 3 videos, how many distinct instances of 'bed', 'door' and 'toilet' are present in this scene in total?", "options": ["A) 6", "B) 8", "C) 9", "D) 7"], "answer": "D) 7", "videos": ["videos/habitat_data/general/val/QaLdnwvtxbs/cam0/cam0.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam1/cam1.mp4", "videos/habitat_data/general/val/QaLdnwvtxbs/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the newspaper, ceiling lamp, couch> to Region 2 <room with the bath faucet, mirror, ventilation hood>?", "options": ["A) Region 1 <room with the newspaper, ceiling lamp, couch> -> room with the sauna heater, rail, spa bench -> room with the sensor, picture -> Region 2 <room with the bath faucet, mirror, ventilation hood>", "B) Region 1 <room with the newspaper, ceiling lamp, couch> -> room with the sensor, picture -> room with the sauna heater, rail, spa bench -> Region 2 <room with the bath faucet, mirror, ventilation hood>", "C) Region 1 <room with the newspaper, ceiling lamp, couch> -> room with the sauna heater, rail, spa bench -> Region 2 <room with the bath faucet, mirror, ventilation hood>", "D) Region 1 <room with the newspaper, ceiling lamp, couch> -> room with the sensor, picture -> Region 2 <room with the bath faucet, mirror, ventilation hood>"], "answer": "D) Region 1 <room with the newspaper, ceiling lamp, couch> -> room with the sensor, picture -> Region 2 <room with the bath faucet, mirror, ventilation hood>", "videos": ["videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mL8ThkuaVTM/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet, bathroom shelf, decoration> to Region 2 <room with the coat hanger, bench, backpack>?", "options": ["A) Region 1 <room with the toilet, bathroom shelf, decoration> -> room with the curtain rail, fireplace, plant -> Region 2 <room with the coat hanger, bench, backpack>", "B) Region 1 <room with the toilet, bathroom shelf, decoration> -> room with the end table, bed -> room with the curtain rail, fireplace, plant -> Region 2 <room with the coat hanger, bench, backpack>", "C) Region 1 <room with the toilet, bathroom shelf, decoration> -> room with the curtain rail, fireplace, plant -> room with the end table, bed -> Region 2 <room with the coat hanger, bench, backpack>", "D) Region 1 <room with the toilet, bathroom shelf, decoration> -> room with the end table, bed -> Region 2 <room with the coat hanger, bench, backpack>"], "answer": "A) Region 1 <room with the toilet, bathroom shelf, decoration> -> room with the curtain rail, fireplace, plant -> Region 2 <room with the coat hanger, bench, backpack>", "videos": ["videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/bxsVRursffK/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the vase, lamp, decoration> to Region 2 <room with the smoke alarm, vase, ceiling lamp>?", "options": ["A) Region 1 <room with the vase, lamp, decoration> -> room with the toilet, flower vase -> Region 2 <room with the smoke alarm, vase, ceiling lamp>", "B) Region 1 <room with the vase, lamp, decoration> -> room with the box with books, furnace, oven and stove -> room with the ceiling fan, alarm clock, bed -> Region 2 <room with the smoke alarm, vase, ceiling lamp>", "C) Region 1 <room with the vase, lamp, decoration> -> room with the smoke alarm, decoration, mirror -> room with the vase, decoration, ceiling lamp -> Region 2 <room with the smoke alarm, vase, ceiling lamp>", "D) Region 1 <room with the vase, lamp, decoration> -> room with the toilet, flower vase, trashcan -> room with the door window, support beam, cabinet -> Region 2 <room with the smoke alarm, vase, ceiling lamp>"], "answer": "B) Region 1 <room with the vase, lamp, decoration> -> room with the box with books, furnace, oven and stove -> room with the ceiling fan, alarm clock, bed -> Region 2 <room with the smoke alarm, vase, ceiling lamp>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route79/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route79/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route79/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower floor, shower rod, toilet brush> to Region 2 <room with the shower dial, shower cabin, showerhead>?", "options": ["A) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the curtain rod, smoke detector, curtain -> Region 2 <room with the shower dial, shower cabin, showerhead>", "B) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the shower dial, shower cabin, showerhead>", "C) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the vacuum cleaner, painting, cabinet -> Region 2 <room with the shower dial, shower cabin, showerhead>", "D) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the vacuum cleaner, cabinet, curtain -> Region 2 <room with the shower dial, shower cabin, showerhead>"], "answer": "C) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the vacuum cleaner, painting, cabinet -> Region 2 <room with the shower dial, shower cabin, showerhead>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fire alarm, plate> to Region 2 <room with the kitchen shelf, bottle of soap, towel>?", "options": ["A) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the casket, electrical controller, tissue box -> room with the wardrobe, electrical controller, bed -> Region 2 <room with the kitchen shelf, bottle of soap, towel>", "B) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the decorative plate, fire alarm, fireplace -> Region 2 <room with the kitchen shelf, bottle of soap, towel>", "C) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the window curtain, alarm, picture -> room with the electrical controller, chandelier, tissue box -> Region 2 <room with the kitchen shelf, bottle of soap, towel>", "D) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the oven and stove, sink, flag -> Region 2 <room with the kitchen shelf, bottle of soap, towel>"], "answer": "D) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the oven and stove, sink, flag -> Region 2 <room with the kitchen shelf, bottle of soap, towel>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the clock, decor, bed>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the shower curtain, toilet, cosmetics -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the clock, decor, bed>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the sofa, basket, rug -> Region 2 <room with the clock, decor, bed>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the sofa, basket, rug -> Region 2 <room with the clock, decor, bed>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the clock, decor, bed>"], "answer": "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the sofa, basket, rug -> Region 2 <room with the clock, decor, bed>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route12/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen cabinet, note, sprinkler> to Region 2 <room with the shower tap, shower floor, shower wall>?", "options": ["A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, bin, statue -> Region 2 <room with the shower tap, shower floor, shower wall>", "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the bathtub utensil, soap, bathtub -> Region 2 <room with the shower tap, shower floor, shower wall>", "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the magazine, shelf, hanger -> room with the clothes, mirror, magazine -> Region 2 <room with the shower tap, shower floor, shower wall>", "D) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the shower ceiling, shower wall -> Region 2 <room with the shower tap, shower floor, shower wall>"], "answer": "A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, bin, statue -> Region 2 <room with the shower tap, shower floor, shower wall>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, shower curtain rod, bath mat> to Region 2 <room with the fuse box, washer-dryer, cabinet>?", "options": ["A) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the blanket, ceiling fan, nightstand -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "B) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the bathtub, hook, bathtub platform -> room with the remote control, fire alarm, book -> room with the air conditioner, thermostat, light fixture -> room with the decoration, blanket, ceiling fan -> room with the coffee maker, sofa, cooker -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "C) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the rug, thermostat, mirror -> room with the decoration, ceiling fan, bed -> room with the showerhead, shower valve, bathroom cabinet -> room with the bathtub, bathtub platform, sink cabinet -> room with the chest of drawers, light, ceiling fan -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "D) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the thermostat, light fixture, rug -> room with the thermostat, remote control, fire alarm -> room with the remote control, stool, ceiling fan -> Region 2 <room with the fuse box, washer-dryer, cabinet>"], "answer": "B) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the bathtub, hook, bathtub platform -> room with the remote control, fire alarm, book -> room with the air conditioner, thermostat, light fixture -> room with the decoration, blanket, ceiling fan -> room with the coffee maker, sofa, cooker -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower stand, desk, armchair> to Region 2 <room with the bench, handbag, vent>?", "options": ["A) Region 1 <room with the flower stand, desk, armchair> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, handbag, vent>", "B) Region 1 <room with the flower stand, desk, armchair> -> room with the flower stand, security camera, desk -> room with the ceiling fan, book, fireplace -> Region 2 <room with the bench, handbag, vent>", "C) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, stairs, couch -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, handbag, vent>", "D) Region 1 <room with the flower stand, desk, armchair> -> room with the bench, vent, handbag -> Region 2 <room with the bench, handbag, vent>"], "answer": "C) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, stairs, couch -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, handbag, vent>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the casket, air conditioner, bed> to Region 2 <room with the carpet roll, seat, bedside lamp>?", "options": ["A) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the carpet roll, seat, bedside lamp>", "B) Region 1 <room with the casket, air conditioner, bed> -> room with the support beam, box, smoke detector -> Region 2 <room with the carpet roll, seat, bedside lamp>", "C) Region 1 <room with the casket, air conditioner, bed> -> room with the air conditioner, bed, book -> room with the wall lamp, thermostat, appliance -> Region 2 <room with the carpet roll, seat, bedside lamp>", "D) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> room with the storage shelving, clothes container, appliance -> Region 2 <room with the carpet roll, seat, bedside lamp>"], "answer": "A) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the carpet roll, seat, bedside lamp>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tv, bed, fan> to Region 2 <room with the device, painting, lamp>?", "options": ["A) Region 1 <room with the tv, bed, fan> -> room with the sink cabinet, mirror, toilet -> Region 2 <room with the device, painting, lamp>", "B) Region 1 <room with the tv, bed, fan> -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the device, painting, lamp>", "C) Region 1 <room with the tv, bed, fan> -> room with the high shelf, clothes hanger, shower cabin -> room with the high shelf, liquid soap, clothes hanger -> Region 2 <room with the device, painting, lamp>", "D) Region 1 <room with the tv, bed, fan> -> room with the sink cabinet, high shelf, shower cabin -> room with the clock, ironing board, washing machine -> Region 2 <room with the device, painting, lamp>"], "answer": "D) Region 1 <room with the tv, bed, fan> -> room with the sink cabinet, high shelf, shower cabin -> room with the clock, ironing board, washing machine -> Region 2 <room with the device, painting, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the binder, board, shelf> to Region 2 <room with the tv, brochure, table>?", "options": ["A) Region 1 <room with the binder, board, shelf> -> room with the board, binder, shelf -> Region 2 <room with the tv, brochure, table>", "B) Region 1 <room with the binder, board, shelf> -> room with the stairs, case, tablet -> Region 2 <room with the tv, brochure, table>", "C) Region 1 <room with the binder, board, shelf> -> room with the vase, partition, plant -> Region 2 <room with the tv, brochure, table>", "D) Region 1 <room with the binder, board, shelf> -> room with the window curtain, board, shelf -> Region 2 <room with the tv, brochure, table>"], "answer": "B) Region 1 <room with the binder, board, shelf> -> room with the stairs, case, tablet -> Region 2 <room with the tv, brochure, table>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the recliner, iron board, tv> to Region 2 <room with the flowerpot, bowl of fruit, kettle>?", "options": ["A) Region 1 <room with the recliner, iron board, tv> -> room with the smoke alarm, fire alarm, heater -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "B) Region 1 <room with the recliner, iron board, tv> -> room with the dog bed, shelving, doorpost -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "C) Region 1 <room with the recliner, iron board, tv> -> room with the fire alarm, smoke alarm, mirror -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "D) Region 1 <room with the recliner, iron board, tv> -> room with the fire alarm, smoke alarm, mirror -> room with the dog bed, shelving, doorpost -> Region 2 <room with the flowerpot, bowl of fruit, kettle>"], "answer": "D) Region 1 <room with the recliner, iron board, tv> -> room with the fire alarm, smoke alarm, mirror -> room with the dog bed, shelving, doorpost -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bowl, counter, painting> to Region 2 <room with the staircase handrail, parapet, stairs railing>?", "options": ["A) Region 1 <room with the bowl, counter, painting> -> room with the shelf, bathroom cabinet, toilet -> room with the rug, picture, ceiling lamp -> Region 2 <room with the staircase handrail, parapet, stairs railing>", "B) Region 1 <room with the bowl, counter, painting> -> room with the rug, picture, ceiling lamp -> Region 2 <room with the staircase handrail, parapet, stairs railing>", "C) Region 1 <room with the bowl, counter, painting> -> room with the shelf, bathroom cabinet, toilet -> Region 2 <room with the staircase handrail, parapet, stairs railing>", "D) Region 1 <room with the bowl, counter, painting> -> room with the rug, picture, ceiling lamp -> room with the shelf, bathroom cabinet, toilet -> Region 2 <room with the staircase handrail, parapet, stairs railing>"], "answer": "B) Region 1 <room with the bowl, counter, painting> -> room with the rug, picture, ceiling lamp -> Region 2 <room with the staircase handrail, parapet, stairs railing>", "videos": ["videos/habitat_data/route_plan/val/LT9Jq6dN3Ea/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/LT9Jq6dN3Ea/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/LT9Jq6dN3Ea/route0/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, tv, window shade> to Region 2 <room with the iron board, washing machine, stack of jackets>?", "options": ["A) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, dining table -> room with the mirror, toilet, sink -> Region 2 <room with the iron board, washing machine, stack of jackets>", "B) Region 1 <room with the chest, tv, window shade> -> room with the faucet, oven, fridge -> Region 2 <room with the iron board, washing machine, stack of jackets>", "C) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> room with the faucet, oven, bottles of wine -> Region 2 <room with the iron board, washing machine, stack of jackets>", "D) Region 1 <room with the chest, tv, window shade> -> room with the mirror, toilet, sink -> Region 2 <room with the iron board, washing machine, stack of jackets>"], "answer": "C) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> room with the faucet, oven, bottles of wine -> Region 2 <room with the iron board, washing machine, stack of jackets>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the wall electronics, sconce, ceiling lamp> to Region 2 <room with the dining table, window glass, lampshade>?", "options": ["A) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing stuff, towel ring, countertop -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the dining table, window glass, lampshade>", "B) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing machine and dryer, countertop, ceiling lamp -> Region 2 <room with the dining table, window glass, lampshade>", "C) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the bar, washing stuff, towel ring -> room with the vessel, bucket, fireplace -> Region 2 <room with the dining table, window glass, lampshade>", "D) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the shower cabin, countertop, bathroom towel -> room with the bed, appliance, beam -> Region 2 <room with the dining table, window glass, lampshade>"], "answer": "A) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing stuff, towel ring, countertop -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the dining table, window glass, lampshade>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the mat, stairs railing, air conditioning> to Region 2 <room with the window/door, candle, printer>?", "options": ["A) Region 1 <room with the mat, stairs railing, air conditioning> -> room with the blinds, curtain rod, stairs railing -> Region 2 <room with the window/door, candle, printer>", "B) Region 1 <room with the mat, stairs railing, air conditioning> -> room with the tv, dresser, electrical controller -> room with the blinds, curtain rod, stairs railing -> Region 2 <room with the window/door, candle, printer>", "C) Region 1 <room with the mat, stairs railing, air conditioning> -> room with the blinds, curtain rod, stairs railing -> room with the tv, dresser, electrical controller -> Region 2 <room with the window/door, candle, printer>", "D) Region 1 <room with the mat, stairs railing, air conditioning> -> room with the tv, dresser, electrical controller -> Region 2 <room with the window/door, candle, printer>"], "answer": "D) Region 1 <room with the mat, stairs railing, air conditioning> -> room with the tv, dresser, electrical controller -> Region 2 <room with the window/door, candle, printer>", "videos": ["videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/qyAac8rV8Zk/route0/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, rack, dresser> to Region 2 <room with the shower curtain, towel bar, toilet paper>?", "options": ["A) Region 1 <room with the carpet, rack, dresser> -> room with the couch, cabinet, door knob -> Region 2 <room with the shower curtain, towel bar, toilet paper>", "B) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the shower curtain, towel bar, toilet paper>", "C) Region 1 <room with the carpet, rack, dresser> -> room with the mirror, hanger, rug -> Region 2 <room with the shower curtain, towel bar, toilet paper>", "D) Region 1 <room with the carpet, rack, dresser> -> room with the pillow, nightstand, bed -> Region 2 <room with the shower curtain, towel bar, toilet paper>"], "answer": "B) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the shower curtain, towel bar, toilet paper>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tap, ceiling dome, bowl> to Region 2 <room with the hat, shelf with clutter, shoe>?", "options": ["A) Region 1 <room with the tap, ceiling dome, bowl> -> room with the hanger, clothes rack, clothes -> room with the backpack, hanger, clothes rack -> Region 2 <room with the hat, shelf with clutter, shoe>", "B) Region 1 <room with the tap, ceiling dome, bowl> -> room with the backpack, hanger, clothes rack -> room with the sofa chair, recessed wall, tv -> room with the toilet, bathroom cabinet, bathroom utensil -> Region 2 <room with the hat, shelf with clutter, shoe>", "C) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, appliance, device -> Region 2 <room with the hat, shelf with clutter, shoe>", "D) Region 1 <room with the tap, ceiling dome, bowl> -> room with the sofa chair, recessed wall, tv -> Region 2 <room with the hat, shelf with clutter, shoe>"], "answer": "C) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, appliance, device -> Region 2 <room with the hat, shelf with clutter, shoe>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the range hood, cutting board, chest> to Region 2 <room with the hanger, toilet, washbasin>?", "options": ["A) Region 1 <room with the range hood, cutting board, chest> -> room with the banister, stairs -> room with the bedside table, bed, decoration -> Region 2 <room with the hanger, toilet, washbasin>", "B) Region 1 <room with the range hood, cutting board, chest> -> room with the sheet, blanket, carpet -> room with the faucet, toilet, toilet paper -> Region 2 <room with the hanger, toilet, washbasin>", "C) Region 1 <room with the range hood, cutting board, chest> -> room with the floor lamp, wardrobe, hanger -> room with the glasses, picture, lighter -> Region 2 <room with the hanger, toilet, washbasin>", "D) Region 1 <room with the range hood, cutting board, chest> -> room with the bath, sheet, carpet -> room with the side table, umbrella, rack -> Region 2 <room with the hanger, toilet, washbasin>"], "answer": "A) Region 1 <room with the range hood, cutting board, chest> -> room with the banister, stairs -> room with the bedside table, bed, decoration -> Region 2 <room with the hanger, toilet, washbasin>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route25/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bowl, curtain rod, bed table> to Region 2 <room with the stair handle, stair, carpet>?", "options": ["A) Region 1 <room with the bowl, curtain rod, bed table> -> room with the basket, mat, fire alarm -> Region 2 <room with the stair handle, stair, carpet>", "B) Region 1 <room with the bowl, curtain rod, bed table> -> room with the basket, mat, bin -> Region 2 <room with the stair handle, stair, carpet>", "C) Region 1 <room with the bowl, curtain rod, bed table> -> room with the dresser, carpet -> Region 2 <room with the stair handle, stair, carpet>", "D) Region 1 <room with the bowl, curtain rod, bed table> -> room with the bed, cabinet -> Region 2 <room with the stair handle, stair, carpet>"], "answer": "A) Region 1 <room with the bowl, curtain rod, bed table> -> room with the basket, mat, fire alarm -> Region 2 <room with the stair handle, stair, carpet>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route4/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower floor, bathtub utensil, bathtub> to Region 2 <room with the washing machine, wall clock, stovetop>?", "options": ["A) Region 1 <room with the shower floor, bathtub utensil, bathtub> -> room with the shower dial, shower soap shelf, shower floor -> room with the desk chair, plush toy, casket -> room with the toy, casket, display cabinet -> Region 2 <room with the washing machine, wall clock, stovetop>", "B) Region 1 <room with the shower floor, bathtub utensil, bathtub> -> room with the ventilation, picture, lamp -> room with the monitor, alarm clock, computer -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "C) Region 1 <room with the shower floor, bathtub utensil, bathtub> -> room with the piano bench, piano, antique clock -> room with the shower dial, shower floor, bathtub utensil -> room with the washing machine, basket of something, wall clock -> Region 2 <room with the washing machine, wall clock, stovetop>", "D) Region 1 <room with the shower floor, bathtub utensil, bathtub> -> room with the towel, picture -> room with the plush toy, alarm clock, computer -> room with the clothes rack, blanket, clothes -> Region 2 <room with the washing machine, wall clock, stovetop>"], "answer": "B) Region 1 <room with the shower floor, bathtub utensil, bathtub> -> room with the ventilation, picture, lamp -> room with the monitor, alarm clock, computer -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route16/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, dining table, sink> to Region 2 <room with the utensil, coat hanger, door window>?", "options": ["A) Region 1 <room with the oven and stove, dining table, sink> -> room with the side table, bed, bedside lamp -> Region 2 <room with the utensil, coat hanger, door window>", "B) Region 1 <room with the oven and stove, dining table, sink> -> room with the bed sheet, towel, bedside lamp -> room with the shower rail, faucet, bathroom shelf -> Region 2 <room with the utensil, coat hanger, door window>", "C) Region 1 <room with the oven and stove, dining table, sink> -> room with the shower rail, faucet, toilet -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the utensil, coat hanger, door window>", "D) Region 1 <room with the oven and stove, dining table, sink> -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the utensil, coat hanger, door window>"], "answer": "D) Region 1 <room with the oven and stove, dining table, sink> -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the utensil, coat hanger, door window>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, fire alarm, fan> to Region 2 <room with the dining table, wall lamp, ceiling duct>?", "options": ["A) Region 1 <room with the bed, fire alarm, fan> -> room with the lamp, cabinet, fire alarm -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "B) Region 1 <room with the bed, fire alarm, fan> -> room with the dining table, ceiling duct, wall lamp -> room with the tray, vase, couch -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "C) Region 1 <room with the bed, fire alarm, fan> -> room with the towel, tray, refrigerator -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "D) Region 1 <room with the bed, fire alarm, fan> -> room with the dining table, podium, ceiling duct -> room with the towel, wardrobe, towel bar -> Region 2 <room with the dining table, wall lamp, ceiling duct>"], "answer": "C) Region 1 <room with the bed, fire alarm, fan> -> room with the towel, tray, refrigerator -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bowl of fruit, book, tap> to Region 2 <room with the stack of papers, pad, file cabinet>?", "options": ["A) Region 1 <room with the bowl of fruit, book, tap> -> room with the bathtub, bath cabinet, towel -> room with the stack of papers, file cabinet, hanger -> Region 2 <room with the stack of papers, pad, file cabinet>", "B) Region 1 <room with the bowl of fruit, book, tap> -> room with the painting, tv, table -> room with the rug, food stand, dining table -> Region 2 <room with the stack of papers, pad, file cabinet>", "C) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, chest, flower -> Region 2 <room with the stack of papers, pad, file cabinet>", "D) Region 1 <room with the bowl of fruit, book, tap> -> room with the painting, floor lamp, tv -> room with the food stand, dining table, chandelier -> Region 2 <room with the stack of papers, pad, file cabinet>"], "answer": "C) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, chest, flower -> Region 2 <room with the stack of papers, pad, file cabinet>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the information, exhibition panel, ceiling boarder> to Region 2 <room with the carpet, entrance arch, sofa>?", "options": ["A) Region 1 <room with the information, exhibition panel, ceiling boarder> -> room with the ceiling under stairs, stairs, exhibition window -> room with the arcade, device, arch -> Region 2 <room with the carpet, entrance arch, sofa>", "B) Region 1 <room with the information, exhibition panel, ceiling boarder> -> room with the arcade, device, arch -> room with the ceiling under stairs, stairs, exhibition window -> Region 2 <room with the carpet, entrance arch, sofa>", "C) Region 1 <room with the information, exhibition panel, ceiling boarder> -> room with the ceiling under stairs, stairs, exhibition window -> Region 2 <room with the carpet, entrance arch, sofa>", "D) Region 1 <room with the information, exhibition panel, ceiling boarder> -> room with the arcade, device, arch -> Region 2 <room with the carpet, entrance arch, sofa>"], "answer": "D) Region 1 <room with the information, exhibition panel, ceiling boarder> -> room with the arcade, device, arch -> Region 2 <room with the carpet, entrance arch, sofa>", "videos": ["videos/habitat_data/route_plan/val/k1cupFYWXJ6/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/k1cupFYWXJ6/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/k1cupFYWXJ6/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the container, electric box, desk> to Region 2 <room with the thermostat, mirror, lamp>?", "options": ["A) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> Region 2 <room with the thermostat, mirror, lamp>", "B) Region 1 <room with the container, electric box, desk> -> room with the wardrobe, pillow, towel -> room with the wardrobe, towel, pillow -> Region 2 <room with the thermostat, mirror, lamp>", "C) Region 1 <room with the container, electric box, desk> -> room with the nightstand, wardrobe, towel -> room with the wardrobe, towel, pillow -> Region 2 <room with the thermostat, mirror, lamp>", "D) Region 1 <room with the container, electric box, desk> -> room with the shelf, soap dispenser, mirror -> Region 2 <room with the thermostat, mirror, lamp>"], "answer": "A) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> Region 2 <room with the thermostat, mirror, lamp>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the bed, pillow, chair>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the hanging clothes, bed, shelf -> Region 2 <room with the bed, pillow, chair>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, chair>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the bed, shelf, pillow -> room with the curtain rod, ceiling lamp, fireplace -> Region 2 <room with the bed, pillow, chair>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the rug, bed, mirror -> Region 2 <room with the bed, pillow, chair>"], "answer": "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, chair>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling fan, telephone, alarm clock> to Region 2 <room with the tissue box, faucet, trashcan>?", "options": ["A) Region 1 <room with the ceiling fan, telephone, alarm clock> -> room with the alarm clock, ceiling fan, bed -> room with the patio chair, circular sofa -> Region 2 <room with the tissue box, faucet, trashcan>", "B) Region 1 <room with the ceiling fan, telephone, alarm clock> -> room with the wardrobe, tv, device -> Region 2 <room with the tissue box, faucet, trashcan>", "C) Region 1 <room with the ceiling fan, telephone, alarm clock> -> room with the flower vase, faucet, lamp -> room with the door window, tv, ceiling fan -> Region 2 <room with the tissue box, faucet, trashcan>", "D) Region 1 <room with the ceiling fan, telephone, alarm clock> -> room with the alarm clock, ceiling fan, bed -> room with the shower door, shower mat, bath faucet -> Region 2 <room with the tissue box, faucet, trashcan>"], "answer": "B) Region 1 <room with the ceiling fan, telephone, alarm clock> -> room with the wardrobe, tv, device -> Region 2 <room with the tissue box, faucet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sign, thermostat, painting> to Region 2 <room with the stairs, box, surface>?", "options": ["A) Region 1 <room with the sign, thermostat, painting> -> room with the sign, thermostat, smoke detector -> Region 2 <room with the stairs, box, surface>", "B) Region 1 <room with the sign, thermostat, painting> -> room with the tv, remote control, curtain rod -> Region 2 <room with the stairs, box, surface>", "C) Region 1 <room with the sign, thermostat, painting> -> room with the tv, remote control, curtain rod -> room with the vacuum cleaner, cabinet, curtain -> room with the shower floor, shower rod, cosmetics -> Region 2 <room with the stairs, box, surface>", "D) Region 1 <room with the sign, thermostat, painting> -> room with the sideboard, coffee maker, ventilation hood -> Region 2 <room with the stairs, box, surface>"], "answer": "D) Region 1 <room with the sign, thermostat, painting> -> room with the sideboard, coffee maker, ventilation hood -> Region 2 <room with the stairs, box, surface>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the handle, bathroom shelf, ventilation> to Region 2 <room with the wardrobe, electrical controller, bed>?", "options": ["A) Region 1 <room with the handle, bathroom shelf, ventilation> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the wardrobe, electrical controller, bed>", "B) Region 1 <room with the handle, bathroom shelf, ventilation> -> room with the table lamp, electrical controller, bed -> Region 2 <room with the wardrobe, electrical controller, bed>", "C) Region 1 <room with the handle, bathroom shelf, ventilation> -> room with the decorative plate, fire alarm, balustrade -> Region 2 <room with the wardrobe, electrical controller, bed>", "D) Region 1 <room with the handle, bathroom shelf, ventilation> -> room with the wardrobe, table lamp, electrical controller -> Region 2 <room with the wardrobe, electrical controller, bed>"], "answer": "A) Region 1 <room with the handle, bathroom shelf, ventilation> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the wardrobe, electrical controller, bed>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route24/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route24/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the rug, terrace, tv>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the sofa, rug, terrace -> Region 2 <room with the rug, terrace, tv>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the shower curtain, showerhead, toilet -> room with the clock, bed, blanket -> Region 2 <room with the rug, terrace, tv>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the decor, bed, box -> Region 2 <room with the rug, terrace, tv>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the clock, bed, blanket -> Region 2 <room with the rug, terrace, tv>"], "answer": "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the decor, bed, box -> Region 2 <room with the rug, terrace, tv>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the utensil, toilet, washbasin counter> to Region 2 <room with the bathtub utensil, soap, bathtub>?", "options": ["A) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the utensil, toilet, toilet paper -> Region 2 <room with the bathtub utensil, soap, bathtub>", "B) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the clothes, mirror, magazine -> room with the shelf, cabinet, hanger -> Region 2 <room with the bathtub utensil, soap, bathtub>", "C) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, tv, bin -> room with the shower tap, shower ceiling, shower floor -> Region 2 <room with the bathtub utensil, soap, bathtub>", "D) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, bin, statue -> Region 2 <room with the bathtub utensil, soap, bathtub>"], "answer": "C) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, tv, bin -> room with the shower tap, shower ceiling, shower floor -> Region 2 <room with the bathtub utensil, soap, bathtub>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, shower curtain rod, bath mat> to Region 2 <room with the remote control, stool, ceiling fan>?", "options": ["A) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the towel, bathtub, hook -> Region 2 <room with the remote control, stool, ceiling fan>", "B) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the book, remote control, armchair -> room with the bathtub, bathtub platform, sink cabinet -> Region 2 <room with the remote control, stool, ceiling fan>", "C) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the thermostat, light fixture, rug -> room with the bathtub, hook, bathtub platform -> Region 2 <room with the remote control, stool, ceiling fan>", "D) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the book, remote control, armchair -> room with the bathtub, hook, plant -> Region 2 <room with the remote control, stool, ceiling fan>"], "answer": "A) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the towel, bathtub, hook -> Region 2 <room with the remote control, stool, ceiling fan>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, sensor, stairs> to Region 2 <room with the bench, handbag, vent>?", "options": ["A) Region 1 <room with the rug, sensor, stairs> -> room with the rug, stairs, couch -> Region 2 <room with the bench, handbag, vent>", "B) Region 1 <room with the rug, sensor, stairs> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, handbag, vent>", "C) Region 1 <room with the rug, sensor, stairs> -> room with the flower stand, security camera, desk -> Region 2 <room with the bench, handbag, vent>", "D) Region 1 <room with the rug, sensor, stairs> -> room with the basket, washing machine, balustrade -> Region 2 <room with the bench, handbag, vent>"], "answer": "B) Region 1 <room with the rug, sensor, stairs> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, handbag, vent>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route0/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath wall, shower knob, bathtub> to Region 2 <room with the support beam, smoke detector, washing machine>?", "options": ["A) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, clothes container, appliance -> room with the support beam, sliding door, washing machine -> Region 2 <room with the support beam, smoke detector, washing machine>", "B) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the decorative bowl, bucket, fireplace -> Region 2 <room with the support beam, smoke detector, washing machine>", "C) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the pc tower, decorative bowl, bucket -> Region 2 <room with the support beam, smoke detector, washing machine>", "D) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, appliance, closet storage area -> room with the air conditioner, bed, book -> room with the flowerpot, throw blanket, display cabinet -> Region 2 <room with the support beam, smoke detector, washing machine>"], "answer": "D) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, appliance, closet storage area -> room with the air conditioner, bed, book -> room with the flowerpot, throw blanket, display cabinet -> Region 2 <room with the support beam, smoke detector, washing machine>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the high shelf, liquid soap, clothes hanger> to Region 2 <room with the mirror, lamp>?", "options": ["A) Region 1 <room with the high shelf, liquid soap, clothes hanger> -> room with the clock, washing stuff, ironing board -> room with the sink cabinet, high shelf, shower cabin -> Region 2 <room with the mirror, lamp>", "B) Region 1 <room with the high shelf, liquid soap, clothes hanger> -> room with the clock, washing machine, washing stuff -> room with the doormat, clock, painting -> Region 2 <room with the mirror, lamp>", "C) Region 1 <room with the high shelf, liquid soap, clothes hanger> -> room with the painting, device, lamp -> Region 2 <room with the mirror, lamp>", "D) Region 1 <room with the high shelf, liquid soap, clothes hanger> -> room with the carpet, paper, oven and stove -> room with the office chair, printer, desk -> room with the doormat, clock, painting -> Region 2 <room with the mirror, lamp>"], "answer": "D) Region 1 <room with the high shelf, liquid soap, clothes hanger> -> room with the carpet, paper, oven and stove -> room with the office chair, printer, desk -> room with the doormat, clock, painting -> Region 2 <room with the mirror, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route23/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route23/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route23/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, vase, box> to Region 2 <room with the stairs, case, tablet>?", "options": ["A) Region 1 <room with the desk, vase, box> -> room with the board, binder, shelf -> Region 2 <room with the stairs, case, tablet>", "B) Region 1 <room with the desk, vase, box> -> room with the picture, armchair, shelf -> Region 2 <room with the stairs, case, tablet>", "C) Region 1 <room with the desk, vase, box> -> room with the binder, board, shelf -> room with the flower, towel, kitchen shelf -> Region 2 <room with the stairs, case, tablet>", "D) Region 1 <room with the desk, vase, box> -> room with the stairs, case, computer mouse -> Region 2 <room with the stairs, case, tablet>"], "answer": "A) Region 1 <room with the desk, vase, box> -> room with the board, binder, shelf -> Region 2 <room with the stairs, case, tablet>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flowerpot, kettle, dishwasher> to Region 2 <room with the smoke alarm, fire alarm, heater>?", "options": ["A) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the dog bed, shelving, doorpost -> Region 2 <room with the smoke alarm, fire alarm, heater>", "B) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the ceiling under staircase, staircase handrail, decoration -> room with the recliner, iron board, tv -> Region 2 <room with the smoke alarm, fire alarm, heater>", "C) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the recliner, iron board, tv -> room with the dog bed, shelving, doorpost -> Region 2 <room with the smoke alarm, fire alarm, heater>", "D) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the dog bed, shelving, doorpost -> room with the recliner, iron board, tv -> Region 2 <room with the smoke alarm, fire alarm, heater>"], "answer": "B) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the ceiling under staircase, staircase handrail, decoration -> room with the recliner, iron board, tv -> Region 2 <room with the smoke alarm, fire alarm, heater>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the doormat, stairs, door window> to Region 2 <room with the baby changing table, table cloth, curtain rod cover>?", "options": ["A) Region 1 <room with the doormat, stairs, door window> -> room with the faucet, oven, fridge -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "B) Region 1 <room with the doormat, stairs, door window> -> room with the faucet, sink, oven -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "C) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "D) Region 1 <room with the doormat, stairs, door window> -> room with the washing machine, stack of jackets, clothes dryer -> room with the faucet, oven, bottles of wine -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>"], "answer": "C) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tv stand, window curtain, armchair> to Region 2 <room with the bucket, fireplace, stairs railing>?", "options": ["A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the countertop, bathroom towel, ceiling lamp -> room with the washing stuff, countertop, faucet -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, stairs railing>", "B) Region 1 <room with the tv stand, window curtain, armchair> -> room with the wall electronics, sconce, board -> Region 2 <room with the bucket, fireplace, stairs railing>", "C) Region 1 <room with the tv stand, window curtain, armchair> -> room with the washing stuff, countertop, faucet -> Region 2 <room with the bucket, fireplace, stairs railing>", "D) Region 1 <room with the tv stand, window curtain, armchair> -> room with the bench, statue, door window -> room with the washing machine and dryer, countertop, ceiling lamp -> Region 2 <room with the bucket, fireplace, stairs railing>"], "answer": "A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the countertop, bathroom towel, ceiling lamp -> room with the washing stuff, countertop, faucet -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, stairs railing>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, door knob> to Region 2 <room with the couch, cabinet, door knob>?", "options": ["A) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the pillow, bed, clothes hanger -> Region 2 <room with the couch, cabinet, door knob>", "B) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, cabinet, door knob>", "C) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the shower curtain, mirror, toilet -> Region 2 <room with the couch, cabinet, door knob>", "D) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the towel bar, rug, toilet paper -> Region 2 <room with the couch, cabinet, door knob>"], "answer": "B) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, cabinet, door knob>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plant, device, appliance> to Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>?", "options": ["A) Region 1 <room with the decorative plant, device, appliance> -> room with the sofa chair, recessed wall, tv -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "B) Region 1 <room with the decorative plant, device, appliance> -> room with the tap, flower, ceiling dome -> room with the backpack, hanger, clothes rack -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "C) Region 1 <room with the decorative plant, device, appliance> -> room with the hanger, clothes rack, clothes -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "D) Region 1 <room with the decorative plant, device, appliance> -> room with the tap, flower, ceiling dome -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>"], "answer": "C) Region 1 <room with the decorative plant, device, appliance> -> room with the hanger, clothes rack, clothes -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the umbrella, rack, hearth> to Region 2 <room with the bedside table, bed>?", "options": ["A) Region 1 <room with the umbrella, rack, hearth> -> room with the bathroom cabinet, cosmetics, soap -> Region 2 <room with the bedside table, bed>", "B) Region 1 <room with the umbrella, rack, hearth> -> room with the hearth, remote control, slippers -> Region 2 <room with the bedside table, bed>", "C) Region 1 <room with the umbrella, rack, hearth> -> room with the bedside table, bed, fire detector -> room with the umbrella, rack, fireplace shelf -> Region 2 <room with the bedside table, bed>", "D) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the bedside table, bed>"], "answer": "D) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the bedside table, bed>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the dining table, pillar, dining chair> to Region 2 <room with the vent, bathroom cabinet, mirror>?", "options": ["A) Region 1 <room with the dining table, pillar, dining chair> -> room with the wardrobe, bed table, fire alarm -> room with the desk, chair, dresser -> Region 2 <room with the vent, bathroom cabinet, mirror>", "B) Region 1 <room with the dining table, pillar, dining chair> -> room with the wardrobe, bed table, fire alarm -> Region 2 <room with the vent, bathroom cabinet, mirror>", "C) Region 1 <room with the dining table, pillar, dining chair> -> room with the chair, desk, lamp -> room with the bed table, bedside lamp, bed -> Region 2 <room with the vent, bathroom cabinet, mirror>", "D) Region 1 <room with the dining table, pillar, dining chair> -> room with the wardrobe, bed table, bedside lamp -> room with the basket, mat, fire alarm -> Region 2 <room with the vent, bathroom cabinet, mirror>"], "answer": "D) Region 1 <room with the dining table, pillar, dining chair> -> room with the wardrobe, bed table, bedside lamp -> room with the basket, mat, fire alarm -> Region 2 <room with the vent, bathroom cabinet, mirror>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route13/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route13/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed stand, computer, wall cabinet> to Region 2 <room with the shower dial, toilet, ceiling lamp>?", "options": ["A) Region 1 <room with the bed stand, computer, wall cabinet> -> room with the shower dial, shower soap shelf, shower floor -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "B) Region 1 <room with the bed stand, computer, wall cabinet> -> room with the piano bench, piano, antique clock -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "C) Region 1 <room with the bed stand, computer, wall cabinet> -> room with the alarm clock, bed, bed stand -> room with the toy, casket, display cabinet -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "D) Region 1 <room with the bed stand, computer, wall cabinet> -> room with the towel, rug, picture -> Region 2 <room with the shower dial, toilet, ceiling lamp>"], "answer": "B) Region 1 <room with the bed stand, computer, wall cabinet> -> room with the piano bench, piano, antique clock -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed sheet, towel, bedside lamp> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the folding chair, bin, side table -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the shower rail, faucet, bathroom shelf -> room with the side table, bed, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the utensil, coat hanger, door window -> room with the nightstand, bed sheet, towel -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "A) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the folding chair, bin, side table -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, bed, fire alarm> to Region 2 <room with the dining table, wall lamp, ceiling duct>?", "options": ["A) Region 1 <room with the carpet, bed, fire alarm> -> room with the bathroom cabinet, air conditioner, toilet -> room with the fan, cabinet, bed -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "B) Region 1 <room with the carpet, bed, fire alarm> -> room with the blanket, step, lamp -> room with the wardrobe, towel bar, towel -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "C) Region 1 <room with the carpet, bed, fire alarm> -> room with the towel, tray, refrigerator -> room with the blanket, step, lamp -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "D) Region 1 <room with the carpet, bed, fire alarm> -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, wall lamp, ceiling duct>"], "answer": "C) Region 1 <room with the carpet, bed, fire alarm> -> room with the towel, tray, refrigerator -> room with the blanket, step, lamp -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bowl of fruit, book, tap> to Region 2 <room with the computer mouse, file cabinet, bag>?", "options": ["A) Region 1 <room with the bowl of fruit, book, tap> -> room with the floor lamp, painting, tv -> Region 2 <room with the computer mouse, file cabinet, bag>", "B) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, chest, flower -> room with the plush toy, table, coffee table -> Region 2 <room with the computer mouse, file cabinet, bag>", "C) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "D) Region 1 <room with the bowl of fruit, book, tap> -> room with the wall electronics, plush toy, chest -> Region 2 <room with the computer mouse, file cabinet, bag>"], "answer": "C) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rail, pot, flower vase> to Region 2 <room with the wardrobe, towel, pillow>?", "options": ["A) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> room with the dustbin, bowl, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "B) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> room with the thermostat, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "C) Region 1 <room with the rail, pot, flower vase> -> room with the rail, curtain, pot -> Region 2 <room with the wardrobe, towel, pillow>", "D) Region 1 <room with the rail, pot, flower vase> -> room with the thermostat, lamp -> room with the wardrobe, pillow, towel -> Region 2 <room with the wardrobe, towel, pillow>"], "answer": "B) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> room with the thermostat, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the fireplace, stairs, handrail>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> Region 2 <room with the fireplace, stairs, handrail>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the bed, mirror, rug -> Region 2 <room with the fireplace, stairs, handrail>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, stove, kitchen island -> Region 2 <room with the fireplace, stairs, handrail>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the shower curtain, towel, towel bar -> room with the bed, hanging clothes, pillow -> Region 2 <room with the fireplace, stairs, handrail>"], "answer": "A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> Region 2 <room with the fireplace, stairs, handrail>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the door window, bed, sofa seat> to Region 2 <room with the sink cabinet, shower seat, shower door>?", "options": ["A) Region 1 <room with the door window, bed, sofa seat> -> room with the shower door, bathtub, bath faucet -> room with the towel bar, towel, sink -> Region 2 <room with the sink cabinet, shower seat, shower door>", "B) Region 1 <room with the door window, bed, sofa seat> -> room with the furnace, telephone, oven and stove -> room with the smoke alarm, mirror, vase -> Region 2 <room with the sink cabinet, shower seat, shower door>", "C) Region 1 <room with the door window, bed, sofa seat> -> room with the ceiling fan, sofa seat, led tv -> room with the furnace, oven and stove, coffee machine -> Region 2 <room with the sink cabinet, shower seat, shower door>", "D) Region 1 <room with the door window, bed, sofa seat> -> room with the furnace, telephone, oven and stove -> room with the smoke alarm, ceiling lamp, mirror -> Region 2 <room with the sink cabinet, shower seat, shower door>"], "answer": "D) Region 1 <room with the door window, bed, sofa seat> -> room with the furnace, telephone, oven and stove -> room with the smoke alarm, ceiling lamp, mirror -> Region 2 <room with the sink cabinet, shower seat, shower door>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ladder, cabinet, mirror> to Region 2 <room with the curtain rod, pillow, smoke detector>?", "options": ["A) Region 1 <room with the ladder, cabinet, mirror> -> room with the shelf, shower cabin, hook -> room with the table, sideboard, coffee maker -> room with the stairs, box, banister -> Region 2 <room with the curtain rod, pillow, smoke detector>", "B) Region 1 <room with the ladder, cabinet, mirror> -> room with the vacuum cleaner, painting, cabinet -> room with the shower floor, shower rod, toilet brush -> Region 2 <room with the curtain rod, pillow, smoke detector>", "C) Region 1 <room with the ladder, cabinet, mirror> -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the curtain rod, pillow, smoke detector>", "D) Region 1 <room with the ladder, cabinet, mirror> -> room with the vacuum cleaner, painting, cabinet -> room with the shower floor, shower rod, cosmetics -> room with the shower dial, towel ring, shower cabin -> Region 2 <room with the curtain rod, pillow, smoke detector>"], "answer": "C) Region 1 <room with the ladder, cabinet, mirror> -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the curtain rod, pillow, smoke detector>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fire alarm, balustrade> to Region 2 <room with the bath, bathroom cabinet, trashcan>?", "options": ["A) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the doormat, window curtain, ventilation hood -> room with the cabinet, chair, picture -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "B) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "C) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the kitchen shelf, bottle of soap, bathroom shelf -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "D) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the electrical controller, chandelier, tissue box -> Region 2 <room with the bath, bathroom cabinet, trashcan>"], "answer": "B) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the sofa, basket, rug>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the decor, bed, box -> Region 2 <room with the sofa, basket, rug>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the basket, rug, terrace -> Region 2 <room with the sofa, basket, rug>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the desk, trashcan, sofa -> room with the rug, terrace, tv -> Region 2 <room with the sofa, basket, rug>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the sofa, basket, rug>"], "answer": "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the sofa, basket, rug>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the utensil, toilet, toilet paper> to Region 2 <room with the magazine, shelf, cabinet>?", "options": ["A) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, statue, tv stand -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the magazine, shelf, cabinet>", "B) Region 1 <room with the utensil, toilet, toilet paper> -> room with the panel, bed, clock -> room with the kitchen cabinet, note, sprinkler -> Region 2 <room with the magazine, shelf, cabinet>", "C) Region 1 <room with the utensil, toilet, toilet paper> -> room with the panel, bed, clock -> room with the remote control, tv, bin -> Region 2 <room with the magazine, shelf, cabinet>", "D) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, statue, tv stand -> room with the cosmetics, washbasin counter, towel bar -> Region 2 <room with the magazine, shelf, cabinet>"], "answer": "A) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, statue, tv stand -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the magazine, shelf, cabinet>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route9/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, shower curtain rod, bath mat> to Region 2 <room with the sofa, cooker, dishwasher>?", "options": ["A) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the rug, thermostat, mirror -> room with the coffee maker, tap, sofa -> room with the decoration, light fixture, blanket -> Region 2 <room with the sofa, cooker, dishwasher>", "B) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the nightstand, bed, blanket -> room with the chest of drawers, light, ceiling fan -> Region 2 <room with the sofa, cooker, dishwasher>", "C) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the thermostat, rug, light fixture -> Region 2 <room with the sofa, cooker, dishwasher>", "D) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the bathtub, hook, bathtub platform -> room with the remote control, fire alarm, book -> room with the air conditioner, rug, thermostat -> room with the blanket, curtain rod, ceiling fan -> Region 2 <room with the sofa, cooker, dishwasher>"], "answer": "D) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the bathtub, hook, bathtub platform -> room with the remote control, fire alarm, book -> room with the air conditioner, rug, thermostat -> room with the blanket, curtain rod, ceiling fan -> Region 2 <room with the sofa, cooker, dishwasher>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the basket, washing machine, balustrade> to Region 2 <room with the bowl, oven and stove, ornament>?", "options": ["A) Region 1 <room with the basket, washing machine, balustrade> -> room with the sink, toilet, sink cabinet -> Region 2 <room with the bowl, oven and stove, ornament>", "B) Region 1 <room with the basket, washing machine, balustrade> -> room with the rug, sensor, stairs -> room with the security camera, ceiling fan, book -> Region 2 <room with the bowl, oven and stove, ornament>", "C) Region 1 <room with the basket, washing machine, balustrade> -> room with the basket, balustrade -> Region 2 <room with the bowl, oven and stove, ornament>", "D) Region 1 <room with the basket, washing machine, balustrade> -> room with the basket, balustrade -> room with the flower stand, desk, armchair -> Region 2 <room with the bowl, oven and stove, ornament>"], "answer": "B) Region 1 <room with the basket, washing machine, balustrade> -> room with the rug, sensor, stairs -> room with the security camera, ceiling fan, book -> Region 2 <room with the bowl, oven and stove, ornament>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the roomba, flowerpot, throw blanket> to Region 2 <room with the decoration, carpet roll, bed>?", "options": ["A) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the support beam, smoke detector, washing machine -> room with the casket, island, bar chair -> Region 2 <room with the decoration, carpet roll, bed>", "B) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the shower floor, cosmetics, step stool -> Region 2 <room with the decoration, carpet roll, bed>", "C) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the shower floor, toilet, shower bar -> room with the casket, air conditioner, bed -> Region 2 <room with the decoration, carpet roll, bed>", "D) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the shower floor, cosmetics, step stool -> room with the storage shelving, closet storage area -> Region 2 <room with the decoration, carpet roll, bed>"], "answer": "A) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the support beam, smoke detector, washing machine -> room with the casket, island, bar chair -> Region 2 <room with the decoration, carpet roll, bed>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, trashcan, coffee machine> to Region 2 <room with the device, painting, lamp>?", "options": ["A) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the toilet paper, toilet, lamp -> room with the office chair, printer, desk -> Region 2 <room with the device, painting, lamp>", "B) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the carpet, paper, oven and stove -> room with the high shelf, clothes, clothes hanger -> Region 2 <room with the device, painting, lamp>", "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the office chair, printer, desk -> Region 2 <room with the device, painting, lamp>", "D) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the ironing board, clock, washing machine -> Region 2 <room with the device, painting, lamp>"], "answer": "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the office chair, printer, desk -> Region 2 <room with the device, painting, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route19/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower, towel, kitchen shelf> to Region 2 <room with the couch, armchair, brochure>?", "options": ["A) Region 1 <room with the flower, towel, kitchen shelf> -> room with the shelf with clutter, rack, vase -> room with the window curtain, board, shelf -> Region 2 <room with the couch, armchair, brochure>", "B) Region 1 <room with the flower, towel, kitchen shelf> -> room with the window curtain, board, shelf -> Region 2 <room with the couch, armchair, brochure>", "C) Region 1 <room with the flower, towel, kitchen shelf> -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "D) Region 1 <room with the flower, towel, kitchen shelf> -> room with the board, binder, bin -> room with the stack of papers, window shutter, desk clutter -> Region 2 <room with the couch, armchair, brochure>"], "answer": "C) Region 1 <room with the flower, towel, kitchen shelf> -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route13/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route13/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling under staircase, staircase handrail, decoration> to Region 2 <room with the dog bed, shelving, doorpost>?", "options": ["A) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the flowerpot, bowl of fruit, kettle -> Region 2 <room with the dog bed, shelving, doorpost>", "B) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the fire alarm, smoke alarm, mirror -> Region 2 <room with the dog bed, shelving, doorpost>", "C) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the recliner, iron board, tv -> Region 2 <room with the dog bed, shelving, doorpost>", "D) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the smoke alarm, fire alarm, heater -> room with the fire alarm, smoke alarm, mirror -> Region 2 <room with the dog bed, shelving, doorpost>"], "answer": "A) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the flowerpot, bowl of fruit, kettle -> Region 2 <room with the dog bed, shelving, doorpost>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, tv, window shade> to Region 2 <room with the faucet, sink, oven>?", "options": ["A) Region 1 <room with the chest, tv, window shade> -> room with the faucet, oven, bottles of wine -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the faucet, sink, oven>", "B) Region 1 <room with the chest, tv, window shade> -> room with the doormat, stairs, door window -> Region 2 <room with the faucet, sink, oven>", "C) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the faucet, sink, oven>", "D) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>"], "answer": "D) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the washing machine and dryer, countertop, cabinet> to Region 2 <room with the table, basket of something, piano stool>?", "options": ["A) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the wall electronics, ceiling lamp, sconce -> Region 2 <room with the table, basket of something, piano stool>", "B) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the dishwasher, towel, kitchen extractor -> room with the bucket, fireplace, recessed wall -> Region 2 <room with the table, basket of something, piano stool>", "C) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the bar, washing stuff, countertop -> room with the washing stuff, towel ring, countertop -> room with the wall electronics, sconce, board -> Region 2 <room with the table, basket of something, piano stool>", "D) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the bench, basket, door window -> room with the washing stuff, countertop, washing machine and dryer -> room with the countertop, sink, cabinet -> Region 2 <room with the table, basket of something, piano stool>"], "answer": "B) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the dishwasher, towel, kitchen extractor -> room with the bucket, fireplace, recessed wall -> Region 2 <room with the table, basket of something, piano stool>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route21/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route21/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel bar, rug, toilet paper> to Region 2 <room with the couch, cabinet, ceiling light fixture connection>?", "options": ["A) Region 1 <room with the towel bar, rug, toilet paper> -> room with the brochure, file cabinet, safe -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "B) Region 1 <room with the towel bar, rug, toilet paper> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "C) Region 1 <room with the towel bar, rug, toilet paper> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the pillow, bed, clothes hanger -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "D) Region 1 <room with the towel bar, rug, toilet paper> -> room with the couch, cabinet, door knob -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>"], "answer": "C) Region 1 <room with the towel bar, rug, toilet paper> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the pillow, bed, clothes hanger -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the pouffe, blinds, sofa chair> to Region 2 <room with the hat, shelf with clutter, shoe>?", "options": ["A) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the backpack, hanger, clothes rack -> Region 2 <room with the hat, shelf with clutter, shoe>", "B) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> Region 2 <room with the hat, shelf with clutter, shoe>", "C) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the decorative plant, device, appliance -> Region 2 <room with the hat, shelf with clutter, shoe>", "D) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, flower, ceiling dome -> room with the hanger, clothes rack, clothes -> Region 2 <room with the hat, shelf with clutter, shoe>"], "answer": "B) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> Region 2 <room with the hat, shelf with clutter, shoe>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, door knob> to Region 2 <room with the bedside table, bed, decoration>?", "options": ["A) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> Region 2 <room with the bedside table, bed, decoration>", "B) Region 1 <room with the bed, door knob> -> room with the banister, stairs, ceiling lamp -> Region 2 <room with the bedside table, bed, decoration>", "C) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> room with the wood, sofa, table -> Region 2 <room with the bedside table, bed, decoration>", "D) Region 1 <room with the bed, door knob> -> room with the bedside table, fire alarm, carpet -> room with the remote control, slippers, device -> Region 2 <room with the bedside table, bed, decoration>"], "answer": "A) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> Region 2 <room with the bedside table, bed, decoration>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route45/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route45/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route45/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stair wall, stair handle, stair> to Region 2 <room with the step, toilet, vent>?", "options": ["A) Region 1 <room with the stair wall, stair handle, stair> -> room with the fire alarm, bed table, bedside lamp -> Region 2 <room with the step, toilet, vent>", "B) Region 1 <room with the stair wall, stair handle, stair> -> room with the basket, mat, bin -> Region 2 <room with the step, toilet, vent>", "C) Region 1 <room with the stair wall, stair handle, stair> -> room with the curtain rod, dresser, bedside lamp -> Region 2 <room with the step, toilet, vent>", "D) Region 1 <room with the stair wall, stair handle, stair> -> room with the basket, mat, fire alarm -> Region 2 <room with the step, toilet, vent>"], "answer": "D) Region 1 <room with the stair wall, stair handle, stair> -> room with the basket, mat, fire alarm -> Region 2 <room with the step, toilet, vent>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the computer, desk chair, bed stand> to Region 2 <room with the desk, holy cross, plush toy>?", "options": ["A) Region 1 <room with the computer, desk chair, bed stand> -> room with the shoe, piano bench, piano -> room with the plush toy, alarm clock, computer -> Region 2 <room with the desk, holy cross, plush toy>", "B) Region 1 <room with the computer, desk chair, bed stand> -> room with the shower dial, toilet, ceiling lamp -> room with the ventilation, picture, lamp -> Region 2 <room with the desk, holy cross, plush toy>", "C) Region 1 <room with the computer, desk chair, bed stand> -> room with the washing machine, basket of something, refrigerator -> room with the monitor, box, desk chair -> Region 2 <room with the desk, holy cross, plush toy>", "D) Region 1 <room with the computer, desk chair, bed stand> -> room with the piano bench, piano, antique clock -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the desk, holy cross, plush toy>"], "answer": "D) Region 1 <room with the computer, desk chair, bed stand> -> room with the piano bench, piano, antique clock -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the desk, holy cross, plush toy>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route24/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route24/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the nightstand, bed sheet, towel> to Region 2 <room with the utensil, coat hanger, container>?", "options": ["A) Region 1 <room with the nightstand, bed sheet, towel> -> room with the bed sheet, towel, bedside lamp -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the utensil, coat hanger, container>", "B) Region 1 <room with the nightstand, bed sheet, towel> -> room with the side table, bed, cuddly toy -> Region 2 <room with the utensil, coat hanger, container>", "C) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the side table, bed, cuddly toy -> Region 2 <room with the utensil, coat hanger, container>", "D) Region 1 <room with the nightstand, bed sheet, towel> -> room with the shower rail, faucet, toilet -> Region 2 <room with the utensil, coat hanger, container>"], "answer": "C) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the side table, bed, cuddly toy -> Region 2 <room with the utensil, coat hanger, container>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathroom cabinet, bathtub, shower curtain> to Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>?", "options": ["A) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the towel, tray, refrigerator -> room with the lamp, bed, shelf -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "B) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the bed, fire alarm, fan -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "C) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the tray, picture, refrigerator -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "D) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the book, lamp, fan -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>"], "answer": "A) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the towel, tray, refrigerator -> room with the lamp, bed, shelf -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route16/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail> to Region 2 <room with the keyboard, stack of papers, painting>?", "options": ["A) Region 1 <room with the stairs, staircase handrail> -> room with the wall electronics, plush toy, chest -> room with the stack of papers, pad, file cabinet -> Region 2 <room with the keyboard, stack of papers, painting>", "B) Region 1 <room with the stairs, staircase handrail> -> room with the book, tap, kitchen island -> room with the chest, flower, throw blanket -> Region 2 <room with the keyboard, stack of papers, painting>", "C) Region 1 <room with the stairs, staircase handrail> -> room with the bathtub, bath cabinet, towel -> room with the plush toy, table, chest -> Region 2 <room with the keyboard, stack of papers, painting>", "D) Region 1 <room with the stairs, staircase handrail> -> room with the plush toy, table, coffee table -> Region 2 <room with the keyboard, stack of papers, painting>"], "answer": "B) Region 1 <room with the stairs, staircase handrail> -> room with the book, tap, kitchen island -> room with the chest, flower, throw blanket -> Region 2 <room with the keyboard, stack of papers, painting>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route18/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route18/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route18/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the thermostat, mirror, lamp> to Region 2 <room with the pillow, towel, wardrobe>?", "options": ["A) Region 1 <room with the thermostat, mirror, lamp> -> room with the rail, pot, flower vase -> room with the rail, curtain, pot -> Region 2 <room with the pillow, towel, wardrobe>", "B) Region 1 <room with the thermostat, mirror, lamp> -> room with the chest, dustbin, lamp -> room with the dustbin, bowl, lamp -> Region 2 <room with the pillow, towel, wardrobe>", "C) Region 1 <room with the thermostat, mirror, lamp> -> room with the chest, sign, box -> Region 2 <room with the pillow, towel, wardrobe>", "D) Region 1 <room with the thermostat, mirror, lamp> -> room with the shelf, soap dispenser, shower tub -> Region 2 <room with the pillow, towel, wardrobe>"], "answer": "D) Region 1 <room with the thermostat, mirror, lamp> -> room with the shelf, soap dispenser, shower tub -> Region 2 <room with the pillow, towel, wardrobe>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, rug, mirror> to Region 2 <room with the toilet paper, shower knob, bathtub>?", "options": ["A) Region 1 <room with the bed, rug, mirror> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> room with the bed, pillow, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "B) Region 1 <room with the bed, rug, mirror> -> room with the refrigerator, stove, kitchen island -> Region 2 <room with the toilet paper, shower knob, bathtub>", "C) Region 1 <room with the bed, rug, mirror> -> room with the mirror, shower curtain, countertop -> room with the refrigerator, stove, kitchen island -> Region 2 <room with the toilet paper, shower knob, bathtub>", "D) Region 1 <room with the bed, rug, mirror> -> room with the hanging clothes, bed, pillow -> room with the ceiling lamp, fireplace, stairs -> Region 2 <room with the toilet paper, shower knob, bathtub>"], "answer": "A) Region 1 <room with the bed, rug, mirror> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> room with the bed, pillow, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower door, liquid soap, bathtub> to Region 2 <room with the vase, decoration, ceiling lamp>?", "options": ["A) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the towel bar, towel, sink -> room with the alarm clock, telephone, sofa seat -> Region 2 <room with the vase, decoration, ceiling lamp>", "B) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the vase, lamp, decoration -> room with the sofa seat, led tv, cabinet -> Region 2 <room with the vase, decoration, ceiling lamp>", "C) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the door window, ceiling fan, bed -> room with the furnace, oven and stove, coffee machine -> Region 2 <room with the vase, decoration, ceiling lamp>", "D) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the wardrobe, tv, device -> Region 2 <room with the vase, decoration, ceiling lamp>"], "answer": "C) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the door window, ceiling fan, bed -> room with the furnace, oven and stove, coffee machine -> Region 2 <room with the vase, decoration, ceiling lamp>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route60/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route60/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route60/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rod, bathroom counter, shower seat> to Region 2 <room with the sign, thermostat, painting>?", "options": ["A) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the ladder, cabinet, bed -> room with the shower dial, showerhead, toilet -> Region 2 <room with the sign, thermostat, painting>", "B) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the ladder, cabinet, mirror -> room with the shower dial, towel ring, shower cabin -> Region 2 <room with the sign, thermostat, painting>", "C) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the tv, remote control, curtain rod -> Region 2 <room with the sign, thermostat, painting>", "D) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the vacuum cleaner, painting, cabinet -> room with the curtain rod, smoke detector, curtain -> Region 2 <room with the sign, thermostat, painting>"], "answer": "B) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the ladder, cabinet, mirror -> room with the shower dial, towel ring, shower cabin -> Region 2 <room with the sign, thermostat, painting>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fire alarm, plate> to Region 2 <room with the doormat, window curtain, alarm>?", "options": ["A) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "B) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the wardrobe, electrical controller, bed -> room with the electrical controller, tissue box, dresser -> Region 2 <room with the doormat, window curtain, alarm>", "C) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the electrical controller, tissue box, dresser -> room with the bath, bathroom cabinet, towel -> Region 2 <room with the doormat, window curtain, alarm>", "D) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the doormat, window curtain, ventilation hood -> room with the oven and stove, sink, flag -> Region 2 <room with the doormat, window curtain, alarm>"], "answer": "A) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the refrigerator, worktop, cutting board> to Region 2 <room with the rug, terrace, tv>?", "options": ["A) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the sofa, basket, rug -> Region 2 <room with the rug, terrace, tv>", "B) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the clock, bed, blanket -> Region 2 <room with the rug, terrace, tv>", "C) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the sofa, rug, terrace -> Region 2 <room with the rug, terrace, tv>", "D) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the decor, bed, box -> Region 2 <room with the rug, terrace, tv>"], "answer": "D) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the decor, bed, box -> Region 2 <room with the rug, terrace, tv>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen cabinet, note, sprinkler> to Region 2 <room with the shower tap, shower floor, shower wall>?", "options": ["A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, bin, statue -> room with the remote control, tv, bin -> Region 2 <room with the shower tap, shower floor, shower wall>", "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the soap, bathtub, toilet paper -> Region 2 <room with the shower tap, shower floor, shower wall>", "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> Region 2 <room with the shower tap, shower floor, shower wall>", "D) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the shower ceiling, shower wall -> room with the magazine, shelf, cabinet -> Region 2 <room with the shower tap, shower floor, shower wall>"], "answer": "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> Region 2 <room with the shower tap, shower floor, shower wall>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the coffee maker, tap, sofa> to Region 2 <room with the fuse box, washer-dryer, cabinet>?", "options": ["A) Region 1 <room with the coffee maker, tap, sofa> -> room with the shower curtain, shower curtain rod, bath mat -> room with the cabinet, fire alarm, book -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "B) Region 1 <room with the coffee maker, tap, sofa> -> room with the thermostat, light fixture, rug -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "C) Region 1 <room with the coffee maker, tap, sofa> -> room with the blanket, bed, nightstand -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "D) Region 1 <room with the coffee maker, tap, sofa> -> room with the blinds, rug -> room with the decoration, blanket, light fixture -> room with the showerhead, shower valve, bathroom cabinet -> room with the air conditioner, thermostat, light fixture -> Region 2 <room with the fuse box, washer-dryer, cabinet>"], "answer": "B) Region 1 <room with the coffee maker, tap, sofa> -> room with the thermostat, light fixture, rug -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the basket, washing machine, balustrade> to Region 2 <room with the security camera, ceiling fan, book>?", "options": ["A) Region 1 <room with the basket, washing machine, balustrade> -> room with the rug, stairs, couch -> room with the basket, balustrade -> Region 2 <room with the security camera, ceiling fan, book>", "B) Region 1 <room with the basket, washing machine, balustrade> -> room with the rug, sensor, stairs -> Region 2 <room with the security camera, ceiling fan, book>", "C) Region 1 <room with the basket, washing machine, balustrade> -> room with the basket, balustrade -> Region 2 <room with the security camera, ceiling fan, book>", "D) Region 1 <room with the basket, washing machine, balustrade> -> room with the bench, handbag, vent -> room with the sink, toilet, sink cabinet -> Region 2 <room with the security camera, ceiling fan, book>"], "answer": "B) Region 1 <room with the basket, washing machine, balustrade> -> room with the rug, sensor, stairs -> Region 2 <room with the security camera, ceiling fan, book>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the casket, bed, air conditioner> to Region 2 <room with the thermostat, wall lamp, appliance>?", "options": ["A) Region 1 <room with the casket, bed, air conditioner> -> room with the wall lamp, appliance, thermostat -> room with the storage shelving, clothes container, clothes hanger rod -> Region 2 <room with the thermostat, wall lamp, appliance>", "B) Region 1 <room with the casket, bed, air conditioner> -> room with the refrigerator, soap dispenser, window curtain -> Region 2 <room with the thermostat, wall lamp, appliance>", "C) Region 1 <room with the casket, bed, air conditioner> -> room with the shower bar, toilet, bathroom cabinet -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "D) Region 1 <room with the casket, bed, air conditioner> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>"], "answer": "D) Region 1 <room with the casket, bed, air conditioner> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route23/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route23/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route23/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, trashcan, coffee machine> to Region 2 <room with the painting, device, lamp>?", "options": ["A) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the office chair, printer, desk -> Region 2 <room with the painting, device, lamp>", "B) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the toilet paper, toilet, lamp -> Region 2 <room with the painting, device, lamp>", "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the sink cabinet, high shelf, shower cabin -> room with the clock, ironing board, washing machine -> Region 2 <room with the painting, device, lamp>", "D) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the tv, bed, fan -> Region 2 <room with the painting, device, lamp>"], "answer": "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the sink cabinet, high shelf, shower cabin -> room with the clock, ironing board, washing machine -> Region 2 <room with the painting, device, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the picture, armchair, shelf> to Region 2 <room with the stairs, case, tablet>?", "options": ["A) Region 1 <room with the picture, armchair, shelf> -> room with the board, binder, bin -> Region 2 <room with the stairs, case, tablet>", "B) Region 1 <room with the picture, armchair, shelf> -> room with the window curtain, board, shelf -> Region 2 <room with the stairs, case, tablet>", "C) Region 1 <room with the picture, armchair, shelf> -> room with the shelf with clutter, rack, vase -> Region 2 <room with the stairs, case, tablet>", "D) Region 1 <room with the picture, armchair, shelf> -> room with the stack of papers, window shutter, desk clutter -> Region 2 <room with the stairs, case, tablet>"], "answer": "A) Region 1 <room with the picture, armchair, shelf> -> room with the board, binder, bin -> Region 2 <room with the stairs, case, tablet>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling under staircase, staircase handrail, decoration> to Region 2 <room with the fire alarm, smoke alarm, mirror>?", "options": ["A) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the flowerpot, bowl of fruit, kettle -> room with the dog bed, shelving, doorpost -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "B) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the flowerpot, kettle, dishwasher -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "C) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the smoke alarm, fire alarm, heater -> room with the flowerpot, bowl of fruit, kettle -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "D) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the dog bed, shelving, doorpost -> room with the flowerpot, kettle, dishwasher -> Region 2 <room with the fire alarm, smoke alarm, mirror>"], "answer": "A) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the flowerpot, bowl of fruit, kettle -> room with the dog bed, shelving, doorpost -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the doormat, stairs, railing> to Region 2 <room with the washing machine, stack of jackets, clothes dryer>?", "options": ["A) Region 1 <room with the doormat, stairs, railing> -> room with the stool, window shade, air conditioner -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "B) Region 1 <room with the doormat, stairs, railing> -> room with the chest, tv, window shade -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "C) Region 1 <room with the doormat, stairs, railing> -> room with the stool, window shade, air conditioner -> room with the baby changing table, table cloth, dining table -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "D) Region 1 <room with the doormat, stairs, railing> -> room with the mirror, toilet, sink -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>"], "answer": "C) Region 1 <room with the doormat, stairs, railing> -> room with the stool, window shade, air conditioner -> room with the baby changing table, table cloth, dining table -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bench, statue, door window> to Region 2 <room with the bar, washing stuff, towel ring>?", "options": ["A) Region 1 <room with the bench, statue, door window> -> room with the bucket, fireplace, stairs railing -> Region 2 <room with the bar, washing stuff, towel ring>", "B) Region 1 <room with the bench, statue, door window> -> room with the bar, countertop, washing machine and dryer -> Region 2 <room with the bar, washing stuff, towel ring>", "C) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, ceiling lamp -> room with the washing machine and dryer, countertop, cabinet -> Region 2 <room with the bar, washing stuff, towel ring>", "D) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, ceiling lamp -> Region 2 <room with the bar, washing stuff, towel ring>"], "answer": "D) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, ceiling lamp -> Region 2 <room with the bar, washing stuff, towel ring>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> to Region 2 <room with the couch, cabinet, door knob>?", "options": ["A) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the mirror, hanger, rug -> Region 2 <room with the couch, cabinet, door knob>", "B) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the pillow, nightstand, closet door -> Region 2 <room with the couch, cabinet, door knob>", "C) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the couch, cabinet, ceiling light fixture connection -> Region 2 <room with the couch, cabinet, door knob>", "D) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the closet door, bed, clothes hanger -> room with the carpet, rack, dresser -> Region 2 <room with the couch, cabinet, door knob>"], "answer": "B) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the pillow, nightstand, closet door -> Region 2 <room with the couch, cabinet, door knob>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tap, ceiling dome, bowl> to Region 2 <room with the hanger, clothes rack, clothes>?", "options": ["A) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, appliance, device -> Region 2 <room with the hanger, clothes rack, clothes>", "B) Region 1 <room with the tap, ceiling dome, bowl> -> room with the toilet, bathroom cabinet, bathroom utensil -> Region 2 <room with the hanger, clothes rack, clothes>", "C) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, device, appliance -> Region 2 <room with the hanger, clothes rack, clothes>", "D) Region 1 <room with the tap, ceiling dome, bowl> -> room with the sofa chair, recessed wall, tv -> Region 2 <room with the hanger, clothes rack, clothes>"], "answer": "A) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, appliance, device -> Region 2 <room with the hanger, clothes rack, clothes>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, door knob> to Region 2 <room with the picture, toilet brush, shower bar>?", "options": ["A) Region 1 <room with the bed, door knob> -> room with the slippers, fridge, music player -> Region 2 <room with the picture, toilet brush, shower bar>", "B) Region 1 <room with the bed, door knob> -> room with the hearth, remote control, slippers -> Region 2 <room with the picture, toilet brush, shower bar>", "C) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> Region 2 <room with the picture, toilet brush, shower bar>", "D) Region 1 <room with the bed, door knob> -> room with the shower shelf, cosmetics, toilet -> room with the bath, sheet, carpet -> Region 2 <room with the picture, toilet brush, shower bar>"], "answer": "C) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> Region 2 <room with the picture, toilet brush, shower bar>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route44/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route44/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route44/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, bathtub, bath wall> to Region 2 <room with the wardrobe, fire alarm, bed table>?", "options": ["A) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the stairs, stairs railing, cabinet -> Region 2 <room with the wardrobe, fire alarm, bed table>", "B) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the desk, chair, dresser -> Region 2 <room with the wardrobe, fire alarm, bed table>", "C) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the wardrobe, bed table, bedside lamp -> room with the stairs railing, stair, decoration -> room with the wardrobe, bed table, fire alarm -> Region 2 <room with the wardrobe, fire alarm, bed table>", "D) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> Region 2 <room with the wardrobe, fire alarm, bed table>"], "answer": "D) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> Region 2 <room with the wardrobe, fire alarm, bed table>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the monitor, alarm clock, computer> to Region 2 <room with the washing machine, wall clock, stovetop>?", "options": ["A) Region 1 <room with the monitor, alarm clock, computer> -> room with the bed stand, computer, wall cabinet -> room with the shower bench, scale, wardrobe -> Region 2 <room with the washing machine, wall clock, stovetop>", "B) Region 1 <room with the monitor, alarm clock, computer> -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "C) Region 1 <room with the monitor, alarm clock, computer> -> room with the shower dial, wardrobe, shower floor -> room with the shower dial, shower soap shelf, shower floor -> Region 2 <room with the washing machine, wall clock, stovetop>", "D) Region 1 <room with the monitor, alarm clock, computer> -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the washing machine, wall clock, stovetop>"], "answer": "B) Region 1 <room with the monitor, alarm clock, computer> -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the cuddly toy, folding chair, cloth -> room with the oven and stove, dining table, sink -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bin, side table -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, cuddly toy, folding chair -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the nightstand, bed sheet, towel -> room with the utensil, coat hanger, container -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bin, side table -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, fan> to Region 2 <room with the desk chair, chair, mirror>?", "options": ["A) Region 1 <room with the cabinet, bed, fan> -> room with the lamp, fire alarm, shelf -> room with the ceiling duct, ceiling lamp, fire alarm -> room with the lamp, bed, shelf -> Region 2 <room with the desk chair, chair, mirror>", "B) Region 1 <room with the cabinet, bed, fan> -> room with the lamp, bed, shelf -> room with the carpet, bed, fire alarm -> Region 2 <room with the desk chair, chair, mirror>", "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, toilet -> room with the tray, bowl, sink -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the desk chair, chair, mirror>", "D) Region 1 <room with the cabinet, bed, fan> -> room with the fan, cabinet, bed -> room with the rack, lamp, fire alarm -> Region 2 <room with the desk chair, chair, mirror>"], "answer": "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, toilet -> room with the tray, bowl, sink -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the desk chair, chair, mirror>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shelf, tv, speaker> to Region 2 <room with the bowl of fruit, book, tap>?", "options": ["A) Region 1 <room with the shelf, tv, speaker> -> room with the computer mouse, file cabinet, bag -> room with the plush toy, chest, flower -> Region 2 <room with the bowl of fruit, book, tap>", "B) Region 1 <room with the shelf, tv, speaker> -> room with the wall lamp, toilet, sink -> room with the stairs, staircase handrail, painting -> Region 2 <room with the bowl of fruit, book, tap>", "C) Region 1 <room with the shelf, tv, speaker> -> room with the chest, flower, throw blanket -> room with the wall lamp, toilet, sink -> Region 2 <room with the bowl of fruit, book, tap>", "D) Region 1 <room with the shelf, tv, speaker> -> room with the food stand, dining table, chandelier -> Region 2 <room with the bowl of fruit, book, tap>"], "answer": "D) Region 1 <room with the shelf, tv, speaker> -> room with the food stand, dining table, chandelier -> Region 2 <room with the bowl of fruit, book, tap>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the container, electric box, desk> to Region 2 <room with the thermostat, mirror, lamp>?", "options": ["A) Region 1 <room with the container, electric box, desk> -> room with the chest, lamp, beam -> Region 2 <room with the thermostat, mirror, lamp>", "B) Region 1 <room with the container, electric box, desk> -> room with the chest, box, mirror -> room with the shelf, soap dispenser, mirror -> Region 2 <room with the thermostat, mirror, lamp>", "C) Region 1 <room with the container, electric box, desk> -> room with the shelf, soap dispenser, shower tub -> Region 2 <room with the thermostat, mirror, lamp>", "D) Region 1 <room with the container, electric box, desk> -> room with the chest, dustbin, lamp -> Region 2 <room with the thermostat, mirror, lamp>"], "answer": "A) Region 1 <room with the container, electric box, desk> -> room with the chest, lamp, beam -> Region 2 <room with the thermostat, mirror, lamp>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling lamp, fireplace, stairs> to Region 2 <room with the toilet paper, shower knob, bathtub>?", "options": ["A) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "B) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the toilet paper, shower knob, shower seat -> room with the mirror, shower curtain, countertop -> Region 2 <room with the toilet paper, shower knob, bathtub>", "C) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the toilet paper, shower knob, bathtub>", "D) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the mirror, shower curtain, countertop -> room with the shower curtain, towel, towel bar -> Region 2 <room with the toilet paper, shower knob, bathtub>"], "answer": "A) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route11/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower mat, shower soap shelf, bath towel> to Region 2 <room with the smoke alarm, ceiling lamp, mirror>?", "options": ["A) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the vase, lamp, decoration -> room with the door window, support beam, cabinet -> Region 2 <room with the smoke alarm, ceiling lamp, mirror>", "B) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the towel bar, towel, sink -> room with the door window, ceiling fan, smoke alarm -> Region 2 <room with the smoke alarm, ceiling lamp, mirror>", "C) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the shower door, trashcan, shower wall -> room with the door window, ceiling fan, bed -> room with the door window, circular sofa, ceiling fan -> Region 2 <room with the smoke alarm, ceiling lamp, mirror>", "D) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the door window, bed, sofa seat -> room with the furnace, telephone, oven and stove -> Region 2 <room with the smoke alarm, ceiling lamp, mirror>"], "answer": "D) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the door window, bed, sofa seat -> room with the furnace, telephone, oven and stove -> Region 2 <room with the smoke alarm, ceiling lamp, mirror>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet, shower dial, shower cabin> to Region 2 <room with the table, sideboard, coffee maker>?", "options": ["A) Region 1 <room with the toilet, shower dial, shower cabin> -> room with the vacuum cleaner, painting, cabinet -> room with the vacuum cleaner, painting, ladder -> Region 2 <room with the table, sideboard, coffee maker>", "B) Region 1 <room with the toilet, shower dial, shower cabin> -> room with the stairs, box, surface -> Region 2 <room with the table, sideboard, coffee maker>", "C) Region 1 <room with the toilet, shower dial, shower cabin> -> room with the curtain rod, pillow, smoke detector -> room with the shower rod, bathroom counter, shower seat -> Region 2 <room with the table, sideboard, coffee maker>", "D) Region 1 <room with the toilet, shower dial, shower cabin> -> room with the sign, thermostat, hook -> room with the vacuum cleaner, painting, ladder -> Region 2 <room with the table, sideboard, coffee maker>"], "answer": "B) Region 1 <room with the toilet, shower dial, shower cabin> -> room with the stairs, box, surface -> Region 2 <room with the table, sideboard, coffee maker>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, bottle of soap> to Region 2 <room with the casket, electrical controller, tissue box>?", "options": ["A) Region 1 <room with the kitchen shelf, bottle of soap> -> room with the ceiling vent, bath, bathroom cabinet -> room with the bath, bathroom cabinet, towel -> Region 2 <room with the casket, electrical controller, tissue box>", "B) Region 1 <room with the kitchen shelf, bottle of soap> -> room with the casket, wardrobe, electrical controller -> Region 2 <room with the casket, electrical controller, tissue box>", "C) Region 1 <room with the kitchen shelf, bottle of soap> -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the casket, electrical controller, tissue box>", "D) Region 1 <room with the kitchen shelf, bottle of soap> -> room with the pad, cabinet, table -> Region 2 <room with the casket, electrical controller, tissue box>"], "answer": "C) Region 1 <room with the kitchen shelf, bottle of soap> -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the casket, electrical controller, tissue box>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route27/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route27/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the refrigerator, worktop, cutting board> to Region 2 <room with the decor, box, clock>?", "options": ["A) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the sofa, rug, terrace -> room with the shower curtain, showerhead, toilet -> Region 2 <room with the decor, box, clock>", "B) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the shower curtain, toilet, cosmetics -> Region 2 <room with the decor, box, clock>", "C) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the clock, bed, blanket -> Region 2 <room with the decor, box, clock>", "D) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the basket, rug, terrace -> Region 2 <room with the decor, box, clock>"], "answer": "D) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the basket, rug, terrace -> Region 2 <room with the decor, box, clock>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, statue, tv stand> to Region 2 <room with the shelf, cabinet, hanger>?", "options": ["A) Region 1 <room with the remote control, statue, tv stand> -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the shelf, cabinet, hanger>", "B) Region 1 <room with the remote control, statue, tv stand> -> room with the shower tap, shower ceiling, shower floor -> room with the utensil, toilet, washbasin counter -> Region 2 <room with the shelf, cabinet, hanger>", "C) Region 1 <room with the remote control, statue, tv stand> -> room with the shower ceiling, shower wall -> Region 2 <room with the shelf, cabinet, hanger>", "D) Region 1 <room with the remote control, statue, tv stand> -> room with the bathtub utensil, soap, bathtub -> room with the utensil, toilet, washbasin counter -> Region 2 <room with the shelf, cabinet, hanger>"], "answer": "A) Region 1 <room with the remote control, statue, tv stand> -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the shelf, cabinet, hanger>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest of drawers, light, ceiling fan> to Region 2 <room with the coffee maker, sofa, cooker>?", "options": ["A) Region 1 <room with the chest of drawers, light, ceiling fan> -> room with the decoration, ceiling fan, bed -> Region 2 <room with the coffee maker, sofa, cooker>", "B) Region 1 <room with the chest of drawers, light, ceiling fan> -> room with the ceiling fan, nightstand, bed -> Region 2 <room with the coffee maker, sofa, cooker>", "C) Region 1 <room with the chest of drawers, light, ceiling fan> -> room with the nightstand, bed, blanket -> room with the decoration, light fixture, blanket -> Region 2 <room with the coffee maker, sofa, cooker>", "D) Region 1 <room with the chest of drawers, light, ceiling fan> -> room with the air conditioner, thermostat, rug -> room with the sofa, cooker, dishwasher -> Region 2 <room with the coffee maker, sofa, cooker>"], "answer": "B) Region 1 <room with the chest of drawers, light, ceiling fan> -> room with the ceiling fan, nightstand, bed -> Region 2 <room with the coffee maker, sofa, cooker>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route16/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, stairs, couch> to Region 2 <room with the bench, handbag, vent>?", "options": ["A) Region 1 <room with the rug, stairs, couch> -> room with the rug, sensor, stairs -> room with the basket, balustrade -> Region 2 <room with the bench, handbag, vent>", "B) Region 1 <room with the rug, stairs, couch> -> room with the bowl, blinds, microwave -> Region 2 <room with the bench, handbag, vent>", "C) Region 1 <room with the rug, stairs, couch> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, handbag, vent>", "D) Region 1 <room with the rug, stairs, couch> -> room with the flower stand, desk, armchair -> Region 2 <room with the bench, handbag, vent>"], "answer": "C) Region 1 <room with the rug, stairs, couch> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, handbag, vent>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shoe, clothes container, storage shelving> to Region 2 <room with the roomba, flowerpot, throw blanket>?", "options": ["A) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the air conditioner, bed, book -> room with the wall lamp, appliance, thermostat -> Region 2 <room with the roomba, flowerpot, throw blanket>", "B) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the casket, island, wall lamp -> Region 2 <room with the roomba, flowerpot, throw blanket>", "C) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the appliance, storage shelving, shelf -> room with the bath wall, shower knob, bathtub -> Region 2 <room with the roomba, flowerpot, throw blanket>", "D) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the bed, sliding door, casket -> Region 2 <room with the roomba, flowerpot, throw blanket>"], "answer": "D) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the bed, sliding door, casket -> Region 2 <room with the roomba, flowerpot, throw blanket>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, trashcan, coffee machine> to Region 2 <room with the device, painting, lamp>?", "options": ["A) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the high shelf, clothes hanger, shower cabin -> Region 2 <room with the device, painting, lamp>", "B) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the office chair, printer, desk -> Region 2 <room with the device, painting, lamp>", "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the high shelf, clothes, clothes hanger -> room with the sink cabinet, mirror, toilet -> Region 2 <room with the device, painting, lamp>", "D) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the carpet, paper, oven and stove -> room with the bed, pillow, lamp -> room with the high shelf, clothes, clothes hanger -> Region 2 <room with the device, painting, lamp>"], "answer": "B) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the office chair, printer, desk -> Region 2 <room with the device, painting, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, vase, box> to Region 2 <room with the flower, towel, kitchen shelf>?", "options": ["A) Region 1 <room with the desk, vase, box> -> room with the binder, board, shelf -> Region 2 <room with the flower, towel, kitchen shelf>", "B) Region 1 <room with the desk, vase, box> -> room with the wall hanging decoration, handrail, pillar -> Region 2 <room with the flower, towel, kitchen shelf>", "C) Region 1 <room with the desk, vase, box> -> room with the board, binder, shelf -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>", "D) Region 1 <room with the desk, vase, box> -> room with the stack of papers, armchair, desk -> Region 2 <room with the flower, towel, kitchen shelf>"], "answer": "C) Region 1 <room with the desk, vase, box> -> room with the board, binder, shelf -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flowerpot, kettle, dishwasher> to Region 2 <room with the recliner, iron board, tv>?", "options": ["A) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the ceiling under staircase, staircase handrail, decoration -> Region 2 <room with the recliner, iron board, tv>", "B) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the smoke alarm, fire alarm, heater -> Region 2 <room with the recliner, iron board, tv>", "C) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the dog bed, shelving, doorpost -> Region 2 <room with the recliner, iron board, tv>", "D) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the flowerpot, bowl of fruit, kettle -> Region 2 <room with the recliner, iron board, tv>"], "answer": "A) Region 1 <room with the flowerpot, kettle, dishwasher> -> room with the ceiling under staircase, staircase handrail, decoration -> Region 2 <room with the recliner, iron board, tv>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the doormat, stairs, door window> to Region 2 <room with the faucet, sink, oven>?", "options": ["A) Region 1 <room with the doormat, stairs, door window> -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the faucet, sink, oven>", "B) Region 1 <room with the doormat, stairs, door window> -> room with the iron board, washing machine, stack of jackets -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "C) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "D) Region 1 <room with the doormat, stairs, door window> -> room with the stool, window shade, air conditioner -> room with the doormat, stairs, railing -> Region 2 <room with the faucet, sink, oven>"], "answer": "C) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tv stand, window curtain, armchair> to Region 2 <room with the dishwasher, towel, kitchen extractor>?", "options": ["A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the wall electronics, ceiling lamp, sconce -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "B) Region 1 <room with the tv stand, window curtain, armchair> -> room with the shower cabin, countertop, bathroom towel -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "C) Region 1 <room with the tv stand, window curtain, armchair> -> room with the bar, washing stuff, towel ring -> room with the dining table, coaster, desk -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "D) Region 1 <room with the tv stand, window curtain, armchair> -> room with the countertop, bathroom towel, cabinet -> room with the washing stuff, countertop, washing machine and dryer -> Region 2 <room with the dishwasher, towel, kitchen extractor>"], "answer": "D) Region 1 <room with the tv stand, window curtain, armchair> -> room with the countertop, bathroom towel, cabinet -> room with the washing stuff, countertop, washing machine and dryer -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route3/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, rack, dresser> to Region 2 <room with the pillow, clothes hanger, closet door>?", "options": ["A) Region 1 <room with the carpet, rack, dresser> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the pillow, clothes hanger, closet door>", "B) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the pillow, clothes hanger, closet door>", "C) Region 1 <room with the carpet, rack, dresser> -> room with the shower curtain, mirror, toilet -> Region 2 <room with the pillow, clothes hanger, closet door>", "D) Region 1 <room with the carpet, rack, dresser> -> room with the mirror, hanger, rug -> Region 2 <room with the pillow, clothes hanger, closet door>"], "answer": "B) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the pillow, clothes hanger, closet door>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sofa chair, recessed wall, tv> to Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>?", "options": ["A) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> room with the backpack, hanger, clothes rack -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "B) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the backpack, hanger, clothes rack -> room with the pouffe, blinds, sofa chair -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "C) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the backpack, hanger, clothes rack -> room with the hat, shelf with clutter, shoe -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "D) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the decorative plant, appliance, device -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>"], "answer": "A) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> room with the backpack, hanger, clothes rack -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the range hood, cutting board, glasses> to Region 2 <room with the bedside table, bed>?", "options": ["A) Region 1 <room with the range hood, cutting board, glasses> -> room with the banister, stairs -> Region 2 <room with the bedside table, bed>", "B) Region 1 <room with the range hood, cutting board, glasses> -> room with the fire alarm, bed, door knob -> room with the range hood, cutting board, chest -> Region 2 <room with the bedside table, bed>", "C) Region 1 <room with the range hood, cutting board, glasses> -> room with the fire alarm, bed, picture -> Region 2 <room with the bedside table, bed>", "D) Region 1 <room with the range hood, cutting board, glasses> -> room with the slippers, device, hearth -> room with the banister, stairs, ceiling lamp -> Region 2 <room with the bedside table, bed>"], "answer": "A) Region 1 <room with the range hood, cutting board, glasses> -> room with the banister, stairs -> Region 2 <room with the bedside table, bed>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the dining table, pillar, dining chair> to Region 2 <room with the stair, wall lamp, stair handle>?", "options": ["A) Region 1 <room with the dining table, pillar, dining chair> -> room with the wardrobe, fire alarm, bed table -> room with the bed table, bedside lamp, bed -> room with the bed, cabinet -> Region 2 <room with the stair, wall lamp, stair handle>", "B) Region 1 <room with the dining table, pillar, dining chair> -> room with the fire alarm, bed table, bedside lamp -> room with the basket, mat, bin -> Region 2 <room with the stair, wall lamp, stair handle>", "C) Region 1 <room with the dining table, pillar, dining chair> -> room with the desk, chair, dresser -> room with the dining table, bowl of fruit, pillar -> Region 2 <room with the stair, wall lamp, stair handle>", "D) Region 1 <room with the dining table, pillar, dining chair> -> room with the dining table, bowl of fruit, pillar -> Region 2 <room with the stair, wall lamp, stair handle>"], "answer": "B) Region 1 <room with the dining table, pillar, dining chair> -> room with the fire alarm, bed table, bedside lamp -> room with the basket, mat, bin -> Region 2 <room with the stair, wall lamp, stair handle>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ventilation, picture, lamp> to Region 2 <room with the washing machine, basket of something, wall clock>?", "options": ["A) Region 1 <room with the ventilation, picture, lamp> -> room with the alarm clock, mirror, blanket -> Region 2 <room with the washing machine, basket of something, wall clock>", "B) Region 1 <room with the ventilation, picture, lamp> -> room with the shower bench, scale, shower stall -> room with the towel, rug, picture -> Region 2 <room with the washing machine, basket of something, wall clock>", "C) Region 1 <room with the ventilation, picture, lamp> -> room with the monitor, box, desk chair -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, basket of something, wall clock>", "D) Region 1 <room with the ventilation, picture, lamp> -> room with the toy, blanket, casket -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the washing machine, basket of something, wall clock>"], "answer": "C) Region 1 <room with the ventilation, picture, lamp> -> room with the monitor, box, desk chair -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, basket of something, wall clock>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, dining table, sink> to Region 2 <room with the utensil, coat hanger, door window>?", "options": ["A) Region 1 <room with the oven and stove, dining table, sink> -> room with the bed sheet, towel, bedside lamp -> room with the side table, bed, bedside lamp -> Region 2 <room with the utensil, coat hanger, door window>", "B) Region 1 <room with the oven and stove, dining table, sink> -> room with the washing machine, curtain, rack -> Region 2 <room with the utensil, coat hanger, door window>", "C) Region 1 <room with the oven and stove, dining table, sink> -> room with the utensil, coat hanger, container -> Region 2 <room with the utensil, coat hanger, door window>", "D) Region 1 <room with the oven and stove, dining table, sink> -> room with the side table, bed, bedside lamp -> room with the washing machine, curtain, rack -> Region 2 <room with the utensil, coat hanger, door window>"], "answer": "D) Region 1 <room with the oven and stove, dining table, sink> -> room with the side table, bed, bedside lamp -> room with the washing machine, curtain, rack -> Region 2 <room with the utensil, coat hanger, door window>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route10/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathroom cabinet, bathtub, shower curtain> to Region 2 <room with the dining table, ceiling duct, podium>?", "options": ["A) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the ceiling duct, fire alarm, ceiling lamp -> room with the fan, cabinet, bed -> Region 2 <room with the dining table, ceiling duct, podium>", "B) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the lamp, fire alarm, shelf -> Region 2 <room with the dining table, ceiling duct, podium>", "C) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, ceiling duct, podium>", "D) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the lamp, cabinet, fire alarm -> Region 2 <room with the dining table, ceiling duct, podium>"], "answer": "C) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, ceiling duct, podium>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, painting> to Region 2 <room with the keyboard, stack of papers, file cabinet>?", "options": ["A) Region 1 <room with the stairs, staircase handrail, painting> -> room with the stack of papers, file cabinet, hanger -> room with the bowl of fruit, book, tap -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "B) Region 1 <room with the stairs, staircase handrail, painting> -> room with the curtain rod, rug, food stand -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "C) Region 1 <room with the stairs, staircase handrail, painting> -> room with the wall electronics, plush toy, chest -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "D) Region 1 <room with the stairs, staircase handrail, painting> -> room with the book, tap, kitchen island -> room with the wall electronics, plush toy, table -> Region 2 <room with the keyboard, stack of papers, file cabinet>"], "answer": "D) Region 1 <room with the stairs, staircase handrail, painting> -> room with the book, tap, kitchen island -> room with the wall electronics, plush toy, table -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route16/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rail, pot, flower vase> to Region 2 <room with the shelf, soap dispenser, shower tub>?", "options": ["A) Region 1 <room with the rail, pot, flower vase> -> room with the chest, box, mirror -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "B) Region 1 <room with the rail, pot, flower vase> -> room with the wardrobe, towel, pillow -> room with the rail, curtain, pot -> Region 2 <room with the shelf, soap dispenser, shower tub>", "C) Region 1 <room with the rail, pot, flower vase> -> room with the chest, box, mirror -> Region 2 <room with the shelf, soap dispenser, shower tub>", "D) Region 1 <room with the rail, pot, flower vase> -> room with the chest, dustbin, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>"], "answer": "A) Region 1 <room with the rail, pot, flower vase> -> room with the chest, box, mirror -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the mirror, shower curtain, countertop> to Region 2 <room with the refrigerator, stove, kitchen island>?", "options": ["A) Region 1 <room with the mirror, shower curtain, countertop> -> room with the hanging clothes, bed, shelf -> room with the hanging clothes, bed, pillow -> room with the toilet paper, shower knob, shower seat -> Region 2 <room with the refrigerator, stove, kitchen island>", "B) Region 1 <room with the mirror, shower curtain, countertop> -> room with the desk, armchair, chest of drawers -> room with the fireplace, pillow, stairs -> Region 2 <room with the refrigerator, stove, kitchen island>", "C) Region 1 <room with the mirror, shower curtain, countertop> -> room with the bed, pillow, chair -> room with the bed, pillow, shelf -> Region 2 <room with the refrigerator, stove, kitchen island>", "D) Region 1 <room with the mirror, shower curtain, countertop> -> room with the toilet paper, shower knob, shower seat -> room with the bed, rug, mirror -> Region 2 <room with the refrigerator, stove, kitchen island>"], "answer": "B) Region 1 <room with the mirror, shower curtain, countertop> -> room with the desk, armchair, chest of drawers -> room with the fireplace, pillow, stairs -> Region 2 <room with the refrigerator, stove, kitchen island>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the door window, bed, sofa seat> to Region 2 <room with the smoke alarm, decoration, mirror>?", "options": ["A) Region 1 <room with the door window, bed, sofa seat> -> room with the furnace, oven and stove, coffee machine -> Region 2 <room with the smoke alarm, decoration, mirror>", "B) Region 1 <room with the door window, bed, sofa seat> -> room with the wardrobe, tv, device -> room with the tissue box, faucet, trashcan -> Region 2 <room with the smoke alarm, decoration, mirror>", "C) Region 1 <room with the door window, bed, sofa seat> -> room with the smoke alarm, vase, decoration -> room with the door window, tv, cabinet -> Region 2 <room with the smoke alarm, decoration, mirror>", "D) Region 1 <room with the door window, bed, sofa seat> -> room with the washing machine, ironing board, clothes dryer -> room with the ceiling fan, alarm clock, bed -> room with the door window, support beam, cabinet -> Region 2 <room with the smoke alarm, decoration, mirror>"], "answer": "A) Region 1 <room with the door window, bed, sofa seat> -> room with the furnace, oven and stove, coffee machine -> Region 2 <room with the smoke alarm, decoration, mirror>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route86/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route86/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route86/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ladder, towel, mirror> to Region 2 <room with the stairs, box, surface>?", "options": ["A) Region 1 <room with the ladder, towel, mirror> -> room with the vacuum cleaner, cabinet, curtain -> Region 2 <room with the stairs, box, surface>", "B) Region 1 <room with the ladder, towel, mirror> -> room with the ladder, cabinet, bed -> room with the vacuum cleaner, painting, ladder -> room with the toilet, showerhead, towel bar -> Region 2 <room with the stairs, box, surface>", "C) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, showerhead, towel bar -> room with the sign, thermostat, smoke detector -> Region 2 <room with the stairs, box, surface>", "D) Region 1 <room with the ladder, towel, mirror> -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the stairs, box, surface>"], "answer": "C) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, showerhead, towel bar -> room with the sign, thermostat, smoke detector -> Region 2 <room with the stairs, box, surface>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, sink, flag> to Region 2 <room with the doormat, window curtain, alarm>?", "options": ["A) Region 1 <room with the oven and stove, sink, flag> -> room with the window curtain, alarm, picture -> Region 2 <room with the doormat, window curtain, alarm>", "B) Region 1 <room with the oven and stove, sink, flag> -> room with the decorative plate, fire alarm, fireplace -> room with the casket, electrical controller, tissue box -> Region 2 <room with the doormat, window curtain, alarm>", "C) Region 1 <room with the oven and stove, sink, flag> -> room with the window curtain, alarm, picture -> room with the casket, wardrobe, electrical controller -> Region 2 <room with the doormat, window curtain, alarm>", "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>"], "answer": "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the refrigerator, worktop, cutting board> to Region 2 <room with the sofa, basket, rug>?", "options": ["A) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the shower curtain, showerhead, bathtub -> Region 2 <room with the sofa, basket, rug>", "B) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the shower curtain, toilet, cosmetics -> Region 2 <room with the sofa, basket, rug>", "C) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the basket, rug, terrace -> Region 2 <room with the sofa, basket, rug>", "D) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the decor, bed, box -> Region 2 <room with the sofa, basket, rug>"], "answer": "B) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the shower curtain, toilet, cosmetics -> Region 2 <room with the sofa, basket, rug>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen cabinet, note, sprinkler> to Region 2 <room with the cosmetics, washbasin counter, towel bar>?", "options": ["A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the panel, bed, clock -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, bin, statue -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "D) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the panel, bed, sign -> Region 2 <room with the cosmetics, washbasin counter, towel bar>"], "answer": "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, bin, statue -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the thermostat, remote control, fire alarm> to Region 2 <room with the blinds, cabinet, ornament>?", "options": ["A) Region 1 <room with the thermostat, remote control, fire alarm> -> room with the thermostat, rug, light fixture -> room with the book, remote control, armchair -> room with the blinds, rug -> Region 2 <room with the blinds, cabinet, ornament>", "B) Region 1 <room with the thermostat, remote control, fire alarm> -> room with the fuse box, washer-dryer, light fixture -> Region 2 <room with the blinds, cabinet, ornament>", "C) Region 1 <room with the thermostat, remote control, fire alarm> -> room with the remote control, stool, ceiling fan -> Region 2 <room with the blinds, cabinet, ornament>", "D) Region 1 <room with the thermostat, remote control, fire alarm> -> room with the air conditioner, light fixture, rug -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the blinds, cabinet, ornament>"], "answer": "D) Region 1 <room with the thermostat, remote control, fire alarm> -> room with the air conditioner, light fixture, rug -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the blinds, cabinet, ornament>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower stand, security camera, desk> to Region 2 <room with the bench, handbag, vent>?", "options": ["A) Region 1 <room with the flower stand, security camera, desk> -> room with the rug, sensor, stairs -> room with the ceiling fan, book, fireplace -> Region 2 <room with the bench, handbag, vent>", "B) Region 1 <room with the flower stand, security camera, desk> -> room with the rug, stairs, couch -> Region 2 <room with the bench, handbag, vent>", "C) Region 1 <room with the flower stand, security camera, desk> -> room with the washing machine, balustrade -> Region 2 <room with the bench, handbag, vent>", "D) Region 1 <room with the flower stand, security camera, desk> -> room with the flower stand, desk, armchair -> Region 2 <room with the bench, handbag, vent>"], "answer": "A) Region 1 <room with the flower stand, security camera, desk> -> room with the rug, sensor, stairs -> room with the ceiling fan, book, fireplace -> Region 2 <room with the bench, handbag, vent>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, sliding door, casket> to Region 2 <room with the refrigerator, window curtain, oven and stove>?", "options": ["A) Region 1 <room with the bed, sliding door, casket> -> room with the bath wall, bathtub, bath faucet -> Region 2 <room with the refrigerator, window curtain, oven and stove>", "B) Region 1 <room with the bed, sliding door, casket> -> room with the flowerpot, throw blanket, display cabinet -> room with the casket, nightstand, bed -> Region 2 <room with the refrigerator, window curtain, oven and stove>", "C) Region 1 <room with the bed, sliding door, casket> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the refrigerator, window curtain, oven and stove>", "D) Region 1 <room with the bed, sliding door, casket> -> room with the thermostat, wall lamp, appliance -> Region 2 <room with the refrigerator, window curtain, oven and stove>"], "answer": "C) Region 1 <room with the bed, sliding door, casket> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the refrigerator, window curtain, oven and stove>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the high shelf, clothes hanger, shower cabin> to Region 2 <room with the doormat, clock, painting>?", "options": ["A) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the tv, bed, fan -> Region 2 <room with the doormat, clock, painting>", "B) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the carpet, trashcan, coffee machine -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "C) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the bed, pillow, lamp -> Region 2 <room with the doormat, clock, painting>", "D) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the clock, washing stuff, ironing board -> Region 2 <room with the doormat, clock, painting>"], "answer": "B) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the carpet, trashcan, coffee machine -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the picture, armchair, shelf> to Region 2 <room with the couch, armchair, brochure>?", "options": ["A) Region 1 <room with the picture, armchair, shelf> -> room with the vase, partition, plant -> Region 2 <room with the couch, armchair, brochure>", "B) Region 1 <room with the picture, armchair, shelf> -> room with the sign, fire extinguisher, handrail -> Region 2 <room with the couch, armchair, brochure>", "C) Region 1 <room with the picture, armchair, shelf> -> room with the desk, vase, box -> Region 2 <room with the couch, armchair, brochure>", "D) Region 1 <room with the picture, armchair, shelf> -> room with the board, binder, bin -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>"], "answer": "D) Region 1 <room with the picture, armchair, shelf> -> room with the board, binder, bin -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the fire alarm, smoke alarm, mirror> to Region 2 <room with the flowerpot, bowl of fruit, kettle>?", "options": ["A) Region 1 <room with the fire alarm, smoke alarm, mirror> -> room with the dog bed, shelving, doorpost -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "B) Region 1 <room with the fire alarm, smoke alarm, mirror> -> room with the smoke alarm, fire alarm, heater -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "C) Region 1 <room with the fire alarm, smoke alarm, mirror> -> room with the ceiling under staircase, staircase handrail, decoration -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "D) Region 1 <room with the fire alarm, smoke alarm, mirror> -> room with the smoke alarm, fire alarm, heater -> room with the recliner, iron board, tv -> Region 2 <room with the flowerpot, bowl of fruit, kettle>"], "answer": "A) Region 1 <room with the fire alarm, smoke alarm, mirror> -> room with the dog bed, shelving, doorpost -> Region 2 <room with the flowerpot, bowl of fruit, kettle>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, tv, window shade> to Region 2 <room with the faucet, oven, bottles of wine>?", "options": ["A) Region 1 <room with the chest, tv, window shade> -> room with the faucet, sink, oven -> room with the iron board, washing machine, stack of jackets -> Region 2 <room with the faucet, oven, bottles of wine>", "B) Region 1 <room with the chest, tv, window shade> -> room with the iron board, washing machine, stack of jackets -> room with the faucet, oven, fridge -> Region 2 <room with the faucet, oven, bottles of wine>", "C) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, oven, bottles of wine>", "D) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> room with the iron board, washing machine, stack of jackets -> Region 2 <room with the faucet, oven, bottles of wine>"], "answer": "C) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, oven, bottles of wine>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the wall electronics, sconce, ceiling lamp> to Region 2 <room with the bucket, fireplace, stairs railing>?", "options": ["A) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the bar, washing stuff, towel ring -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, stairs railing>", "B) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the bucket, fireplace, stairs railing>", "C) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing stuff, countertop, washing machine and dryer -> Region 2 <room with the bucket, fireplace, stairs railing>", "D) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the bed, appliance, beam -> room with the tv stand, window curtain, armchair -> room with the bar, washing stuff, towel ring -> Region 2 <room with the bucket, fireplace, stairs railing>"], "answer": "A) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the bar, washing stuff, towel ring -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, stairs railing>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, mirror, toilet> to Region 2 <room with the couch, ceiling light fixture connection, door knob>?", "options": ["A) Region 1 <room with the shower curtain, mirror, toilet> -> room with the stairs, staircase handrail, door knob -> room with the mirror, hanger, rug -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "B) Region 1 <room with the shower curtain, mirror, toilet> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the pillow, nightstand, bed -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "C) Region 1 <room with the shower curtain, mirror, toilet> -> room with the pillow, clothes hanger, closet door -> room with the towel bar, rug, toilet paper -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "D) Region 1 <room with the shower curtain, mirror, toilet> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, ceiling light fixture connection, door knob>"], "answer": "B) Region 1 <room with the shower curtain, mirror, toilet> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the pillow, nightstand, bed -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tap, flower, ceiling dome> to Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>?", "options": ["A) Region 1 <room with the tap, flower, ceiling dome> -> room with the backpack, hanger, clothes rack -> room with the hanger, clothes rack, clothes -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "B) Region 1 <room with the tap, flower, ceiling dome> -> room with the hat, shelf with clutter, shoe -> room with the pouffe, blinds, sofa chair -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "C) Region 1 <room with the tap, flower, ceiling dome> -> room with the backpack, hanger, clothes rack -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "D) Region 1 <room with the tap, flower, ceiling dome> -> room with the decorative plant, device, appliance -> room with the hanger, clothes rack, clothes -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>"], "answer": "D) Region 1 <room with the tap, flower, ceiling dome> -> room with the decorative plant, device, appliance -> room with the hanger, clothes rack, clothes -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, door knob> to Region 2 <room with the toilet, picture, shower dial>?", "options": ["A) Region 1 <room with the bed, door knob> -> room with the side table, umbrella, rack -> room with the toilet, table lamp, shower dial -> room with the umbrella, rack, hearth -> Region 2 <room with the toilet, picture, shower dial>", "B) Region 1 <room with the bed, door knob> -> room with the bathroom cabinet, shower shelf, toilet paper -> room with the hearth, sofa, remote control -> Region 2 <room with the toilet, picture, shower dial>", "C) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> room with the bedside table, bed, decoration -> Region 2 <room with the toilet, picture, shower dial>", "D) Region 1 <room with the bed, door knob> -> room with the remote control, slippers, device -> room with the bath, sheet, blanket -> Region 2 <room with the toilet, picture, shower dial>"], "answer": "C) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> room with the bedside table, bed, decoration -> Region 2 <room with the toilet, picture, shower dial>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route45/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route45/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route45/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, bathtub, bath wall> to Region 2 <room with the dining table, bowl of fruit, pillar>?", "options": ["A) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the wardrobe, bed table, fire alarm -> room with the desk, chair, dresser -> Region 2 <room with the dining table, bowl of fruit, pillar>", "B) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>", "C) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the vent, bathroom cabinet, mirror -> room with the dining table, pillar, dining chair -> room with the bed table, bedside lamp, bed -> Region 2 <room with the dining table, bowl of fruit, pillar>", "D) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the bed table, bedside lamp, bed -> Region 2 <room with the dining table, bowl of fruit, pillar>"], "answer": "B) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the box, desk chair, plush toy> to Region 2 <room with the shower dial, shower floor, bathtub utensil>?", "options": ["A) Region 1 <room with the box, desk chair, plush toy> -> room with the bag, piano bench, piano -> Region 2 <room with the shower dial, shower floor, bathtub utensil>", "B) Region 1 <room with the box, desk chair, plush toy> -> room with the bag, shoe, piano bench -> Region 2 <room with the shower dial, shower floor, bathtub utensil>", "C) Region 1 <room with the box, desk chair, plush toy> -> room with the towel, rug, picture -> Region 2 <room with the shower dial, shower floor, bathtub utensil>", "D) Region 1 <room with the box, desk chair, plush toy> -> room with the ventilation, picture, lamp -> Region 2 <room with the shower dial, shower floor, bathtub utensil>"], "answer": "D) Region 1 <room with the box, desk chair, plush toy> -> room with the ventilation, picture, lamp -> Region 2 <room with the shower dial, shower floor, bathtub utensil>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the nightstand, bed sheet, towel> to Region 2 <room with the side table, bed, cuddly toy>?", "options": ["A) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the side table, bed, cuddly toy>", "B) Region 1 <room with the nightstand, bed sheet, towel> -> room with the folding chair, bin, side table -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the side table, bed, cuddly toy>", "C) Region 1 <room with the nightstand, bed sheet, towel> -> room with the oven and stove, dining table, sink -> room with the utensil, coat hanger, door window -> Region 2 <room with the side table, bed, cuddly toy>", "D) Region 1 <room with the nightstand, bed sheet, towel> -> room with the utensil, coat hanger, container -> Region 2 <room with the side table, bed, cuddly toy>"], "answer": "A) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the side table, bed, cuddly toy>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route3/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel, tray, refrigerator> to Region 2 <room with the dining table, wall lamp, ceiling duct>?", "options": ["A) Region 1 <room with the towel, tray, refrigerator> -> room with the tray, refrigerator, kitchen countertop items -> room with the lamp, fire alarm, shelf -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "B) Region 1 <room with the towel, tray, refrigerator> -> room with the bed, fan, shelf -> room with the dining table, ceiling duct, wall lamp -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "C) Region 1 <room with the towel, tray, refrigerator> -> room with the blanket, step, fireplace -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "D) Region 1 <room with the towel, tray, refrigerator> -> room with the bed, fan, shelf -> room with the bed, fire alarm, fan -> Region 2 <room with the dining table, wall lamp, ceiling duct>"], "answer": "C) Region 1 <room with the towel, tray, refrigerator> -> room with the blanket, step, fireplace -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route21/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the painting, tv, table> to Region 2 <room with the clock, cabinet table, wall electronics>?", "options": ["A) Region 1 <room with the painting, tv, table> -> room with the computer mouse, file cabinet, bag -> room with the shelf, tv, speaker -> Region 2 <room with the clock, cabinet table, wall electronics>", "B) Region 1 <room with the painting, tv, table> -> room with the curtain rod, mirror, food stand -> Region 2 <room with the clock, cabinet table, wall electronics>", "C) Region 1 <room with the painting, tv, table> -> room with the rug, food stand, dining table -> room with the book, kitchen island, washing machine -> Region 2 <room with the clock, cabinet table, wall electronics>", "D) Region 1 <room with the painting, tv, table> -> room with the wall electronics, plush toy, table -> room with the computer mouse, file cabinet, bag -> Region 2 <room with the clock, cabinet table, wall electronics>"], "answer": "C) Region 1 <room with the painting, tv, table> -> room with the rug, food stand, dining table -> room with the book, kitchen island, washing machine -> Region 2 <room with the clock, cabinet table, wall electronics>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, dustbin, lamp> to Region 2 <room with the shelf, soap dispenser, mirror>?", "options": ["A) Region 1 <room with the chest, dustbin, lamp> -> room with the thermostat, lamp -> room with the wardrobe, pillow, towel -> Region 2 <room with the shelf, soap dispenser, mirror>", "B) Region 1 <room with the chest, dustbin, lamp> -> room with the dustbin, bowl, lamp -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "C) Region 1 <room with the chest, dustbin, lamp> -> room with the chest, lamp, beam -> Region 2 <room with the shelf, soap dispenser, mirror>", "D) Region 1 <room with the chest, dustbin, lamp> -> room with the shelf, soap dispenser, shower tub -> room with the thermostat, mirror, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>"], "answer": "A) Region 1 <room with the chest, dustbin, lamp> -> room with the thermostat, lamp -> room with the wardrobe, pillow, towel -> Region 2 <room with the shelf, soap dispenser, mirror>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, towel, towel bar> to Region 2 <room with the bed, pillow, shelf>?", "options": ["A) Region 1 <room with the shower curtain, towel, towel bar> -> room with the toilet paper, shower knob, bathtub -> Region 2 <room with the bed, pillow, shelf>", "B) Region 1 <room with the shower curtain, towel, towel bar> -> room with the toilet paper, shower knob, shower seat -> Region 2 <room with the bed, pillow, shelf>", "C) Region 1 <room with the shower curtain, towel, towel bar> -> room with the bed, pillow, chair -> room with the bed, shelf, pillow -> Region 2 <room with the bed, pillow, shelf>", "D) Region 1 <room with the shower curtain, towel, towel bar> -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, shelf>"], "answer": "D) Region 1 <room with the shower curtain, towel, towel bar> -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, shelf>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route8/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet, flower vase> to Region 2 <room with the smoke alarm, vase, decoration>?", "options": ["A) Region 1 <room with the toilet, flower vase> -> room with the trashcan, towel, faucet -> room with the washing machine, ironing board, clothes dryer -> room with the sink cabinet, soap bottle, trashcan -> Region 2 <room with the smoke alarm, vase, decoration>", "B) Region 1 <room with the toilet, flower vase> -> room with the box with books, furnace, oven and stove -> Region 2 <room with the smoke alarm, vase, decoration>", "C) Region 1 <room with the toilet, flower vase> -> room with the door window, tv, ceiling fan -> Region 2 <room with the smoke alarm, vase, decoration>", "D) Region 1 <room with the toilet, flower vase> -> room with the ceiling fan, alarm clock, bed -> Region 2 <room with the smoke alarm, vase, decoration>"], "answer": "B) Region 1 <room with the toilet, flower vase> -> room with the box with books, furnace, oven and stove -> Region 2 <room with the smoke alarm, vase, decoration>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, smoke detector, curtain> to Region 2 <room with the table, sideboard, coffee maker>?", "options": ["A) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the shower dial, showerhead, toilet -> Region 2 <room with the table, sideboard, coffee maker>", "B) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the shelf, shower cabin, hook -> Region 2 <room with the table, sideboard, coffee maker>", "C) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the sign, thermostat, hook -> Region 2 <room with the table, sideboard, coffee maker>", "D) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the vacuum cleaner, cabinet, curtain -> Region 2 <room with the table, sideboard, coffee maker>"], "answer": "C) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the sign, thermostat, hook -> Region 2 <room with the table, sideboard, coffee maker>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, sink, flag> to Region 2 <room with the bath, bathroom cabinet, trashcan>?", "options": ["A) Region 1 <room with the oven and stove, sink, flag> -> room with the electrical controller, bed, dresser -> room with the kitchen shelf, bottle of soap, bathroom shelf -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "B) Region 1 <room with the oven and stove, sink, flag> -> room with the decorative plate, fire alarm, fireplace -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "C) Region 1 <room with the oven and stove, sink, flag> -> room with the casket, wardrobe, electrical controller -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>"], "answer": "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, trashcan, sofa> to Region 2 <room with the decor, box, clock>?", "options": ["A) Region 1 <room with the desk, trashcan, sofa> -> room with the refrigerator, worktop, cutting board -> room with the basket, rug, terrace -> Region 2 <room with the decor, box, clock>", "B) Region 1 <room with the desk, trashcan, sofa> -> room with the clothes dryer, recuperator, outlet -> Region 2 <room with the decor, box, clock>", "C) Region 1 <room with the desk, trashcan, sofa> -> room with the shower curtain, showerhead, bathtub -> Region 2 <room with the decor, box, clock>", "D) Region 1 <room with the desk, trashcan, sofa> -> room with the basket, rug, terrace -> room with the clothes dryer, recuperator, outlet -> Region 2 <room with the decor, box, clock>"], "answer": "A) Region 1 <room with the desk, trashcan, sofa> -> room with the refrigerator, worktop, cutting board -> room with the basket, rug, terrace -> Region 2 <room with the decor, box, clock>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, statue, tv stand> to Region 2 <room with the clothes, mirror, magazine>?", "options": ["A) Region 1 <room with the remote control, statue, tv stand> -> room with the shower tap, shower ceiling, shower floor -> room with the panel, bed, sign -> Region 2 <room with the clothes, mirror, magazine>", "B) Region 1 <room with the remote control, statue, tv stand> -> room with the shower ceiling, shower wall -> Region 2 <room with the clothes, mirror, magazine>", "C) Region 1 <room with the remote control, statue, tv stand> -> room with the shelf, cabinet, hanger -> room with the cosmetics, washbasin counter, towel bar -> Region 2 <room with the clothes, mirror, magazine>", "D) Region 1 <room with the remote control, statue, tv stand> -> room with the panel, bed, clock -> room with the shower tap, shower ceiling, shower floor -> Region 2 <room with the clothes, mirror, magazine>"], "answer": "B) Region 1 <room with the remote control, statue, tv stand> -> room with the shower ceiling, shower wall -> Region 2 <room with the clothes, mirror, magazine>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the air conditioner, thermostat, light fixture> to Region 2 <room with the blinds, rug>?", "options": ["A) Region 1 <room with the air conditioner, thermostat, light fixture> -> room with the decoration, blanket, curtain rod -> Region 2 <room with the blinds, rug>", "B) Region 1 <room with the air conditioner, thermostat, light fixture> -> room with the shower curtain, shower curtain rod, bath mat -> room with the showerhead, shower valve, bathroom counter -> room with the cabinet, ceiling fan, fire alarm -> Region 2 <room with the blinds, rug>", "C) Region 1 <room with the air conditioner, thermostat, light fixture> -> room with the nightstand, bed, blanket -> room with the decoration, blanket, light fixture -> Region 2 <room with the blinds, rug>", "D) Region 1 <room with the air conditioner, thermostat, light fixture> -> room with the thermostat, light fixture, rug -> room with the showerhead, shower valve, bathroom counter -> Region 2 <room with the blinds, rug>"], "answer": "A) Region 1 <room with the air conditioner, thermostat, light fixture> -> room with the decoration, blanket, curtain rod -> Region 2 <room with the blinds, rug>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route22/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, sensor, stairs> to Region 2 <room with the bench, handbag, vent>?", "options": ["A) Region 1 <room with the rug, sensor, stairs> -> room with the basket, washing machine, balustrade -> room with the flower stand, security camera, desk -> Region 2 <room with the bench, handbag, vent>", "B) Region 1 <room with the rug, sensor, stairs> -> room with the rug, stairs, couch -> Region 2 <room with the bench, handbag, vent>", "C) Region 1 <room with the rug, sensor, stairs> -> room with the ceiling fan, book, fireplace -> Region 2 <room with the bench, handbag, vent>", "D) Region 1 <room with the rug, sensor, stairs> -> room with the flower stand, security camera, desk -> Region 2 <room with the bench, handbag, vent>"], "answer": "C) Region 1 <room with the rug, sensor, stairs> -> room with the ceiling fan, book, fireplace -> Region 2 <room with the bench, handbag, vent>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, sliding door, casket> to Region 2 <room with the thermostat, wall lamp, appliance>?", "options": ["A) Region 1 <room with the bed, sliding door, casket> -> room with the decoration, carpet roll, seat -> room with the storage shelving, closet storage area, clothes container -> Region 2 <room with the thermostat, wall lamp, appliance>", "B) Region 1 <room with the bed, sliding door, casket> -> room with the flowerpot, throw blanket, display cabinet -> Region 2 <room with the thermostat, wall lamp, appliance>", "C) Region 1 <room with the bed, sliding door, casket> -> room with the storage shelving, appliance, wardrobe -> room with the casket, island, wall lamp -> Region 2 <room with the thermostat, wall lamp, appliance>", "D) Region 1 <room with the bed, sliding door, casket> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>"], "answer": "D) Region 1 <room with the bed, sliding door, casket> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the office chair, printer, desk> to Region 2 <room with the sink cabinet, toilet, mirror>?", "options": ["A) Region 1 <room with the office chair, printer, desk> -> room with the bed, pillow, lamp -> room with the high shelf, towel, liquid soap -> Region 2 <room with the sink cabinet, toilet, mirror>", "B) Region 1 <room with the office chair, printer, desk> -> room with the doormat, clock, painting -> Region 2 <room with the sink cabinet, toilet, mirror>", "C) Region 1 <room with the office chair, printer, desk> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the sink cabinet, toilet, mirror>", "D) Region 1 <room with the office chair, printer, desk> -> room with the mirror, lamp -> Region 2 <room with the sink cabinet, toilet, mirror>"], "answer": "B) Region 1 <room with the office chair, printer, desk> -> room with the doormat, clock, painting -> Region 2 <room with the sink cabinet, toilet, mirror>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stack of papers, armchair, desk> to Region 2 <room with the couch, armchair, brochure>?", "options": ["A) Region 1 <room with the stack of papers, armchair, desk> -> room with the desk, vase, box -> Region 2 <room with the couch, armchair, brochure>", "B) Region 1 <room with the stack of papers, armchair, desk> -> room with the wall hanging decoration, handrail, pillar -> room with the board, shelf, clutter -> Region 2 <room with the couch, armchair, brochure>", "C) Region 1 <room with the stack of papers, armchair, desk> -> room with the board, shelf, clutter -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "D) Region 1 <room with the stack of papers, armchair, desk> -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>"], "answer": "C) Region 1 <room with the stack of papers, armchair, desk> -> room with the board, shelf, clutter -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flowerpot, bowl of fruit, kettle> to Region 2 <room with the fire alarm, smoke alarm, mirror>?", "options": ["A) Region 1 <room with the flowerpot, bowl of fruit, kettle> -> room with the ceiling under staircase, staircase handrail, decoration -> room with the smoke alarm, fire alarm, heater -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "B) Region 1 <room with the flowerpot, bowl of fruit, kettle> -> room with the flowerpot, kettle, dishwasher -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "C) Region 1 <room with the flowerpot, bowl of fruit, kettle> -> room with the recliner, iron board, tv -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "D) Region 1 <room with the flowerpot, bowl of fruit, kettle> -> room with the dog bed, shelving, doorpost -> Region 2 <room with the fire alarm, smoke alarm, mirror>"], "answer": "D) Region 1 <room with the flowerpot, bowl of fruit, kettle> -> room with the dog bed, shelving, doorpost -> Region 2 <room with the fire alarm, smoke alarm, mirror>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route2/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the doormat, stairs, door window> to Region 2 <room with the baby changing table, table cloth, curtain rod cover>?", "options": ["A) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "B) Region 1 <room with the doormat, stairs, door window> -> room with the faucet, oven, fridge -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "C) Region 1 <room with the doormat, stairs, door window> -> room with the iron board, washing machine, stack of jackets -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "D) Region 1 <room with the doormat, stairs, door window> -> room with the doormat, stairs, railing -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>"], "answer": "A) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> Region 2 <room with the baby changing table, table cloth, curtain rod cover>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route2/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the washing stuff, towel ring, countertop> to Region 2 <room with the dining table, window glass, lampshade>?", "options": ["A) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the washing machine and dryer, countertop, ceiling lamp -> Region 2 <room with the dining table, window glass, lampshade>", "B) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the dining table, window glass, lampshade>", "C) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the washing stuff, countertop, washing machine and dryer -> Region 2 <room with the dining table, window glass, lampshade>", "D) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the bar, washing stuff, towel ring -> Region 2 <room with the dining table, window glass, lampshade>"], "answer": "B) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the dining table, window glass, lampshade>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, rack, dresser> to Region 2 <room with the couch, cabinet, door knob>?", "options": ["A) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the pillow, nightstand, closet door -> Region 2 <room with the couch, cabinet, door knob>", "B) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> room with the pillow, clothes hanger, closet door -> Region 2 <room with the couch, cabinet, door knob>", "C) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the couch, cabinet, door knob>", "D) Region 1 <room with the carpet, rack, dresser> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, cabinet, door knob>"], "answer": "B) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> room with the pillow, clothes hanger, closet door -> Region 2 <room with the couch, cabinet, door knob>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the pouffe, blinds, sofa chair> to Region 2 <room with the decorative plant, appliance, device>?", "options": ["A) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the hat, shelf with clutter, shoe -> Region 2 <room with the decorative plant, appliance, device>", "B) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the toilet, bathroom cabinet, bathroom utensil -> room with the decorative plant, device, appliance -> room with the hat, shelf with clutter, shoe -> Region 2 <room with the decorative plant, appliance, device>", "C) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> Region 2 <room with the decorative plant, appliance, device>", "D) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the backpack, hanger, clothes rack -> Region 2 <room with the decorative plant, appliance, device>"], "answer": "C) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> Region 2 <room with the decorative plant, appliance, device>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route14/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the banister, stairs> to Region 2 <room with the side table, umbrella, rack>?", "options": ["A) Region 1 <room with the banister, stairs> -> room with the range hood, cutting board, glasses -> Region 2 <room with the side table, umbrella, rack>", "B) Region 1 <room with the banister, stairs> -> room with the fire alarm, bed, door knob -> room with the table lamp, bed -> Region 2 <room with the side table, umbrella, rack>", "C) Region 1 <room with the banister, stairs> -> room with the bath, sheet, carpet -> Region 2 <room with the side table, umbrella, rack>", "D) Region 1 <room with the banister, stairs> -> room with the bathroom cabinet, shower wall -> room with the faucet, toilet, toilet paper -> Region 2 <room with the side table, umbrella, rack>"], "answer": "A) Region 1 <room with the banister, stairs> -> room with the range hood, cutting board, glasses -> Region 2 <room with the side table, umbrella, rack>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route10/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, bathtub, bath wall> to Region 2 <room with the dining table, bowl of fruit, pillar>?", "options": ["A) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the basket, fire alarm, bin -> Region 2 <room with the dining table, bowl of fruit, pillar>", "B) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the wardrobe, bed table, fire alarm -> room with the stairs railing, stair, decoration -> Region 2 <room with the dining table, bowl of fruit, pillar>", "C) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the step, shower pipe, toilet -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>", "D) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>"], "answer": "D) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shoe, piano bench, recessed wall> to Region 2 <room with the shower bench, shower dial, toilet>?", "options": ["A) Region 1 <room with the shoe, piano bench, recessed wall> -> room with the shower dial, shower soap shelf, shower floor -> Region 2 <room with the shower bench, shower dial, toilet>", "B) Region 1 <room with the shoe, piano bench, recessed wall> -> room with the shower bench, scale, shower stall -> room with the shower bench, scale, wardrobe -> Region 2 <room with the shower bench, shower dial, toilet>", "C) Region 1 <room with the shoe, piano bench, recessed wall> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower bench, shower dial, toilet>", "D) Region 1 <room with the shoe, piano bench, recessed wall> -> room with the shower bench, scale, shower stall -> room with the bag, piano bench, piano -> room with the towel, rug, picture -> Region 2 <room with the shower bench, shower dial, toilet>"], "answer": "C) Region 1 <room with the shoe, piano bench, recessed wall> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower bench, shower dial, toilet>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rail, faucet, toilet> to Region 2 <room with the oven and stove, dining table, sink>?", "options": ["A) Region 1 <room with the shower rail, faucet, toilet> -> room with the shower rail, faucet, bathroom shelf -> Region 2 <room with the oven and stove, dining table, sink>", "B) Region 1 <room with the shower rail, faucet, toilet> -> room with the bed sheet, towel, bedside lamp -> room with the side table, bed, cuddly toy -> Region 2 <room with the oven and stove, dining table, sink>", "C) Region 1 <room with the shower rail, faucet, toilet> -> room with the nightstand, bed sheet, towel -> Region 2 <room with the oven and stove, dining table, sink>", "D) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the oven and stove, dining table, sink>"], "answer": "D) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the oven and stove, dining table, sink>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the wardrobe, towel bar, towel> to Region 2 <room with the bathroom cabinet, bathtub, shower curtain>?", "options": ["A) Region 1 <room with the wardrobe, towel bar, towel> -> room with the lamp, cabinet, fire alarm -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "B) Region 1 <room with the wardrobe, towel bar, towel> -> room with the bed, fire alarm, fan -> room with the cabinet, decoration -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "C) Region 1 <room with the wardrobe, towel bar, towel> -> room with the cabinet, bed, fan -> room with the towel, tray, fire alarm -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "D) Region 1 <room with the wardrobe, towel bar, towel> -> room with the rack, lamp, fire alarm -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>"], "answer": "A) Region 1 <room with the wardrobe, towel bar, towel> -> room with the lamp, cabinet, fire alarm -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the painting, floor lamp, couch> to Region 2 <room with the stairs, staircase handrail>?", "options": ["A) Region 1 <room with the painting, floor lamp, couch> -> room with the bowl of fruit, book, tap -> Region 2 <room with the stairs, staircase handrail>", "B) Region 1 <room with the painting, floor lamp, couch> -> room with the curtain rod, rug, food stand -> Region 2 <room with the stairs, staircase handrail>", "C) Region 1 <room with the painting, floor lamp, couch> -> room with the book, kitchen island, washing machine -> Region 2 <room with the stairs, staircase handrail>", "D) Region 1 <room with the painting, floor lamp, couch> -> room with the chest, flower, throw blanket -> Region 2 <room with the stairs, staircase handrail>"], "answer": "B) Region 1 <room with the painting, floor lamp, couch> -> room with the curtain rod, rug, food stand -> Region 2 <room with the stairs, staircase handrail>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rail, pot, flower vase> to Region 2 <room with the wardrobe, towel, pillow>?", "options": ["A) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> room with the rail, curtain, pot -> Region 2 <room with the wardrobe, towel, pillow>", "B) Region 1 <room with the rail, pot, flower vase> -> room with the wardrobe, pillow, towel -> Region 2 <room with the wardrobe, towel, pillow>", "C) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> room with the thermostat, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "D) Region 1 <room with the rail, pot, flower vase> -> room with the container, electric box, desk -> Region 2 <room with the wardrobe, towel, pillow>"], "answer": "C) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> room with the thermostat, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route10/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, towel, towel bar> to Region 2 <room with the toilet paper, shower knob, bathtub>?", "options": ["A) Region 1 <room with the shower curtain, towel, towel bar> -> room with the shower curtain, countertop, towel ring -> room with the mirror, shower curtain, countertop -> Region 2 <room with the toilet paper, shower knob, bathtub>", "B) Region 1 <room with the shower curtain, towel, towel bar> -> room with the shower curtain, countertop, towel ring -> room with the refrigerator, box, stove -> Region 2 <room with the toilet paper, shower knob, bathtub>", "C) Region 1 <room with the shower curtain, towel, towel bar> -> room with the shower curtain, countertop, towel ring -> room with the mirror, bed, rug -> Region 2 <room with the toilet paper, shower knob, bathtub>", "D) Region 1 <room with the shower curtain, towel, towel bar> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, pillow -> Region 2 <room with the toilet paper, shower knob, bathtub>"], "answer": "D) Region 1 <room with the shower curtain, towel, towel bar> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, pillow -> Region 2 <room with the toilet paper, shower knob, bathtub>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route9/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route9/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the box with books, furnace, telephone> to Region 2 <room with the sink cabinet, shower door, shower wall>?", "options": ["A) Region 1 <room with the box with books, furnace, telephone> -> room with the alarm clock, telephone, sofa seat -> Region 2 <room with the sink cabinet, shower door, shower wall>", "B) Region 1 <room with the box with books, furnace, telephone> -> room with the smoke alarm, mirror, vase -> Region 2 <room with the sink cabinet, shower door, shower wall>", "C) Region 1 <room with the box with books, furnace, telephone> -> room with the sink cabinet, shower door, towel bar -> Region 2 <room with the sink cabinet, shower door, shower wall>", "D) Region 1 <room with the box with books, furnace, telephone> -> room with the smoke alarm, decoration, mirror -> Region 2 <room with the sink cabinet, shower door, shower wall>"], "answer": "B) Region 1 <room with the box with books, furnace, telephone> -> room with the smoke alarm, mirror, vase -> Region 2 <room with the sink cabinet, shower door, shower wall>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route64/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route64/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route64/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ladder, cabinet, bed> to Region 2 <room with the table, sideboard, coffee maker>?", "options": ["A) Region 1 <room with the ladder, cabinet, bed> -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the table, sideboard, coffee maker>", "B) Region 1 <room with the ladder, cabinet, bed> -> room with the shower rod, bathroom counter, shower seat -> Region 2 <room with the table, sideboard, coffee maker>", "C) Region 1 <room with the ladder, cabinet, bed> -> room with the sign, thermostat, painting -> Region 2 <room with the table, sideboard, coffee maker>", "D) Region 1 <room with the ladder, cabinet, bed> -> room with the ladder, towel, mirror -> Region 2 <room with the table, sideboard, coffee maker>"], "answer": "A) Region 1 <room with the ladder, cabinet, bed> -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the table, sideboard, coffee maker>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, bottle of soap, towel> to Region 2 <room with the bath, bathroom cabinet, trashcan>?", "options": ["A) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the kitchen shelf, bottle of soap -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "B) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "C) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, ventilation hood, window curtain -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "D) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the window curtain, alarm, picture -> room with the kitchen shelf, bathroom shelf, towel -> Region 2 <room with the bath, bathroom cabinet, trashcan>"], "answer": "B) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clock, bed, blanket> to Region 2 <room with the refrigerator, worktop, cutting board>?", "options": ["A) Region 1 <room with the clock, bed, blanket> -> room with the shower curtain, showerhead, bathtub -> Region 2 <room with the refrigerator, worktop, cutting board>", "B) Region 1 <room with the clock, bed, blanket> -> room with the basket, rug, terrace -> room with the shower curtain, showerhead, toilet -> Region 2 <room with the refrigerator, worktop, cutting board>", "C) Region 1 <room with the clock, bed, blanket> -> room with the decor, bed, box -> Region 2 <room with the refrigerator, worktop, cutting board>", "D) Region 1 <room with the clock, bed, blanket> -> room with the rug, terrace, tv -> room with the decor, bed, box -> Region 2 <room with the refrigerator, worktop, cutting board>"], "answer": "D) Region 1 <room with the clock, bed, blanket> -> room with the rug, terrace, tv -> room with the decor, bed, box -> Region 2 <room with the refrigerator, worktop, cutting board>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, statue, tv stand> to Region 2 <room with the panel, bed, clock>?", "options": ["A) Region 1 <room with the remote control, statue, tv stand> -> room with the remote control, tv, bin -> Region 2 <room with the panel, bed, clock>", "B) Region 1 <room with the remote control, statue, tv stand> -> room with the cosmetics, washbasin counter, towel bar -> Region 2 <room with the panel, bed, clock>", "C) Region 1 <room with the remote control, statue, tv stand> -> room with the shower ceiling, shower wall -> room with the clothes, mirror, magazine -> Region 2 <room with the panel, bed, clock>", "D) Region 1 <room with the remote control, statue, tv stand> -> room with the soap, bathtub, toilet paper -> Region 2 <room with the panel, bed, clock>"], "answer": "C) Region 1 <room with the remote control, statue, tv stand> -> room with the shower ceiling, shower wall -> room with the clothes, mirror, magazine -> Region 2 <room with the panel, bed, clock>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathtub, hook, bathtub platform> to Region 2 <room with the sofa, dog bed, kitchen island>?", "options": ["A) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the remote control, fire alarm, book -> room with the air conditioner, thermostat, rug -> room with the ceiling fan, nightstand, bed -> Region 2 <room with the sofa, dog bed, kitchen island>", "B) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the blanket, curtain rod, ceiling fan -> Region 2 <room with the sofa, dog bed, kitchen island>", "C) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the air conditioner, light fixture, thermostat -> room with the shower curtain, shower curtain rod, bath mat -> room with the remote control, stool, cabinet -> room with the decoration, blanket, ceiling fan -> Region 2 <room with the sofa, dog bed, kitchen island>", "D) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the cabinet, ceiling fan, fire alarm -> room with the showerhead, shower valve, bathroom cabinet -> room with the showerhead, shower valve, bathroom counter -> room with the nightstand, ceiling fan, bed -> Region 2 <room with the sofa, dog bed, kitchen island>"], "answer": "A) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the remote control, fire alarm, book -> room with the air conditioner, thermostat, rug -> room with the ceiling fan, nightstand, bed -> Region 2 <room with the sofa, dog bed, kitchen island>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route4/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower stand, desk, armchair> to Region 2 <room with the ceiling fan, book, fireplace>?", "options": ["A) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, sensor, stairs -> room with the bowl, blinds, microwave -> Region 2 <room with the ceiling fan, book, fireplace>", "B) Region 1 <room with the flower stand, desk, armchair> -> room with the basket, balustrade -> room with the bowl, blinds, microwave -> Region 2 <room with the ceiling fan, book, fireplace>", "C) Region 1 <room with the flower stand, desk, armchair> -> room with the bench, handbag, vent -> Region 2 <room with the ceiling fan, book, fireplace>", "D) Region 1 <room with the flower stand, desk, armchair> -> room with the flower stand, security camera, desk -> room with the rug, stairs, couch -> Region 2 <room with the ceiling fan, book, fireplace>"], "answer": "A) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, sensor, stairs -> room with the bowl, blinds, microwave -> Region 2 <room with the ceiling fan, book, fireplace>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath wall, shower knob, shower wall> to Region 2 <room with the roomba, flowerpot, throw blanket>?", "options": ["A) Region 1 <room with the bath wall, shower knob, shower wall> -> room with the bed, sliding door, casket -> Region 2 <room with the roomba, flowerpot, throw blanket>", "B) Region 1 <room with the bath wall, shower knob, shower wall> -> room with the shower floor, bathroom towel, step stool -> Region 2 <room with the roomba, flowerpot, throw blanket>", "C) Region 1 <room with the bath wall, shower knob, shower wall> -> room with the storage shelving, appliance, wardrobe -> room with the bed, sliding door, casket -> Region 2 <room with the roomba, flowerpot, throw blanket>", "D) Region 1 <room with the bath wall, shower knob, shower wall> -> room with the decoration, carpet roll, seat -> Region 2 <room with the roomba, flowerpot, throw blanket>"], "answer": "C) Region 1 <room with the bath wall, shower knob, shower wall> -> room with the storage shelving, appliance, wardrobe -> room with the bed, sliding door, casket -> Region 2 <room with the roomba, flowerpot, throw blanket>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ironing board, clock, washing machine> to Region 2 <room with the doormat, clock, painting>?", "options": ["A) Region 1 <room with the ironing board, clock, washing machine> -> room with the sink cabinet, mirror -> Region 2 <room with the doormat, clock, painting>", "B) Region 1 <room with the ironing board, clock, washing machine> -> room with the sink cabinet, mirror, toilet -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "C) Region 1 <room with the ironing board, clock, washing machine> -> room with the toilet paper, toilet, lamp -> room with the office chair, printer, desk -> room with the sink cabinet, mirror -> Region 2 <room with the doormat, clock, painting>", "D) Region 1 <room with the ironing board, clock, washing machine> -> room with the device, painting, lamp -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>"], "answer": "D) Region 1 <room with the ironing board, clock, washing machine> -> room with the device, painting, lamp -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route32/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route32/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route32/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the doormat, stairs, door window> to Region 2 <room with the faucet, sink, oven>?", "options": ["A) Region 1 <room with the doormat, stairs, door window> -> room with the iron board, washing machine, stack of jackets -> room with the faucet, oven, fridge -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "B) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "C) Region 1 <room with the doormat, stairs, door window> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "D) Region 1 <room with the doormat, stairs, door window> -> room with the faucet, oven, bottles of wine -> Region 2 <room with the faucet, sink, oven>"], "answer": "B) Region 1 <room with the doormat, stairs, door window> -> room with the chest, tv, window shade -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the washing machine and dryer, countertop, cabinet> to Region 2 <room with the bucket, fireplace, recessed wall>?", "options": ["A) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the wall electronics, ceiling lamp, sconce -> Region 2 <room with the bucket, fireplace, recessed wall>", "B) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the dining table, window glass, lampshade -> room with the washing stuff, countertop, faucet -> Region 2 <room with the bucket, fireplace, recessed wall>", "C) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the countertop, bathroom towel, cabinet -> room with the faucet, bar, washing stuff -> Region 2 <room with the bucket, fireplace, recessed wall>", "D) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, recessed wall>"], "answer": "D) Region 1 <room with the washing machine and dryer, countertop, cabinet> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, recessed wall>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route21/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route21/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, rack, dresser> to Region 2 <room with the couch, cabinet, door knob>?", "options": ["A) Region 1 <room with the carpet, rack, dresser> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, cabinet, door knob>", "B) Region 1 <room with the carpet, rack, dresser> -> room with the pillow, clothes hanger, closet door -> Region 2 <room with the couch, cabinet, door knob>", "C) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, cabinet, door knob>", "D) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the couch, cabinet, door knob>"], "answer": "C) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, cabinet, door knob>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tap, ceiling dome, bowl> to Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>?", "options": ["A) Region 1 <room with the tap, ceiling dome, bowl> -> room with the hanger, clothes rack, clothes -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "B) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, appliance, device -> room with the backpack, hanger, clothes rack -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "C) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, device, appliance -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "D) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, appliance, device -> room with the hanger, clothes rack, clothes -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>"], "answer": "B) Region 1 <room with the tap, ceiling dome, bowl> -> room with the decorative plant, appliance, device -> room with the backpack, hanger, clothes rack -> Region 2 <room with the toilet, bathroom cabinet, bathroom utensil>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the candle, fur carpet, ottoman> to Region 2 <room with the fire alarm, bed, picture>?", "options": ["A) Region 1 <room with the candle, fur carpet, ottoman> -> room with the banister, stairs -> Region 2 <room with the fire alarm, bed, picture>", "B) Region 1 <room with the candle, fur carpet, ottoman> -> room with the bed, door knob -> Region 2 <room with the fire alarm, bed, picture>", "C) Region 1 <room with the candle, fur carpet, ottoman> -> room with the door frame, window frame -> Region 2 <room with the fire alarm, bed, picture>", "D) Region 1 <room with the candle, fur carpet, ottoman> -> room with the picture, toilet brush, shower bar -> Region 2 <room with the fire alarm, bed, picture>"], "answer": "A) Region 1 <room with the candle, fur carpet, ottoman> -> room with the banister, stairs -> Region 2 <room with the fire alarm, bed, picture>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathroom shelf, shower curtain, bathtub> to Region 2 <room with the stair wall, stair handle, stair>?", "options": ["A) Region 1 <room with the bathroom shelf, shower curtain, bathtub> -> room with the basket, mat, fire alarm -> Region 2 <room with the stair wall, stair handle, stair>", "B) Region 1 <room with the bathroom shelf, shower curtain, bathtub> -> room with the bed, cabinet -> Region 2 <room with the stair wall, stair handle, stair>", "C) Region 1 <room with the bathroom shelf, shower curtain, bathtub> -> room with the stair, wall lamp, stair handle -> Region 2 <room with the stair wall, stair handle, stair>", "D) Region 1 <room with the bathroom shelf, shower curtain, bathtub> -> room with the fire alarm, bed table, bedside lamp -> Region 2 <room with the stair wall, stair handle, stair>"], "answer": "A) Region 1 <room with the bathroom shelf, shower curtain, bathtub> -> room with the basket, mat, fire alarm -> Region 2 <room with the stair wall, stair handle, stair>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route8/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathtub utensil, bathtub, bathroom towel> to Region 2 <room with the washing machine, wall clock, stovetop>?", "options": ["A) Region 1 <room with the bathtub utensil, bathtub, bathroom towel> -> room with the shower dial, toilet, ceiling lamp -> Region 2 <room with the washing machine, wall clock, stovetop>", "B) Region 1 <room with the bathtub utensil, bathtub, bathroom towel> -> room with the shoe, piano bench, recessed wall -> Region 2 <room with the washing machine, wall clock, stovetop>", "C) Region 1 <room with the bathtub utensil, bathtub, bathroom towel> -> room with the ventilation, picture, lamp -> room with the monitor, plush toy, bed stand -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "D) Region 1 <room with the bathtub utensil, bathtub, bathroom towel> -> room with the washing machine, stovetop, plate -> room with the washing machine, refrigerator, wall clock -> room with the clothes rack, blanket, clothes -> Region 2 <room with the washing machine, wall clock, stovetop>"], "answer": "C) Region 1 <room with the bathtub utensil, bathtub, bathroom towel> -> room with the ventilation, picture, lamp -> room with the monitor, plush toy, bed stand -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route15/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route15/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> to Region 2 <room with the utensil, coat hanger, container>?", "options": ["A) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the utensil, coat hanger, container>", "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bed, bedside lamp -> room with the washing machine, curtain, rack -> Region 2 <room with the utensil, coat hanger, container>", "C) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the utensil, coat hanger, container>", "D) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bed, cuddly toy -> room with the shower rail, faucet, bathroom shelf -> Region 2 <room with the utensil, coat hanger, container>"], "answer": "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bed, bedside lamp -> room with the washing machine, curtain, rack -> Region 2 <room with the utensil, coat hanger, container>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> to Region 2 <room with the dining table, wall lamp, ceiling duct>?", "options": ["A) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the book, rack, lamp -> room with the lamp, fire alarm, shelf -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "B) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the carpet, bed, fire alarm -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "C) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the carpet, bed, fire alarm -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "D) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the towel, tray, refrigerator -> room with the blanket, step, fireplace -> Region 2 <room with the dining table, wall lamp, ceiling duct>"], "answer": "D) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the towel, tray, refrigerator -> room with the blanket, step, fireplace -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route21/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clock, cabinet table, wall electronics> to Region 2 <room with the computer mouse, keyboard, stack of papers>?", "options": ["A) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the food stand, dining table, chandelier -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "B) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the plush toy, table, coffee table -> room with the shelf, tv, speaker -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "C) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bathtub, bath cabinet, towel -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "D) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> room with the plush toy, table, coffee table -> Region 2 <room with the computer mouse, keyboard, stack of papers>"], "answer": "D) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> room with the plush toy, table, coffee table -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, dustbin, lamp> to Region 2 <room with the shelf, soap dispenser, mirror>?", "options": ["A) Region 1 <room with the chest, dustbin, lamp> -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "B) Region 1 <room with the chest, dustbin, lamp> -> room with the wardrobe, towel, pillow -> room with the dustbin, bowl, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "C) Region 1 <room with the chest, dustbin, lamp> -> room with the wardrobe, pillow, towel -> Region 2 <room with the shelf, soap dispenser, mirror>", "D) Region 1 <room with the chest, dustbin, lamp> -> room with the chest, lamp, beam -> Region 2 <room with the shelf, soap dispenser, mirror>"], "answer": "A) Region 1 <room with the chest, dustbin, lamp> -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, mirror, rug> to Region 2 <room with the fireplace, stairs, handrail>?", "options": ["A) Region 1 <room with the bed, mirror, rug> -> room with the hanging clothes, bed, shelf -> Region 2 <room with the fireplace, stairs, handrail>", "B) Region 1 <room with the bed, mirror, rug> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> Region 2 <room with the fireplace, stairs, handrail>", "C) Region 1 <room with the bed, mirror, rug> -> room with the ceiling lamp, fireplace, stairs -> Region 2 <room with the fireplace, stairs, handrail>", "D) Region 1 <room with the bed, mirror, rug> -> room with the bed, pillow, shelf -> room with the toilet paper, shower knob, bathtub -> Region 2 <room with the fireplace, stairs, handrail>"], "answer": "B) Region 1 <room with the bed, mirror, rug> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> Region 2 <room with the fireplace, stairs, handrail>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower dial, towel ring, showerhead> to Region 2 <room with the sideboard, coffee maker, ventilation hood>?", "options": ["A) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the ladder, towel, mirror -> room with the shower floor, shower rod, toilet brush -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "B) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the shower dial, shower cabin, showerhead -> room with the shelf, shower cabin, hook -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "C) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the sign, thermostat, painting -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "D) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the stairs, box, banister -> Region 2 <room with the sideboard, coffee maker, ventilation hood>"], "answer": "C) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the sign, thermostat, painting -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the shower curtain, showerhead, bathtub>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the desk, trashcan, sofa -> Region 2 <room with the shower curtain, showerhead, bathtub>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the shower curtain, showerhead, toilet -> Region 2 <room with the shower curtain, showerhead, bathtub>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the clock, bed, blanket -> room with the clock, decor, bed -> Region 2 <room with the shower curtain, showerhead, bathtub>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the sofa, basket, rug -> Region 2 <room with the shower curtain, showerhead, bathtub>"], "answer": "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the sofa, basket, rug -> Region 2 <room with the shower curtain, showerhead, bathtub>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, shower curtain rod, bath mat> to Region 2 <room with the coffee maker, sofa, cooker>?", "options": ["A) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the sign, shower curtain, shower curtain rod -> room with the cabinet, ceiling fan, fire alarm -> Region 2 <room with the coffee maker, sofa, cooker>", "B) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the remote control, stool, ceiling fan -> Region 2 <room with the coffee maker, sofa, cooker>", "C) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the bathtub, hook, bathtub platform -> room with the remote control, fire alarm, book -> room with the air conditioner, thermostat, light fixture -> room with the decoration, blanket, ceiling fan -> Region 2 <room with the coffee maker, sofa, cooker>", "D) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the thermostat, rug, light fixture -> Region 2 <room with the coffee maker, sofa, cooker>"], "answer": "C) Region 1 <room with the shower curtain, shower curtain rod, bath mat> -> room with the bathtub, hook, bathtub platform -> room with the remote control, fire alarm, book -> room with the air conditioner, thermostat, light fixture -> room with the decoration, blanket, ceiling fan -> Region 2 <room with the coffee maker, sofa, cooker>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the high shelf, clothes hanger, shower cabin> to Region 2 <room with the office chair, printer, desk>?", "options": ["A) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the ironing board, clock, washing machine -> room with the high shelf, towel, liquid soap -> Region 2 <room with the office chair, printer, desk>", "B) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the office chair, printer, desk>", "C) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the ironing board, clock, washing machine -> Region 2 <room with the office chair, printer, desk>", "D) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the clock, ironing board, washing machine -> room with the bed, pillow, lamp -> Region 2 <room with the office chair, printer, desk>"], "answer": "B) Region 1 <room with the high shelf, clothes hanger, shower cabin> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the office chair, printer, desk>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stool, window shade, air conditioner> to Region 2 <room with the washing machine, stack of jackets, clothes dryer>?", "options": ["A) Region 1 <room with the stool, window shade, air conditioner> -> room with the baby changing table, table cloth, dining table -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "B) Region 1 <room with the stool, window shade, air conditioner> -> room with the faucet, oven, fridge -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "C) Region 1 <room with the stool, window shade, air conditioner> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "D) Region 1 <room with the stool, window shade, air conditioner> -> room with the chest, tv, window shade -> room with the doormat, stairs, door window -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>"], "answer": "A) Region 1 <room with the stool, window shade, air conditioner> -> room with the baby changing table, table cloth, dining table -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shelf, mirror, air vent> to Region 2 <room with the wall electronics, ceiling lamp, sconce>?", "options": ["A) Region 1 <room with the shelf, mirror, air vent> -> room with the countertop, bathroom towel, cabinet -> room with the bucket, fireplace, recessed wall -> Region 2 <room with the wall electronics, ceiling lamp, sconce>", "B) Region 1 <room with the shelf, mirror, air vent> -> room with the bar, washing stuff, countertop -> Region 2 <room with the wall electronics, ceiling lamp, sconce>", "C) Region 1 <room with the shelf, mirror, air vent> -> room with the countertop, sink, cabinet -> Region 2 <room with the wall electronics, ceiling lamp, sconce>", "D) Region 1 <room with the shelf, mirror, air vent> -> room with the table, piano stool, bonsai tree -> room with the dishwasher, towel, kitchen extractor -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the wall electronics, ceiling lamp, sconce>"], "answer": "B) Region 1 <room with the shelf, mirror, air vent> -> room with the bar, washing stuff, countertop -> Region 2 <room with the wall electronics, ceiling lamp, sconce>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the range hood, cutting board, salt and pepper> to Region 2 <room with the bedside table, bell, fire alarm>?", "options": ["A) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the side table, umbrella, rack -> room with the toilet, picture, washbasin -> Region 2 <room with the bedside table, bell, fire alarm>", "B) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the shower shelf, cosmetics, toilet -> room with the hanger, toilet, toilet brush -> Region 2 <room with the bedside table, bell, fire alarm>", "C) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the toilet, washbasin, faucet -> Region 2 <room with the bedside table, bell, fire alarm>", "D) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs -> room with the wardrobe, door knob -> Region 2 <room with the bedside table, bell, fire alarm>"], "answer": "D) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs -> room with the wardrobe, door knob -> Region 2 <room with the bedside table, bell, fire alarm>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shoe, piano bench, piano> to Region 2 <room with the shower dial, wardrobe, shower floor>?", "options": ["A) Region 1 <room with the shoe, piano bench, piano> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, wardrobe, shower floor>", "B) Region 1 <room with the shoe, piano bench, piano> -> room with the toy, blanket, casket -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, wardrobe, shower floor>", "C) Region 1 <room with the shoe, piano bench, piano> -> room with the display cabinet, clock, vase -> Region 2 <room with the shower dial, wardrobe, shower floor>", "D) Region 1 <room with the shoe, piano bench, piano> -> room with the rug, lamp, picture -> room with the box, desk chair, plush toy -> room with the washing machine, stovetop, plate -> Region 2 <room with the shower dial, wardrobe, shower floor>"], "answer": "A) Region 1 <room with the shoe, piano bench, piano> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, wardrobe, shower floor>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the utensil, coat hanger, door window -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, cuddly toy, folding chair -> room with the bed sheet, towel, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bed, bedside lamp -> room with the utensil, coat hanger, door window -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the shower rail, faucet, toilet -> room with the side table, cuddly toy, folding chair -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "C) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bed, bedside lamp -> room with the utensil, coat hanger, door window -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, fan> to Region 2 <room with the rack, lamp, fire alarm>?", "options": ["A) Region 1 <room with the cabinet, bed, fan> -> room with the tray, vase, couch -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the rack, lamp, fire alarm>", "B) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, toilet -> Region 2 <room with the rack, lamp, fire alarm>", "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the rack, lamp, fire alarm>", "D) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, air conditioner, toilet -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the rack, lamp, fire alarm>"], "answer": "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the rack, lamp, fire alarm>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route11/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the refrigerator, stove, kitchen island>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the bed, shelf, pillow -> room with the bed, mirror, rug -> Region 2 <room with the refrigerator, stove, kitchen island>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, stairs, handrail -> Region 2 <room with the refrigerator, stove, kitchen island>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the bed, hanging clothes, pillow -> Region 2 <room with the refrigerator, stove, kitchen island>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, pillow, stairs -> Region 2 <room with the refrigerator, stove, kitchen island>"], "answer": "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, pillow, stairs -> Region 2 <room with the refrigerator, stove, kitchen island>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet paper, toilet, lamp> to Region 2 <room with the device, painting, lamp>?", "options": ["A) Region 1 <room with the toilet paper, toilet, lamp> -> room with the mirror, lamp -> Region 2 <room with the device, painting, lamp>", "B) Region 1 <room with the toilet paper, toilet, lamp> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the device, painting, lamp>", "C) Region 1 <room with the toilet paper, toilet, lamp> -> room with the high shelf, towel, liquid soap -> room with the wardrobe, smoke alarm, bed -> room with the carpet, paper, oven and stove -> Region 2 <room with the device, painting, lamp>", "D) Region 1 <room with the toilet paper, toilet, lamp> -> room with the office chair, printer, desk -> room with the clock, washing stuff, ironing board -> Region 2 <room with the device, painting, lamp>"], "answer": "B) Region 1 <room with the toilet paper, toilet, lamp> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the device, painting, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route13/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route13/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the umbrella, rack, fireplace shelf> to Region 2 <room with the bed, decoration, door knob>?", "options": ["A) Region 1 <room with the umbrella, rack, fireplace shelf> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the bed, decoration, door knob>", "B) Region 1 <room with the umbrella, rack, fireplace shelf> -> room with the table lamp, bed -> room with the range hood, cutting board, glasses -> Region 2 <room with the bed, decoration, door knob>", "C) Region 1 <room with the umbrella, rack, fireplace shelf> -> room with the toilet, picture, shower dial -> room with the hearth, remote control, slippers -> Region 2 <room with the bed, decoration, door knob>", "D) Region 1 <room with the umbrella, rack, fireplace shelf> -> room with the lounger, wood, sofa -> Region 2 <room with the bed, decoration, door knob>"], "answer": "A) Region 1 <room with the umbrella, rack, fireplace shelf> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the bed, decoration, door knob>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route18/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route18/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route18/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, door knob> to Region 2 <room with the couch, cabinet, door knob>?", "options": ["A) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the towel bar, rug, toilet paper -> Region 2 <room with the couch, cabinet, door knob>", "B) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the pillow, clothes hanger, closet door -> Region 2 <room with the couch, cabinet, door knob>", "C) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the towel bar, rug, toilet paper -> room with the pillow, nightstand, closet door -> Region 2 <room with the couch, cabinet, door knob>", "D) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the couch, cabinet, ceiling light fixture connection -> Region 2 <room with the couch, cabinet, door knob>"], "answer": "B) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the pillow, clothes hanger, closet door -> Region 2 <room with the couch, cabinet, door knob>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the banister, stairs> to Region 2 <room with the hanger, toilet, washbasin>?", "options": ["A) Region 1 <room with the banister, stairs> -> room with the range hood, cutting board, salt and pepper -> Region 2 <room with the hanger, toilet, washbasin>", "B) Region 1 <room with the banister, stairs> -> room with the candle, fur carpet, chair -> Region 2 <room with the hanger, toilet, washbasin>", "C) Region 1 <room with the banister, stairs> -> room with the bed, decoration, door knob -> room with the bathroom cabinet, shower dial, shower shelf -> Region 2 <room with the hanger, toilet, washbasin>", "D) Region 1 <room with the banister, stairs> -> room with the bedside table, bed, decoration -> Region 2 <room with the hanger, toilet, washbasin>"], "answer": "D) Region 1 <room with the banister, stairs> -> room with the bedside table, bed, decoration -> Region 2 <room with the hanger, toilet, washbasin>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route25/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rail, faucet, toilet> to Region 2 <room with the cuddly toy, folding chair, cloth>?", "options": ["A) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the cuddly toy, folding chair, cloth>", "B) Region 1 <room with the shower rail, faucet, toilet> -> room with the side table, bed, bedside lamp -> Region 2 <room with the cuddly toy, folding chair, cloth>", "C) Region 1 <room with the shower rail, faucet, toilet> -> room with the side table, bed, bedside lamp -> room with the bed sheet, towel, bedside lamp -> Region 2 <room with the cuddly toy, folding chair, cloth>", "D) Region 1 <room with the shower rail, faucet, toilet> -> room with the utensil, coat hanger, container -> Region 2 <room with the cuddly toy, folding chair, cloth>"], "answer": "A) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the cuddly toy, folding chair, cloth>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route9/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route9/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower stand, desk, armchair> to Region 2 <room with the bowl, blinds, microwave>?", "options": ["A) Region 1 <room with the flower stand, desk, armchair> -> room with the ceiling fan, book, fireplace -> room with the bench, vent, handbag -> Region 2 <room with the bowl, blinds, microwave>", "B) Region 1 <room with the flower stand, desk, armchair> -> room with the bowl, oven and stove, ornament -> Region 2 <room with the bowl, blinds, microwave>", "C) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, sensor, stairs -> Region 2 <room with the bowl, blinds, microwave>", "D) Region 1 <room with the flower stand, desk, armchair> -> room with the ceiling fan, book, fireplace -> Region 2 <room with the bowl, blinds, microwave>"], "answer": "C) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, sensor, stairs -> Region 2 <room with the bowl, blinds, microwave>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, sign, box> to Region 2 <room with the wardrobe, pillow, towel>?", "options": ["A) Region 1 <room with the chest, sign, box> -> room with the nightstand, wardrobe, towel -> room with the rail, curtain, pot -> Region 2 <room with the wardrobe, pillow, towel>", "B) Region 1 <room with the chest, sign, box> -> room with the dustbin, bowl, lamp -> Region 2 <room with the wardrobe, pillow, towel>", "C) Region 1 <room with the chest, sign, box> -> room with the thermostat, mirror, lamp -> Region 2 <room with the wardrobe, pillow, towel>", "D) Region 1 <room with the chest, sign, box> -> room with the chest, box, mirror -> Region 2 <room with the wardrobe, pillow, towel>"], "answer": "C) Region 1 <room with the chest, sign, box> -> room with the thermostat, mirror, lamp -> Region 2 <room with the wardrobe, pillow, towel>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the handle, bathroom shelf, hand soap> to Region 2 <room with the doormat, window curtain, ventilation hood>?", "options": ["A) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the window curtain, alarm, picture -> room with the kitchen shelf, bottle of soap, bathroom shelf -> Region 2 <room with the doormat, window curtain, ventilation hood>", "B) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, toilet paper -> room with the electrical controller, bed, dresser -> Region 2 <room with the doormat, window curtain, ventilation hood>", "C) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the pad, cabinet, table -> room with the casket, electrical controller, tissue box -> Region 2 <room with the doormat, window curtain, ventilation hood>", "D) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, ventilation hood>"], "answer": "D) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, ventilation hood>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen cabinet, note, sprinkler> to Region 2 <room with the shelf, cabinet, hanger>?", "options": ["A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the remote control, tv, bin -> Region 2 <room with the shelf, cabinet, hanger>", "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the shelf, cabinet, hanger>", "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the panel, bed, sign -> room with the clothes, mirror, magazine -> Region 2 <room with the shelf, cabinet, hanger>", "D) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the shower tap, shower floor, shower wall -> room with the soap, bathtub, toilet paper -> Region 2 <room with the shelf, cabinet, hanger>"], "answer": "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the shelf, cabinet, hanger>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, showerhead, toilet> to Region 2 <room with the sofa, rug, terrace>?", "options": ["A) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the refrigerator, worktop, cutting board -> room with the decor, bed, box -> Region 2 <room with the sofa, rug, terrace>", "B) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the shower curtain, showerhead, bathtub -> Region 2 <room with the sofa, rug, terrace>", "C) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the sofa, basket, rug -> room with the shower curtain, showerhead, bathtub -> Region 2 <room with the sofa, rug, terrace>", "D) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the decor, bed, box -> room with the shower curtain, showerhead, bathtub -> Region 2 <room with the sofa, rug, terrace>"], "answer": "A) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the refrigerator, worktop, cutting board -> room with the decor, bed, box -> Region 2 <room with the sofa, rug, terrace>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, trashcan, coffee machine> to Region 2 <room with the ironing board, clock, washing machine>?", "options": ["A) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the tv, bed, fan -> Region 2 <room with the ironing board, clock, washing machine>", "B) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the wardrobe, smoke alarm, bed -> Region 2 <room with the ironing board, clock, washing machine>", "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the sink cabinet, mirror -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the ironing board, clock, washing machine>", "D) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the device, painting, lamp -> Region 2 <room with the ironing board, clock, washing machine>"], "answer": "D) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the device, painting, lamp -> Region 2 <room with the ironing board, clock, washing machine>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the wardrobe, tv, ceiling fan> to Region 2 <room with the ceiling lamp, sink cabinet, towel bar>?", "options": ["A) Region 1 <room with the wardrobe, tv, ceiling fan> -> room with the door window, circular sofa, bed -> Region 2 <room with the ceiling lamp, sink cabinet, towel bar>", "B) Region 1 <room with the wardrobe, tv, ceiling fan> -> room with the ceiling fan, sofa seat, led tv -> Region 2 <room with the ceiling lamp, sink cabinet, towel bar>", "C) Region 1 <room with the wardrobe, tv, ceiling fan> -> room with the alarm clock, pouffe, wardrobe -> Region 2 <room with the ceiling lamp, sink cabinet, towel bar>", "D) Region 1 <room with the wardrobe, tv, ceiling fan> -> room with the furnace, oven and stove, coffee machine -> Region 2 <room with the ceiling lamp, sink cabinet, towel bar>"], "answer": "C) Region 1 <room with the wardrobe, tv, ceiling fan> -> room with the alarm clock, pouffe, wardrobe -> Region 2 <room with the ceiling lamp, sink cabinet, towel bar>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the book, remote control, armchair> to Region 2 <room with the clock, coffee maker, sofa>?", "options": ["A) Region 1 <room with the book, remote control, armchair> -> room with the air conditioner, thermostat, rug -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the clock, coffee maker, sofa>", "B) Region 1 <room with the book, remote control, armchair> -> room with the air conditioner, light fixture, rug -> room with the showerhead, shower valve, bathroom cabinet -> Region 2 <room with the clock, coffee maker, sofa>", "C) Region 1 <room with the book, remote control, armchair> -> room with the chest of drawers, chair, picture -> Region 2 <room with the clock, coffee maker, sofa>", "D) Region 1 <room with the book, remote control, armchair> -> room with the thermostat, rug, light fixture -> room with the light fixture, shower curtain, shower curtain rod -> Region 2 <room with the clock, coffee maker, sofa>"], "answer": "A) Region 1 <room with the book, remote control, armchair> -> room with the air conditioner, thermostat, rug -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the clock, coffee maker, sofa>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route21/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower floor, shower rod, cosmetics> to Region 2 <room with the shower dial, shower cabin, showerhead>?", "options": ["A) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the vacuum cleaner, painting, cabinet -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the shower dial, shower cabin, showerhead>", "B) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the vacuum cleaner, cabinet, curtain -> Region 2 <room with the shower dial, shower cabin, showerhead>", "C) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the sign, thermostat, smoke detector -> room with the shower dial, showerhead, toilet -> room with the table, sideboard, coffee maker -> Region 2 <room with the shower dial, shower cabin, showerhead>", "D) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the ladder, cabinet, mirror -> Region 2 <room with the shower dial, shower cabin, showerhead>"], "answer": "B) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the vacuum cleaner, cabinet, curtain -> Region 2 <room with the shower dial, shower cabin, showerhead>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, mirror, rug> to Region 2 <room with the refrigerator, box, stove>?", "options": ["A) Region 1 <room with the bed, mirror, rug> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the refrigerator, box, stove>", "B) Region 1 <room with the bed, mirror, rug> -> room with the desk, armchair, chest of drawers -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the refrigerator, box, stove>", "C) Region 1 <room with the bed, mirror, rug> -> room with the refrigerator, stove, kitchen island -> Region 2 <room with the refrigerator, box, stove>", "D) Region 1 <room with the bed, mirror, rug> -> room with the mirror, shower curtain, countertop -> Region 2 <room with the refrigerator, box, stove>"], "answer": "B) Region 1 <room with the bed, mirror, rug> -> room with the desk, armchair, chest of drawers -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the refrigerator, box, stove>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower floor, bathroom towel, step stool> to Region 2 <room with the decorative bowl, bucket, fireplace>?", "options": ["A) Region 1 <room with the shower floor, bathroom towel, step stool> -> room with the nightstand, bed, air conditioner -> Region 2 <room with the decorative bowl, bucket, fireplace>", "B) Region 1 <room with the shower floor, bathroom towel, step stool> -> room with the support beam, sliding door, washing machine -> room with the refrigerator, window curtain, oven and stove -> Region 2 <room with the decorative bowl, bucket, fireplace>", "C) Region 1 <room with the shower floor, bathroom towel, step stool> -> room with the roomba, flowerpot, throw blanket -> room with the thermostat, wall lamp, appliance -> Region 2 <room with the decorative bowl, bucket, fireplace>", "D) Region 1 <room with the shower floor, bathroom towel, step stool> -> room with the shower wall, shower bar, rug -> room with the support beam, sliding door, washing machine -> Region 2 <room with the decorative bowl, bucket, fireplace>"], "answer": "C) Region 1 <room with the shower floor, bathroom towel, step stool> -> room with the roomba, flowerpot, throw blanket -> room with the thermostat, wall lamp, appliance -> Region 2 <room with the decorative bowl, bucket, fireplace>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route34/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route34/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route34/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, cabinet, lamp> to Region 2 <room with the bed, lamp, fire alarm>?", "options": ["A) Region 1 <room with the bed, cabinet, lamp> -> room with the cabinet, bed -> room with the tray, vase, couch -> Region 2 <room with the bed, lamp, fire alarm>", "B) Region 1 <room with the bed, cabinet, lamp> -> room with the carpet, bed, fire alarm -> room with the tray, fire alarm, picture -> Region 2 <room with the bed, lamp, fire alarm>", "C) Region 1 <room with the bed, cabinet, lamp> -> room with the wardrobe, towel bar, towel -> room with the towel, tray, refrigerator -> Region 2 <room with the bed, lamp, fire alarm>", "D) Region 1 <room with the bed, cabinet, lamp> -> room with the bathroom cabinet, toilet -> room with the tray, picture, refrigerator -> Region 2 <room with the bed, lamp, fire alarm>"], "answer": "D) Region 1 <room with the bed, cabinet, lamp> -> room with the bathroom cabinet, toilet -> room with the tray, picture, refrigerator -> Region 2 <room with the bed, lamp, fire alarm>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the doormat, stairs, railing> to Region 2 <room with the faucet, oven, bottles of wine>?", "options": ["A) Region 1 <room with the doormat, stairs, railing> -> room with the stool, window shade, air conditioner -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the faucet, oven, bottles of wine>", "B) Region 1 <room with the doormat, stairs, railing> -> room with the washing machine, stack of jackets, clothes dryer -> Region 2 <room with the faucet, oven, bottles of wine>", "C) Region 1 <room with the doormat, stairs, railing> -> room with the chest, tv, window shade -> room with the faucet, oven, fridge -> Region 2 <room with the faucet, oven, bottles of wine>", "D) Region 1 <room with the doormat, stairs, railing> -> room with the chest, tv, window shade -> Region 2 <room with the faucet, oven, bottles of wine>"], "answer": "A) Region 1 <room with the doormat, stairs, railing> -> room with the stool, window shade, air conditioner -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the faucet, oven, bottles of wine>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shoe, piano bench, piano> to Region 2 <room with the towel, rug, lamp>?", "options": ["A) Region 1 <room with the shoe, piano bench, piano> -> room with the washing machine, wall clock, stovetop -> room with the shower dial, toilet, ceiling lamp -> room with the piano bench, recessed wall, piano -> Region 2 <room with the towel, rug, lamp>", "B) Region 1 <room with the shoe, piano bench, piano> -> room with the shower floor, bathtub utensil, bathtub -> room with the rug, lamp, picture -> Region 2 <room with the towel, rug, lamp>", "C) Region 1 <room with the shoe, piano bench, piano> -> room with the washing machine, wall clock, stovetop -> room with the shower dial, wardrobe, shower floor -> Region 2 <room with the towel, rug, lamp>", "D) Region 1 <room with the shoe, piano bench, piano> -> room with the clothes rack, blanket, clothes -> Region 2 <room with the towel, rug, lamp>"], "answer": "C) Region 1 <room with the shoe, piano bench, piano> -> room with the washing machine, wall clock, stovetop -> room with the shower dial, wardrobe, shower floor -> Region 2 <room with the towel, rug, lamp>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route31/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the countertop, bathroom towel, cabinet> to Region 2 <room with the table, piano stool, bonsai tree>?", "options": ["A) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the bucket, fireplace, stairs railing -> room with the countertop, sink, cabinet -> Region 2 <room with the table, piano stool, bonsai tree>", "B) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the washing stuff, countertop, faucet -> Region 2 <room with the table, piano stool, bonsai tree>", "C) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the washing stuff, towel ring, countertop -> room with the countertop, cabinet -> Region 2 <room with the table, piano stool, bonsai tree>", "D) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the countertop, sink, cabinet -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, piano stool, bonsai tree>"], "answer": "D) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the countertop, sink, cabinet -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, piano stool, bonsai tree>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the trashcan, exit sign> to Region 2 <room with the printer, desk clutter, picture>?", "options": ["A) Region 1 <room with the trashcan, exit sign> -> room with the binder, board, shelf -> room with the wall hanging decoration, sign, fire extinguisher -> Region 2 <room with the printer, desk clutter, picture>", "B) Region 1 <room with the trashcan, exit sign> -> room with the binder, board, shelf -> Region 2 <room with the printer, desk clutter, picture>", "C) Region 1 <room with the trashcan, exit sign> -> room with the flower, towel, kitchen shelf -> Region 2 <room with the printer, desk clutter, picture>", "D) Region 1 <room with the trashcan, exit sign> -> room with the window curtain, board, vase -> room with the board, shelf, clutter -> Region 2 <room with the printer, desk clutter, picture>"], "answer": "B) Region 1 <room with the trashcan, exit sign> -> room with the binder, board, shelf -> Region 2 <room with the printer, desk clutter, picture>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the lamp, bowl, curtain rod> to Region 2 <room with the step, vent, shower pipe>?", "options": ["A) Region 1 <room with the lamp, bowl, curtain rod> -> room with the basket, mat, fire alarm -> Region 2 <room with the step, vent, shower pipe>", "B) Region 1 <room with the lamp, bowl, curtain rod> -> room with the dining table, bowl of fruit, pillar -> Region 2 <room with the step, vent, shower pipe>", "C) Region 1 <room with the lamp, bowl, curtain rod> -> room with the stairs railing, stair, decoration -> Region 2 <room with the step, vent, shower pipe>", "D) Region 1 <room with the lamp, bowl, curtain rod> -> room with the laundry machine, mat, fire alarm -> Region 2 <room with the step, vent, shower pipe>"], "answer": "A) Region 1 <room with the lamp, bowl, curtain rod> -> room with the basket, mat, fire alarm -> Region 2 <room with the step, vent, shower pipe>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, rug, food stand> to Region 2 <room with the clock, cabinet table, wall electronics>?", "options": ["A) Region 1 <room with the curtain rod, rug, food stand> -> room with the book, kitchen island, washing machine -> room with the chest, flower, throw blanket -> Region 2 <room with the clock, cabinet table, wall electronics>", "B) Region 1 <room with the curtain rod, rug, food stand> -> room with the stairs, staircase handrail -> room with the book, tap, kitchen island -> Region 2 <room with the clock, cabinet table, wall electronics>", "C) Region 1 <room with the curtain rod, rug, food stand> -> room with the stack of papers, file cabinet, hanger -> room with the computer mouse, file cabinet, bag -> Region 2 <room with the clock, cabinet table, wall electronics>", "D) Region 1 <room with the curtain rod, rug, food stand> -> room with the stairs, staircase handrail -> Region 2 <room with the clock, cabinet table, wall electronics>"], "answer": "D) Region 1 <room with the curtain rod, rug, food stand> -> room with the stairs, staircase handrail -> Region 2 <room with the clock, cabinet table, wall electronics>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the recliner, iron board, tv> to Region 2 <room with the dog bed, shelving, doorpost>?", "options": ["A) Region 1 <room with the recliner, iron board, tv> -> room with the fire alarm, smoke alarm, mirror -> Region 2 <room with the dog bed, shelving, doorpost>", "B) Region 1 <room with the recliner, iron board, tv> -> room with the flowerpot, kettle, dishwasher -> Region 2 <room with the dog bed, shelving, doorpost>", "C) Region 1 <room with the recliner, iron board, tv> -> room with the smoke alarm, fire alarm, heater -> room with the fire alarm, smoke alarm, mirror -> Region 2 <room with the dog bed, shelving, doorpost>", "D) Region 1 <room with the recliner, iron board, tv> -> room with the flowerpot, bowl of fruit, kettle -> Region 2 <room with the dog bed, shelving, doorpost>"], "answer": "A) Region 1 <room with the recliner, iron board, tv> -> room with the fire alarm, smoke alarm, mirror -> Region 2 <room with the dog bed, shelving, doorpost>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tap, flower, ceiling dome> to Region 2 <room with the hanger, clothes rack, clothes>?", "options": ["A) Region 1 <room with the tap, flower, ceiling dome> -> room with the toilet, bathroom cabinet, bathroom utensil -> Region 2 <room with the hanger, clothes rack, clothes>", "B) Region 1 <room with the tap, flower, ceiling dome> -> room with the decorative plant, device, appliance -> Region 2 <room with the hanger, clothes rack, clothes>", "C) Region 1 <room with the tap, flower, ceiling dome> -> room with the backpack, hanger, clothes rack -> Region 2 <room with the hanger, clothes rack, clothes>", "D) Region 1 <room with the tap, flower, ceiling dome> -> room with the decorative plant, appliance, device -> Region 2 <room with the hanger, clothes rack, clothes>"], "answer": "B) Region 1 <room with the tap, flower, ceiling dome> -> room with the decorative plant, device, appliance -> Region 2 <room with the hanger, clothes rack, clothes>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, rack, dresser> to Region 2 <room with the closet door, bed, clothes hanger>?", "options": ["A) Region 1 <room with the carpet, rack, dresser> -> room with the pillow, bed, clothes hanger -> Region 2 <room with the closet door, bed, clothes hanger>", "B) Region 1 <room with the carpet, rack, dresser> -> room with the couch, cabinet, ceiling light fixture connection -> Region 2 <room with the closet door, bed, clothes hanger>", "C) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the closet door, bed, clothes hanger>", "D) Region 1 <room with the carpet, rack, dresser> -> room with the pillow, nightstand, closet door -> Region 2 <room with the closet door, bed, clothes hanger>"], "answer": "C) Region 1 <room with the carpet, rack, dresser> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the closet door, bed, clothes hanger>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the lounger, wood, sofa> to Region 2 <room with the fire alarm, bed, picture>?", "options": ["A) Region 1 <room with the lounger, wood, sofa> -> room with the banister, stairs, ceiling lamp -> room with the bedside table, bed -> Region 2 <room with the fire alarm, bed, picture>", "B) Region 1 <room with the lounger, wood, sofa> -> room with the desk, shower bar, bath -> Region 2 <room with the fire alarm, bed, picture>", "C) Region 1 <room with the lounger, wood, sofa> -> room with the range hood, cutting board, salt and pepper -> room with the banister, stairs -> Region 2 <room with the fire alarm, bed, picture>", "D) Region 1 <room with the lounger, wood, sofa> -> room with the glasses, lighter, microwave -> Region 2 <room with the fire alarm, bed, picture>"], "answer": "C) Region 1 <room with the lounger, wood, sofa> -> room with the range hood, cutting board, salt and pepper -> room with the banister, stairs -> Region 2 <room with the fire alarm, bed, picture>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route34/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route34/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route34/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rail, faucet, toilet> to Region 2 <room with the utensil, coat hanger, door window>?", "options": ["A) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the utensil, coat hanger, door window>", "B) Region 1 <room with the shower rail, faucet, toilet> -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the utensil, coat hanger, door window>", "C) Region 1 <room with the shower rail, faucet, toilet> -> room with the shower rail, sink pipe, faucet -> Region 2 <room with the utensil, coat hanger, door window>", "D) Region 1 <room with the shower rail, faucet, toilet> -> room with the shower rail, sink pipe, faucet -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the utensil, coat hanger, door window>"], "answer": "A) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the utensil, coat hanger, door window>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route9/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route9/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, sensor, stairs> to Region 2 <room with the bench, vent, handbag>?", "options": ["A) Region 1 <room with the rug, sensor, stairs> -> room with the basket, balustrade -> Region 2 <room with the bench, vent, handbag>", "B) Region 1 <room with the rug, sensor, stairs> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, vent, handbag>", "C) Region 1 <room with the rug, sensor, stairs> -> room with the sink, toilet, sink cabinet -> room with the washing machine, balustrade -> Region 2 <room with the bench, vent, handbag>", "D) Region 1 <room with the rug, sensor, stairs> -> room with the bowl, blinds, microwave -> Region 2 <room with the bench, vent, handbag>"], "answer": "B) Region 1 <room with the rug, sensor, stairs> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, vent, handbag>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, box, mirror> to Region 2 <room with the shelf, soap dispenser, shower tub>?", "options": ["A) Region 1 <room with the chest, box, mirror> -> room with the rail, pot, flower vase -> room with the dustbin, bowl, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "B) Region 1 <room with the chest, box, mirror> -> room with the pillow, towel, wardrobe -> Region 2 <room with the shelf, soap dispenser, shower tub>", "C) Region 1 <room with the chest, box, mirror> -> room with the shelf, soap dispenser, mirror -> Region 2 <room with the shelf, soap dispenser, shower tub>", "D) Region 1 <room with the chest, box, mirror> -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>"], "answer": "D) Region 1 <room with the chest, box, mirror> -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, sink, flag> to Region 2 <room with the bath, bathroom cabinet, trashcan>?", "options": ["A) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, toilet paper -> room with the casket, electrical controller, tissue box -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "B) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "C) Region 1 <room with the oven and stove, sink, flag> -> room with the decorative plate, fire alarm, balustrade -> room with the decorative plate, fire alarm, plate -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "D) Region 1 <room with the oven and stove, sink, flag> -> room with the table lamp, electrical controller, bed -> room with the wardrobe, table lamp, electrical controller -> Region 2 <room with the bath, bathroom cabinet, trashcan>"], "answer": "B) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the utensil, toilet, washbasin counter> to Region 2 <room with the shower tap, shower floor, shower wall>?", "options": ["A) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, bin, statue -> Region 2 <room with the shower tap, shower floor, shower wall>", "B) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the clothes, mirror, magazine -> room with the remote control, tv, bin -> Region 2 <room with the shower tap, shower floor, shower wall>", "C) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the panel, bed, sign -> Region 2 <room with the shower tap, shower floor, shower wall>", "D) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the kitchen cabinet, note, sprinkler -> Region 2 <room with the shower tap, shower floor, shower wall>"], "answer": "A) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, bin, statue -> Region 2 <room with the shower tap, shower floor, shower wall>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the refrigerator, worktop, cutting board> to Region 2 <room with the sofa, rug, terrace>?", "options": ["A) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the clock, decor, bed -> room with the rug, terrace, tv -> Region 2 <room with the sofa, rug, terrace>", "B) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the sofa, basket, rug -> room with the desk, trashcan, sofa -> Region 2 <room with the sofa, rug, terrace>", "C) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the decor, bed, box -> Region 2 <room with the sofa, rug, terrace>", "D) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the clothes dryer, recuperator, outlet -> Region 2 <room with the sofa, rug, terrace>"], "answer": "C) Region 1 <room with the refrigerator, worktop, cutting board> -> room with the decor, bed, box -> Region 2 <room with the sofa, rug, terrace>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the office chair, printer, desk> to Region 2 <room with the wardrobe, smoke alarm, bed>?", "options": ["A) Region 1 <room with the office chair, printer, desk> -> room with the painting, device, lamp -> Region 2 <room with the wardrobe, smoke alarm, bed>", "B) Region 1 <room with the office chair, printer, desk> -> room with the clock, ironing board, washing machine -> room with the sink cabinet, mirror, toilet -> Region 2 <room with the wardrobe, smoke alarm, bed>", "C) Region 1 <room with the office chair, printer, desk> -> room with the doormat, clock, painting -> room with the sink cabinet, mirror, toilet -> Region 2 <room with the wardrobe, smoke alarm, bed>", "D) Region 1 <room with the office chair, printer, desk> -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>"], "answer": "D) Region 1 <room with the office chair, printer, desk> -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the vase, decoration, lamp> to Region 2 <room with the washing machine, ironing board, clothes dryer>?", "options": ["A) Region 1 <room with the vase, decoration, lamp> -> room with the ceiling fan, telephone, alarm clock -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "B) Region 1 <room with the vase, decoration, lamp> -> room with the door window, support beam, cabinet -> room with the lamp, vase, decoration -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "C) Region 1 <room with the vase, decoration, lamp> -> room with the shower door, trashcan, bath faucet -> room with the door window, ceiling fan, smoke alarm -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "D) Region 1 <room with the vase, decoration, lamp> -> room with the box with books, furnace, oven and stove -> room with the toilet, flower vase, trashcan -> Region 2 <room with the washing machine, ironing board, clothes dryer>"], "answer": "D) Region 1 <room with the vase, decoration, lamp> -> room with the box with books, furnace, oven and stove -> room with the toilet, flower vase, trashcan -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route75/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route75/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route75/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, stool, ceiling fan> to Region 2 <room with the chest of drawers, chair, picture>?", "options": ["A) Region 1 <room with the remote control, stool, ceiling fan> -> room with the remote control, fire alarm, book -> Region 2 <room with the chest of drawers, chair, picture>", "B) Region 1 <room with the remote control, stool, ceiling fan> -> room with the rug, thermostat, mirror -> Region 2 <room with the chest of drawers, chair, picture>", "C) Region 1 <room with the remote control, stool, ceiling fan> -> room with the decoration, ceiling fan, bed -> room with the book, remote control, armchair -> Region 2 <room with the chest of drawers, chair, picture>", "D) Region 1 <room with the remote control, stool, ceiling fan> -> room with the cabinet, ceiling fan, fire alarm -> Region 2 <room with the chest of drawers, chair, picture>"], "answer": "B) Region 1 <room with the remote control, stool, ceiling fan> -> room with the rug, thermostat, mirror -> Region 2 <room with the chest of drawers, chair, picture>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route8/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower floor, shower rod, toilet brush> to Region 2 <room with the stairs, box, banister>?", "options": ["A) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the vacuum cleaner, painting, cabinet -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the stairs, box, banister>", "B) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the shower dial, towel ring, shower cabin -> room with the curtain rod, ladder, picture -> Region 2 <room with the stairs, box, banister>", "C) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the curtain rod, smoke detector, curtain -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the stairs, box, banister>", "D) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the table, sideboard, coffee maker -> Region 2 <room with the stairs, box, banister>"], "answer": "A) Region 1 <room with the shower floor, shower rod, toilet brush> -> room with the vacuum cleaner, painting, cabinet -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the stairs, box, banister>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the mirror, bed, rug> to Region 2 <room with the refrigerator, box, stove>?", "options": ["A) Region 1 <room with the mirror, bed, rug> -> room with the hanging clothes, bed, shelf -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the refrigerator, box, stove>", "B) Region 1 <room with the mirror, bed, rug> -> room with the hanging clothes, bed, shelf -> room with the refrigerator, stove, kitchen island -> Region 2 <room with the refrigerator, box, stove>", "C) Region 1 <room with the mirror, bed, rug> -> room with the desk, armchair, chest of drawers -> room with the fireplace, stairs, handrail -> Region 2 <room with the refrigerator, box, stove>", "D) Region 1 <room with the mirror, bed, rug> -> room with the hanging clothes, bed, shelf -> Region 2 <room with the refrigerator, box, stove>"], "answer": "C) Region 1 <room with the mirror, bed, rug> -> room with the desk, armchair, chest of drawers -> room with the fireplace, stairs, handrail -> Region 2 <room with the refrigerator, box, stove>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the storage shelving, appliance, wardrobe> to Region 2 <room with the thermostat, wall lamp, appliance>?", "options": ["A) Region 1 <room with the storage shelving, appliance, wardrobe> -> room with the bed, sliding door, casket -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "B) Region 1 <room with the storage shelving, appliance, wardrobe> -> room with the bath wall, shower knob, bathtub -> room with the book, pc tower, monitor -> room with the air conditioner, bed, book -> Region 2 <room with the thermostat, wall lamp, appliance>", "C) Region 1 <room with the storage shelving, appliance, wardrobe> -> room with the wall lamp, island, casket -> room with the storage shelving, closet storage area -> room with the pc tower, decorative bowl, bucket -> Region 2 <room with the thermostat, wall lamp, appliance>", "D) Region 1 <room with the storage shelving, appliance, wardrobe> -> room with the roomba, flowerpot, ceiling fan -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>"], "answer": "A) Region 1 <room with the storage shelving, appliance, wardrobe> -> room with the bed, sliding door, casket -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, fire alarm, fan> to Region 2 <room with the blanket, step, lamp>?", "options": ["A) Region 1 <room with the bed, fire alarm, fan> -> room with the towel, tray, fire alarm -> Region 2 <room with the blanket, step, lamp>", "B) Region 1 <room with the bed, fire alarm, fan> -> room with the tray, bowl, sink -> room with the lamp, fire alarm, shelf -> Region 2 <room with the blanket, step, lamp>", "C) Region 1 <room with the bed, fire alarm, fan> -> room with the book, rack, lamp -> room with the dining table, ceiling duct, podium -> Region 2 <room with the blanket, step, lamp>", "D) Region 1 <room with the bed, fire alarm, fan> -> room with the towel, tray, refrigerator -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the blanket, step, lamp>"], "answer": "D) Region 1 <room with the bed, fire alarm, fan> -> room with the towel, tray, refrigerator -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the blanket, step, lamp>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route25/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, tv, window shade> to Region 2 <room with the faucet, sink, oven>?", "options": ["A) Region 1 <room with the chest, tv, window shade> -> room with the iron board, washing machine, stack of jackets -> Region 2 <room with the faucet, sink, oven>", "B) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "C) Region 1 <room with the chest, tv, window shade> -> room with the washing machine, stack of jackets, clothes dryer -> Region 2 <room with the faucet, sink, oven>", "D) Region 1 <room with the chest, tv, window shade> -> room with the faucet, oven, bottles of wine -> room with the iron board, washing machine, stack of jackets -> Region 2 <room with the faucet, sink, oven>"], "answer": "B) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, sink, oven>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the alarm clock, computer, wall cabinet> to Region 2 <room with the towel, picture>?", "options": ["A) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the monitor, box, desk chair -> Region 2 <room with the towel, picture>", "B) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the clothes rack, ceiling dome, container -> Region 2 <room with the towel, picture>", "C) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, picture>", "D) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the monitor, alarm clock, computer -> Region 2 <room with the towel, picture>"], "answer": "C) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, picture>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route22/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bench, door window, basket> to Region 2 <room with the table, basket of something, piano stool>?", "options": ["A) Region 1 <room with the bench, door window, basket> -> room with the bar, countertop, washing machine and dryer -> Region 2 <room with the table, basket of something, piano stool>", "B) Region 1 <room with the bench, door window, basket> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, countertop -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, basket of something, piano stool>", "C) Region 1 <room with the bench, door window, basket> -> room with the dining table, window glass, lampshade -> Region 2 <room with the table, basket of something, piano stool>", "D) Region 1 <room with the bench, door window, basket> -> room with the dining table, window glass, lampshade -> room with the wall electronics, ceiling lamp, sconce -> room with the shelf, mirror, air vent -> Region 2 <room with the table, basket of something, piano stool>"], "answer": "B) Region 1 <room with the bench, door window, basket> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, countertop -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, basket of something, piano stool>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route9/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route9/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the board, binder, bin> to Region 2 <room with the couch, armchair, brochure>?", "options": ["A) Region 1 <room with the board, binder, bin> -> room with the tv, brochure, table -> Region 2 <room with the couch, armchair, brochure>", "B) Region 1 <room with the board, binder, bin> -> room with the window curtain, board, vase -> Region 2 <room with the couch, armchair, brochure>", "C) Region 1 <room with the board, binder, bin> -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "D) Region 1 <room with the board, binder, bin> -> room with the binder, board, shelf -> Region 2 <room with the couch, armchair, brochure>"], "answer": "C) Region 1 <room with the board, binder, bin> -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the laundry machine, mat, fire alarm> to Region 2 <room with the dining table, bowl of fruit, pillar>?", "options": ["A) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>", "B) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the step, shower pipe, toilet -> Region 2 <room with the dining table, bowl of fruit, pillar>", "C) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the fire alarm, bed table, bedside lamp -> room with the wardrobe, bed table, bedside lamp -> Region 2 <room with the dining table, bowl of fruit, pillar>", "D) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the vent, bathroom cabinet, mirror -> room with the stair, wall lamp, stair handle -> room with the shower curtain, bathtub, bath wall -> Region 2 <room with the dining table, bowl of fruit, pillar>"], "answer": "A) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clock, cabinet table, wall electronics> to Region 2 <room with the computer mouse, keyboard, stack of papers>?", "options": ["A) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the plush toy, coffee table, chest -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "B) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the wall electronics, plush toy, chest -> room with the wall lamp, toilet -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "C) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the shelf, tv, speaker -> room with the plush toy, table, coffee table -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "D) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> room with the plush toy, table, chest -> Region 2 <room with the computer mouse, keyboard, stack of papers>"], "answer": "D) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> room with the plush toy, table, chest -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route20/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route20/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route20/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling under staircase, staircase handrail, decoration> to Region 2 <room with the smoke alarm, fire alarm, heater>?", "options": ["A) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the flowerpot, bowl of fruit, kettle -> room with the recliner, iron board, tv -> Region 2 <room with the smoke alarm, fire alarm, heater>", "B) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the fire alarm, smoke alarm, mirror -> Region 2 <room with the smoke alarm, fire alarm, heater>", "C) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the flowerpot, bowl of fruit, kettle -> Region 2 <room with the smoke alarm, fire alarm, heater>", "D) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the recliner, iron board, tv -> Region 2 <room with the smoke alarm, fire alarm, heater>"], "answer": "D) Region 1 <room with the ceiling under staircase, staircase handrail, decoration> -> room with the recliner, iron board, tv -> Region 2 <room with the smoke alarm, fire alarm, heater>", "videos": ["videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/MHPLjHsuG27/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the pouffe, blinds, sofa chair> to Region 2 <room with the decorative plant, appliance, device>?", "options": ["A) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the toilet, bathroom cabinet, bathroom utensil -> Region 2 <room with the decorative plant, appliance, device>", "B) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> Region 2 <room with the decorative plant, appliance, device>", "C) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, flower, ceiling dome -> room with the toilet, bathroom cabinet, bathroom utensil -> Region 2 <room with the decorative plant, appliance, device>", "D) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, flower, ceiling dome -> room with the sofa chair, recessed wall, tv -> Region 2 <room with the decorative plant, appliance, device>"], "answer": "B) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> Region 2 <room with the decorative plant, appliance, device>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> to Region 2 <room with the couch, ceiling light fixture connection, door knob>?", "options": ["A) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "B) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the couch, cabinet, door knob -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "C) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the pillow, nightstand, bed -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "D) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the towel bar, rug, toilet paper -> Region 2 <room with the couch, ceiling light fixture connection, door knob>"], "answer": "C) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the pillow, nightstand, bed -> Region 2 <room with the couch, ceiling light fixture connection, door knob>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the umbrella, rack, hearth> to Region 2 <room with the candle, fur carpet, ottoman>?", "options": ["A) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> room with the banister, stairs, ceiling lamp -> Region 2 <room with the candle, fur carpet, ottoman>", "B) Region 1 <room with the umbrella, rack, hearth> -> room with the remote control, slippers, device -> room with the hanger, toilet, washbasin -> Region 2 <room with the candle, fur carpet, ottoman>", "C) Region 1 <room with the umbrella, rack, hearth> -> room with the bedside table, sheet, blanket -> Region 2 <room with the candle, fur carpet, ottoman>", "D) Region 1 <room with the umbrella, rack, hearth> -> room with the bathroom cabinet, cosmetics, soap -> Region 2 <room with the candle, fur carpet, ottoman>"], "answer": "A) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> room with the banister, stairs, ceiling lamp -> Region 2 <room with the candle, fur carpet, ottoman>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the folding chair, bedside lamp, side table> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the folding chair, bedside lamp, side table> -> room with the utensil, coat hanger, door window -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the folding chair, bedside lamp, side table> -> room with the side table, cuddly toy, folding chair -> room with the shower rail, faucet, bathroom shelf -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the folding chair, bedside lamp, side table> -> room with the shower rail, faucet, toilet -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the folding chair, bedside lamp, side table> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "A) Region 1 <room with the folding chair, bedside lamp, side table> -> room with the utensil, coat hanger, door window -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower stand, security camera, desk> to Region 2 <room with the ceiling fan, book, fireplace>?", "options": ["A) Region 1 <room with the flower stand, security camera, desk> -> room with the basket, washing machine, balustrade -> Region 2 <room with the ceiling fan, book, fireplace>", "B) Region 1 <room with the flower stand, security camera, desk> -> room with the rug, sensor, stairs -> Region 2 <room with the ceiling fan, book, fireplace>", "C) Region 1 <room with the flower stand, security camera, desk> -> room with the bench, vent, handbag -> Region 2 <room with the ceiling fan, book, fireplace>", "D) Region 1 <room with the flower stand, security camera, desk> -> room with the rug, stairs, couch -> room with the bench, vent, handbag -> Region 2 <room with the ceiling fan, book, fireplace>"], "answer": "B) Region 1 <room with the flower stand, security camera, desk> -> room with the rug, sensor, stairs -> Region 2 <room with the ceiling fan, book, fireplace>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the container, electric box, desk> to Region 2 <room with the shelf, soap dispenser, shower tub>?", "options": ["A) Region 1 <room with the container, electric box, desk> -> room with the thermostat, mirror, lamp -> room with the chest, sign, mirror -> Region 2 <room with the shelf, soap dispenser, shower tub>", "B) Region 1 <room with the container, electric box, desk> -> room with the rail, curtain, pot -> room with the rail, pot, flower vase -> Region 2 <room with the shelf, soap dispenser, shower tub>", "C) Region 1 <room with the container, electric box, desk> -> room with the chest, lamp, beam -> room with the thermostat, mirror, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "D) Region 1 <room with the container, electric box, desk> -> room with the wardrobe, towel, pillow -> Region 2 <room with the shelf, soap dispenser, shower tub>"], "answer": "C) Region 1 <room with the container, electric box, desk> -> room with the chest, lamp, beam -> room with the thermostat, mirror, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, bottle of soap, towel> to Region 2 <room with the wardrobe, electrical controller, bed>?", "options": ["A) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the electrical controller, bed, dresser -> room with the decorative plate, fire alarm, fireplace -> Region 2 <room with the wardrobe, electrical controller, bed>", "B) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the casket, wardrobe, electrical controller -> room with the doormat, window curtain, alarm -> Region 2 <room with the wardrobe, electrical controller, bed>", "C) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the decorative plate, fire alarm, fireplace -> room with the decorative plate, fire alarm, plate -> Region 2 <room with the wardrobe, electrical controller, bed>", "D) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the wardrobe, electrical controller, bed>"], "answer": "D) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the wardrobe, electrical controller, bed>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route24/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route24/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the utensil, toilet, washbasin counter> to Region 2 <room with the panel, bed, sign>?", "options": ["A) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the kitchen cabinet, note, sprinkler -> Region 2 <room with the panel, bed, sign>", "B) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, bin, statue -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the panel, bed, sign>", "C) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, bin, statue -> room with the panel, bed, clock -> Region 2 <room with the panel, bed, sign>", "D) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the shower ceiling, shower wall -> Region 2 <room with the panel, bed, sign>"], "answer": "B) Region 1 <room with the utensil, toilet, washbasin counter> -> room with the remote control, bin, statue -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the panel, bed, sign>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, showerhead, toilet> to Region 2 <room with the decor, bed, box>?", "options": ["A) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the basket, rug, terrace -> room with the desk, trashcan, sofa -> Region 2 <room with the decor, bed, box>", "B) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the sofa, rug, terrace -> Region 2 <room with the decor, bed, box>", "C) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the basket, rug, terrace -> Region 2 <room with the decor, bed, box>", "D) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the decor, bed, box>"], "answer": "D) Region 1 <room with the shower curtain, showerhead, toilet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the decor, bed, box>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route16/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tv, bed, fan> to Region 2 <room with the device, painting, lamp>?", "options": ["A) Region 1 <room with the tv, bed, fan> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the device, painting, lamp>", "B) Region 1 <room with the tv, bed, fan> -> room with the painting, device, lamp -> room with the high shelf, clothes hanger, shower cabin -> Region 2 <room with the device, painting, lamp>", "C) Region 1 <room with the tv, bed, fan> -> room with the office chair, printer, desk -> room with the high shelf, clothes, clothes hanger -> Region 2 <room with the device, painting, lamp>", "D) Region 1 <room with the tv, bed, fan> -> room with the wardrobe, smoke alarm, bed -> Region 2 <room with the device, painting, lamp>"], "answer": "A) Region 1 <room with the tv, bed, fan> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the device, painting, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sink cabinet, soap bottle, trashcan> to Region 2 <room with the tissue box, faucet, trashcan>?", "options": ["A) Region 1 <room with the sink cabinet, soap bottle, trashcan> -> room with the case, trashcan -> room with the wardrobe, tv, device -> Region 2 <room with the tissue box, faucet, trashcan>", "B) Region 1 <room with the sink cabinet, soap bottle, trashcan> -> room with the towel bar, bathtub, shower mat -> room with the alarm clock, pouffe, wardrobe -> room with the ceiling fan, sofa seat, led tv -> Region 2 <room with the tissue box, faucet, trashcan>", "C) Region 1 <room with the sink cabinet, soap bottle, trashcan> -> room with the ceiling fan, telephone, alarm clock -> room with the wardrobe, tv, device -> Region 2 <room with the tissue box, faucet, trashcan>", "D) Region 1 <room with the sink cabinet, soap bottle, trashcan> -> room with the towel bar, towel, sink -> Region 2 <room with the tissue box, faucet, trashcan>"], "answer": "C) Region 1 <room with the sink cabinet, soap bottle, trashcan> -> room with the ceiling fan, telephone, alarm clock -> room with the wardrobe, tv, device -> Region 2 <room with the tissue box, faucet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ornament, blinds, vase> to Region 2 <room with the fuse box, washer-dryer, cabinet>?", "options": ["A) Region 1 <room with the ornament, blinds, vase> -> room with the coffee maker, tap, sofa -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "B) Region 1 <room with the ornament, blinds, vase> -> room with the thermostat, rug, light fixture -> room with the sofa, cooker, dishwasher -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "C) Region 1 <room with the ornament, blinds, vase> -> room with the decoration, ceiling fan, nightstand -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "D) Region 1 <room with the ornament, blinds, vase> -> room with the chest of drawers, chair, picture -> room with the clock, coffee maker, sofa -> Region 2 <room with the fuse box, washer-dryer, cabinet>"], "answer": "A) Region 1 <room with the ornament, blinds, vase> -> room with the coffee maker, tap, sofa -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route32/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route32/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route32/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, smoke detector, curtain> to Region 2 <room with the stairs, box, surface>?", "options": ["A) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the vacuum cleaner, painting, ladder -> room with the shower rod, bathroom counter, shower seat -> Region 2 <room with the stairs, box, surface>", "B) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the sign, thermostat, hook -> Region 2 <room with the stairs, box, surface>", "C) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the sign, thermostat, hook -> room with the table, sideboard, coffee maker -> Region 2 <room with the stairs, box, surface>", "D) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the vacuum cleaner, cabinet, curtain -> room with the sideboard, coffee maker, ventilation hood -> Region 2 <room with the stairs, box, surface>"], "answer": "C) Region 1 <room with the curtain rod, smoke detector, curtain> -> room with the sign, thermostat, hook -> room with the table, sideboard, coffee maker -> Region 2 <room with the stairs, box, surface>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route11/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, towel, towel bar> to Region 2 <room with the toilet paper, shower knob, bathtub>?", "options": ["A) Region 1 <room with the shower curtain, towel, towel bar> -> room with the bed, pillow, chair -> room with the desk, armchair, chest of drawers -> Region 2 <room with the toilet paper, shower knob, bathtub>", "B) Region 1 <room with the shower curtain, towel, towel bar> -> room with the refrigerator, box, stove -> room with the bed, pillow, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "C) Region 1 <room with the shower curtain, towel, towel bar> -> room with the bed, hanging clothes, pillow -> room with the mirror, bed, rug -> Region 2 <room with the toilet paper, shower knob, bathtub>", "D) Region 1 <room with the shower curtain, towel, towel bar> -> room with the bed, pillow, chair -> Region 2 <room with the toilet paper, shower knob, bathtub>"], "answer": "B) Region 1 <room with the shower curtain, towel, towel bar> -> room with the refrigerator, box, stove -> room with the bed, pillow, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route8/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes container, closet storage area> to Region 2 <room with the support beam, smoke detector, washing machine>?", "options": ["A) Region 1 <room with the clothes container, closet storage area> -> room with the decorative bowl, bucket, fireplace -> room with the shoe, clothes container, storage shelving -> Region 2 <room with the support beam, smoke detector, washing machine>", "B) Region 1 <room with the clothes container, closet storage area> -> room with the appliance, storage shelving, box -> room with the shower wall cubby, towel bar, step stool -> Region 2 <room with the support beam, smoke detector, washing machine>", "C) Region 1 <room with the clothes container, closet storage area> -> room with the decoration, carpet roll, bed -> room with the air conditioner, bed, book -> Region 2 <room with the support beam, smoke detector, washing machine>", "D) Region 1 <room with the clothes container, closet storage area> -> room with the casket, air conditioner, bed -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the support beam, smoke detector, washing machine>"], "answer": "D) Region 1 <room with the clothes container, closet storage area> -> room with the casket, air conditioner, bed -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the support beam, smoke detector, washing machine>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the fan, cabinet, bed> to Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>?", "options": ["A) Region 1 <room with the fan, cabinet, bed> -> room with the bed, fan, shelf -> room with the lamp, bed, shelf -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "B) Region 1 <room with the fan, cabinet, bed> -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "C) Region 1 <room with the fan, cabinet, bed> -> room with the book, rack, lamp -> room with the ceiling duct, ceiling lamp, fire alarm -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "D) Region 1 <room with the fan, cabinet, bed> -> room with the bathroom cabinet, bathtub, shower curtain -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>"], "answer": "D) Region 1 <room with the fan, cabinet, bed> -> room with the bathroom cabinet, bathtub, shower curtain -> Region 2 <room with the ceiling duct, fire alarm, ceiling lamp>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route9/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route9/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the baby changing table, table cloth, curtain rod cover> to Region 2 <room with the iron board, washing machine, stack of jackets>?", "options": ["A) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the baby changing table, table cloth, dining table -> room with the faucet, oven, fridge -> Region 2 <room with the iron board, washing machine, stack of jackets>", "B) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the chest, tv, window shade -> Region 2 <room with the iron board, washing machine, stack of jackets>", "C) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the faucet, oven, fridge -> Region 2 <room with the iron board, washing machine, stack of jackets>", "D) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the mirror, toilet, sink -> room with the stool, window shade, air conditioner -> room with the faucet, sink, oven -> Region 2 <room with the iron board, washing machine, stack of jackets>"], "answer": "C) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the faucet, oven, fridge -> Region 2 <room with the iron board, washing machine, stack of jackets>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ventilation, picture, lamp> to Region 2 <room with the clutter, clothes rack, ceiling dome>?", "options": ["A) Region 1 <room with the ventilation, picture, lamp> -> room with the shower dial, shower floor, bathtub utensil -> room with the piano bench, recessed wall, piano -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "B) Region 1 <room with the ventilation, picture, lamp> -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "C) Region 1 <room with the ventilation, picture, lamp> -> room with the monitor, alarm clock, computer -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "D) Region 1 <room with the ventilation, picture, lamp> -> room with the monitor, plush toy, bed stand -> room with the washing machine, stovetop, plate -> Region 2 <room with the clutter, clothes rack, ceiling dome>"], "answer": "B) Region 1 <room with the ventilation, picture, lamp> -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the wall electronics, sconce, ceiling lamp> to Region 2 <room with the wall lamp, dishwasher, towel>?", "options": ["A) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing stuff, towel ring, countertop -> Region 2 <room with the wall lamp, dishwasher, towel>", "B) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the dining table, window glass, lampshade -> Region 2 <room with the wall lamp, dishwasher, towel>", "C) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the bar, washing stuff, countertop -> room with the shower cabin, countertop, bathroom towel -> room with the countertop, sink, cabinet -> Region 2 <room with the wall lamp, dishwasher, towel>", "D) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the countertop, bathroom towel, ceiling lamp -> room with the bucket, fireplace, stairs railing -> Region 2 <room with the wall lamp, dishwasher, towel>"], "answer": "A) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing stuff, towel ring, countertop -> Region 2 <room with the wall lamp, dishwasher, towel>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route19/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the trashcan, soap dispenser, umbrella> to Region 2 <room with the flower, towel, kitchen shelf>?", "options": ["A) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the vase, partition, plant -> Region 2 <room with the flower, towel, kitchen shelf>", "B) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the board, shelf, clutter -> Region 2 <room with the flower, towel, kitchen shelf>", "C) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the wall hanging decoration, handrail, pillar -> Region 2 <room with the flower, towel, kitchen shelf>", "D) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>"], "answer": "D) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, bathtub, bath wall> to Region 2 <room with the wardrobe, fire alarm, bed table>?", "options": ["A) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the chair, desk, lamp -> Region 2 <room with the wardrobe, fire alarm, bed table>", "B) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the wardrobe, bed table, fire alarm -> room with the curtain rod, dresser, bedside lamp -> Region 2 <room with the wardrobe, fire alarm, bed table>", "C) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> Region 2 <room with the wardrobe, fire alarm, bed table>", "D) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the basket, mat, bin -> Region 2 <room with the wardrobe, fire alarm, bed table>"], "answer": "C) Region 1 <room with the shower curtain, bathtub, bath wall> -> room with the laundry machine, mat, fire alarm -> Region 2 <room with the wardrobe, fire alarm, bed table>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shelf, tv, speaker> to Region 2 <room with the plush toy, coffee table, chest>?", "options": ["A) Region 1 <room with the shelf, tv, speaker> -> room with the bathtub, bath cabinet, towel -> room with the wall electronics, plush toy, table -> Region 2 <room with the plush toy, coffee table, chest>", "B) Region 1 <room with the shelf, tv, speaker> -> room with the food stand, dining table, chandelier -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, coffee table, chest>", "C) Region 1 <room with the shelf, tv, speaker> -> room with the mirror, rug, food stand -> Region 2 <room with the plush toy, coffee table, chest>", "D) Region 1 <room with the shelf, tv, speaker> -> room with the plush toy, table, chest -> room with the bathtub, bath cabinet, towel -> Region 2 <room with the plush toy, coffee table, chest>"], "answer": "B) Region 1 <room with the shelf, tv, speaker> -> room with the food stand, dining table, chandelier -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, coffee table, chest>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sofa chair, recessed wall, tv> to Region 2 <room with the backpack, hanger, clothes rack>?", "options": ["A) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> Region 2 <room with the backpack, hanger, clothes rack>", "B) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the decorative plant, appliance, device -> Region 2 <room with the backpack, hanger, clothes rack>", "C) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the hanger, clothes rack, clothes -> Region 2 <room with the backpack, hanger, clothes rack>", "D) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the hat, shelf with clutter, shoe -> room with the toilet, bathroom cabinet, bathroom utensil -> Region 2 <room with the backpack, hanger, clothes rack>"], "answer": "A) Region 1 <room with the sofa chair, recessed wall, tv> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> Region 2 <room with the backpack, hanger, clothes rack>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route16/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel bar, rug, toilet paper> to Region 2 <room with the pillow, bed, clothes hanger>?", "options": ["A) Region 1 <room with the towel bar, rug, toilet paper> -> room with the mirror, hanger, rug -> room with the pillow, clothes hanger, closet door -> Region 2 <room with the pillow, bed, clothes hanger>", "B) Region 1 <room with the towel bar, rug, toilet paper> -> room with the mirror, hanger, rug -> Region 2 <room with the pillow, bed, clothes hanger>", "C) Region 1 <room with the towel bar, rug, toilet paper> -> room with the carpet, rack, dresser -> room with the pillow, nightstand, bed -> Region 2 <room with the pillow, bed, clothes hanger>", "D) Region 1 <room with the towel bar, rug, toilet paper> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the pillow, bed, clothes hanger>"], "answer": "D) Region 1 <room with the towel bar, rug, toilet paper> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the pillow, bed, clothes hanger>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the range hood, cutting board, glasses> to Region 2 <room with the toilet, table lamp, shower dial>?", "options": ["A) Region 1 <room with the range hood, cutting board, glasses> -> room with the desk, shower bar, bath -> room with the candle, fur carpet, chair -> Region 2 <room with the toilet, table lamp, shower dial>", "B) Region 1 <room with the range hood, cutting board, glasses> -> room with the banister, stairs -> Region 2 <room with the toilet, table lamp, shower dial>", "C) Region 1 <room with the range hood, cutting board, glasses> -> room with the bedside table, bed -> room with the sheet, blanket, carpet -> Region 2 <room with the toilet, table lamp, shower dial>", "D) Region 1 <room with the range hood, cutting board, glasses> -> room with the hanger, toilet, toilet brush -> room with the faucet, washbasin, wall lamp -> Region 2 <room with the toilet, table lamp, shower dial>"], "answer": "B) Region 1 <room with the range hood, cutting board, glasses> -> room with the banister, stairs -> Region 2 <room with the toilet, table lamp, shower dial>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, dining table, sink> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the oven and stove, dining table, sink> -> room with the side table, bed, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the oven and stove, dining table, sink> -> room with the shower rail, sink pipe, faucet -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the oven and stove, dining table, sink> -> room with the side table, bed, bedside lamp -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the oven and stove, dining table, sink> -> room with the side table, bed, bedside lamp -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "A) Region 1 <room with the oven and stove, dining table, sink> -> room with the side table, bed, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route10/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower stand, desk, armchair> to Region 2 <room with the security camera, ceiling fan, book>?", "options": ["A) Region 1 <room with the flower stand, desk, armchair> -> room with the washing machine, balustrade -> Region 2 <room with the security camera, ceiling fan, book>", "B) Region 1 <room with the flower stand, desk, armchair> -> room with the basket, balustrade -> room with the rug, stairs, couch -> Region 2 <room with the security camera, ceiling fan, book>", "C) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, stairs, couch -> Region 2 <room with the security camera, ceiling fan, book>", "D) Region 1 <room with the flower stand, desk, armchair> -> room with the basket, washing machine, balustrade -> room with the basket, balustrade -> Region 2 <room with the security camera, ceiling fan, book>"], "answer": "C) Region 1 <room with the flower stand, desk, armchair> -> room with the rug, stairs, couch -> Region 2 <room with the security camera, ceiling fan, book>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rail, curtain, pot> to Region 2 <room with the shelf, soap dispenser, mirror>?", "options": ["A) Region 1 <room with the rail, curtain, pot> -> room with the chest, sign, box -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "B) Region 1 <room with the rail, curtain, pot> -> room with the wardrobe, pillow, towel -> Region 2 <room with the shelf, soap dispenser, mirror>", "C) Region 1 <room with the rail, curtain, pot> -> room with the container, electric box, desk -> room with the chest, lamp, beam -> Region 2 <room with the shelf, soap dispenser, mirror>", "D) Region 1 <room with the rail, curtain, pot> -> room with the nightstand, wardrobe, towel -> Region 2 <room with the shelf, soap dispenser, mirror>"], "answer": "A) Region 1 <room with the rail, curtain, pot> -> room with the chest, sign, box -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, bottle of soap, towel> to Region 2 <room with the pad, cabinet, table>?", "options": ["A) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the casket, wardrobe, electrical controller -> room with the kitchen shelf, bottle of soap -> Region 2 <room with the pad, cabinet, table>", "B) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the decorative plate, fire alarm, plate -> Region 2 <room with the pad, cabinet, table>", "C) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the pad, cabinet, table>", "D) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the pad, cabinet, table>"], "answer": "D) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the pad, cabinet, table>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route25/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen cabinet, note, sprinkler> to Region 2 <room with the soap, bathtub, toilet paper>?", "options": ["A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the utensil, toilet, washbasin counter -> Region 2 <room with the soap, bathtub, toilet paper>", "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the panel, bed, clock -> Region 2 <room with the soap, bathtub, toilet paper>", "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the cosmetics, washbasin counter, towel bar -> Region 2 <room with the soap, bathtub, toilet paper>", "D) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the remote control, tv, bin -> Region 2 <room with the soap, bathtub, toilet paper>"], "answer": "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the panel, bed, clock -> Region 2 <room with the soap, bathtub, toilet paper>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the sofa, basket, rug>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the clock, decor, bed -> Region 2 <room with the sofa, basket, rug>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the rug, terrace, tv -> room with the desk, trashcan, sofa -> Region 2 <room with the sofa, basket, rug>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the sofa, basket, rug>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the clock, decor, bed -> room with the clock, bed, blanket -> Region 2 <room with the sofa, basket, rug>"], "answer": "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the sofa, basket, rug>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route12/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the device, painting, lamp> to Region 2 <room with the wardrobe, smoke alarm, bed>?", "options": ["A) Region 1 <room with the device, painting, lamp> -> room with the bed, pillow, lamp -> room with the clock, washing machine, washing stuff -> Region 2 <room with the wardrobe, smoke alarm, bed>", "B) Region 1 <room with the device, painting, lamp> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the wardrobe, smoke alarm, bed>", "C) Region 1 <room with the device, painting, lamp> -> room with the bed, pillow, lamp -> Region 2 <room with the wardrobe, smoke alarm, bed>", "D) Region 1 <room with the device, painting, lamp> -> room with the office chair, printer, desk -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>"], "answer": "D) Region 1 <room with the device, painting, lamp> -> room with the office chair, printer, desk -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route31/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower door, liquid soap, bathtub> to Region 2 <room with the box with books, furnace, oven and stove>?", "options": ["A) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the vase, decoration, lamp -> room with the door window, bed, sofa seat -> Region 2 <room with the box with books, furnace, oven and stove>", "B) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the door window, tv, ceiling fan -> Region 2 <room with the box with books, furnace, oven and stove>", "C) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the smoke alarm, vase, decoration -> Region 2 <room with the box with books, furnace, oven and stove>", "D) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the shower mat, shower soap shelf, bath towel -> Region 2 <room with the box with books, furnace, oven and stove>"], "answer": "B) Region 1 <room with the shower door, liquid soap, bathtub> -> room with the door window, tv, ceiling fan -> Region 2 <room with the box with books, furnace, oven and stove>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route62/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route62/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route62/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling fan, nightstand, bed> to Region 2 <room with the light fixture, rug>?", "options": ["A) Region 1 <room with the ceiling fan, nightstand, bed> -> room with the bathtub, hook, bathtub platform -> room with the vase, cabinet, rug -> Region 2 <room with the light fixture, rug>", "B) Region 1 <room with the ceiling fan, nightstand, bed> -> room with the air conditioner, light fixture, rug -> room with the coffee maker, tap, sofa -> Region 2 <room with the light fixture, rug>", "C) Region 1 <room with the ceiling fan, nightstand, bed> -> room with the coffee maker, sofa, cooker -> Region 2 <room with the light fixture, rug>", "D) Region 1 <room with the ceiling fan, nightstand, bed> -> room with the blanket, bed, nightstand -> room with the cabinet, ceiling fan, fire alarm -> Region 2 <room with the light fixture, rug>"], "answer": "C) Region 1 <room with the ceiling fan, nightstand, bed> -> room with the coffee maker, sofa, cooker -> Region 2 <room with the light fixture, rug>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, ladder, picture> to Region 2 <room with the shelf, shower cabin, hook>?", "options": ["A) Region 1 <room with the curtain rod, ladder, picture> -> room with the sign, thermostat, smoke detector -> Region 2 <room with the shelf, shower cabin, hook>", "B) Region 1 <room with the curtain rod, ladder, picture> -> room with the vacuum cleaner, cabinet, curtain -> room with the shower dial, towel ring, showerhead -> Region 2 <room with the shelf, shower cabin, hook>", "C) Region 1 <room with the curtain rod, ladder, picture> -> room with the stairs, box, surface -> room with the shower rod, bathroom counter, shower seat -> Region 2 <room with the shelf, shower cabin, hook>", "D) Region 1 <room with the curtain rod, ladder, picture> -> room with the vacuum cleaner, painting, cabinet -> Region 2 <room with the shelf, shower cabin, hook>"], "answer": "A) Region 1 <room with the curtain rod, ladder, picture> -> room with the sign, thermostat, smoke detector -> Region 2 <room with the shelf, shower cabin, hook>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the refrigerator, stove, kitchen island> to Region 2 <room with the shower floor, toilet brush, toilet paper>?", "options": ["A) Region 1 <room with the refrigerator, stove, kitchen island> -> room with the curtain rod, ceiling lamp, fireplace -> room with the bed, hanging clothes, pillow -> Region 2 <room with the shower floor, toilet brush, toilet paper>", "B) Region 1 <room with the refrigerator, stove, kitchen island> -> room with the toilet paper, shower knob, shower seat -> Region 2 <room with the shower floor, toilet brush, toilet paper>", "C) Region 1 <room with the refrigerator, stove, kitchen island> -> room with the fireplace, pillow, stairs -> room with the fireplace, stairs, handrail -> Region 2 <room with the shower floor, toilet brush, toilet paper>", "D) Region 1 <room with the refrigerator, stove, kitchen island> -> room with the bed, hanging clothes, pillow -> Region 2 <room with the shower floor, toilet brush, toilet paper>"], "answer": "D) Region 1 <room with the refrigerator, stove, kitchen island> -> room with the bed, hanging clothes, pillow -> Region 2 <room with the shower floor, toilet brush, toilet paper>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route10/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath wall, shower knob, bathtub> to Region 2 <room with the flowerpot, throw blanket, table>?", "options": ["A) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the roomba, flowerpot, ceiling fan -> room with the shower bar, toilet, bathroom cabinet -> Region 2 <room with the flowerpot, throw blanket, table>", "B) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the decoration, carpet roll, seat -> room with the island, bar chair, wall lamp -> room with the wall toilet paper, toilet, trash can -> Region 2 <room with the flowerpot, throw blanket, table>", "C) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, closet storage area, clothes container -> room with the bed, sliding door, casket -> Region 2 <room with the flowerpot, throw blanket, table>", "D) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the wall lamp, painting -> room with the storage shelving, closet storage area, clothes container -> Region 2 <room with the flowerpot, throw blanket, table>"], "answer": "C) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, closet storage area, clothes container -> room with the bed, sliding door, casket -> Region 2 <room with the flowerpot, throw blanket, table>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, fan> to Region 2 <room with the tray, fire alarm, picture>?", "options": ["A) Region 1 <room with the cabinet, bed, fan> -> room with the wardrobe, towel bar, towel -> Region 2 <room with the tray, fire alarm, picture>", "B) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> Region 2 <room with the tray, fire alarm, picture>", "C) Region 1 <room with the cabinet, bed, fan> -> room with the cabinet, bed -> room with the bed, fan, shelf -> Region 2 <room with the tray, fire alarm, picture>", "D) Region 1 <room with the cabinet, bed, fan> -> room with the ceiling duct, ceiling lamp, fire alarm -> room with the bathroom cabinet, toilet -> Region 2 <room with the tray, fire alarm, picture>"], "answer": "B) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> Region 2 <room with the tray, fire alarm, picture>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the baby changing table, table cloth, curtain rod cover> to Region 2 <room with the iron board, washing machine, stack of jackets>?", "options": ["A) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the faucet, oven, bottles of wine -> Region 2 <room with the iron board, washing machine, stack of jackets>", "B) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the doormat, stairs, door window -> Region 2 <room with the iron board, washing machine, stack of jackets>", "C) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the chest, tv, window shade -> Region 2 <room with the iron board, washing machine, stack of jackets>", "D) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the mirror, toilet, sink -> room with the faucet, oven, bottles of wine -> Region 2 <room with the iron board, washing machine, stack of jackets>"], "answer": "A) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the faucet, oven, bottles of wine -> Region 2 <room with the iron board, washing machine, stack of jackets>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes rack, blanket, clothes> to Region 2 <room with the bag, shoe, piano bench>?", "options": ["A) Region 1 <room with the clothes rack, blanket, clothes> -> room with the monitor, desk chair, plush toy -> Region 2 <room with the bag, shoe, piano bench>", "B) Region 1 <room with the clothes rack, blanket, clothes> -> room with the shower dial, wardrobe, shower floor -> Region 2 <room with the bag, shoe, piano bench>", "C) Region 1 <room with the clothes rack, blanket, clothes> -> room with the bathtub utensil, bathtub, bathroom towel -> room with the shower floor, bathtub utensil, bathtub -> Region 2 <room with the bag, shoe, piano bench>", "D) Region 1 <room with the clothes rack, blanket, clothes> -> room with the shower bench, scale, wardrobe -> room with the shoe, piano bench, piano -> Region 2 <room with the bag, shoe, piano bench>"], "answer": "A) Region 1 <room with the clothes rack, blanket, clothes> -> room with the monitor, desk chair, plush toy -> Region 2 <room with the bag, shoe, piano bench>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route26/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route26/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route26/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the countertop, bathroom towel, cabinet> to Region 2 <room with the table, basket of something, piano stool>?", "options": ["A) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the countertop, sink, cabinet -> room with the bench, door window, basket -> Region 2 <room with the table, basket of something, piano stool>", "B) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the washing stuff, countertop, washing machine and dryer -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, basket of something, piano stool>", "C) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the shower cabin, countertop, bathroom towel -> room with the faucet, bar, washing stuff -> room with the dining table, window glass, lampshade -> Region 2 <room with the table, basket of something, piano stool>", "D) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the dining table, window glass, lampshade -> Region 2 <room with the table, basket of something, piano stool>"], "answer": "B) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the washing stuff, countertop, washing machine and dryer -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, basket of something, piano stool>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route3/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the board, shelf, clutter> to Region 2 <room with the couch, armchair, brochure>?", "options": ["A) Region 1 <room with the board, shelf, clutter> -> room with the board, binder, shelf -> Region 2 <room with the couch, armchair, brochure>", "B) Region 1 <room with the board, shelf, clutter> -> room with the stack of papers, armchair, desk -> Region 2 <room with the couch, armchair, brochure>", "C) Region 1 <room with the board, shelf, clutter> -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "D) Region 1 <room with the board, shelf, clutter> -> room with the picture, armchair, shelf -> Region 2 <room with the couch, armchair, brochure>"], "answer": "C) Region 1 <room with the board, shelf, clutter> -> room with the stairs, case, tablet -> Region 2 <room with the couch, armchair, brochure>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the laundry machine, mat, fire alarm> to Region 2 <room with the dining table, bowl of fruit, pillar>?", "options": ["A) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the shower curtain, bathtub, bath wall -> Region 2 <room with the dining table, bowl of fruit, pillar>", "B) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the curtain rod, dresser, bedside lamp -> Region 2 <room with the dining table, bowl of fruit, pillar>", "C) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the shower curtain, bathtub, bath wall -> room with the desk, chair, dresser -> Region 2 <room with the dining table, bowl of fruit, pillar>", "D) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>"], "answer": "D) Region 1 <room with the laundry machine, mat, fire alarm> -> room with the wardrobe, fire alarm, bed table -> Region 2 <room with the dining table, bowl of fruit, pillar>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clock, cabinet table, wall electronics> to Region 2 <room with the stack of papers, pad, file cabinet>?", "options": ["A) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the curtain rod, mirror, food stand -> Region 2 <room with the stack of papers, pad, file cabinet>", "B) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the plush toy, chest, flower -> Region 2 <room with the stack of papers, pad, file cabinet>", "C) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the stack of papers, pad, file cabinet>", "D) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the wall lamp, toilet, sink -> room with the painting, floor lamp, tv -> Region 2 <room with the stack of papers, pad, file cabinet>"], "answer": "C) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the stack of papers, pad, file cabinet>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the pouffe, blinds, sofa chair> to Region 2 <room with the hanger, clothes rack, clothes>?", "options": ["A) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the decorative plant, appliance, device -> Region 2 <room with the hanger, clothes rack, clothes>", "B) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the hat, shelf with clutter, shoe -> Region 2 <room with the hanger, clothes rack, clothes>", "C) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, flower, ceiling dome -> room with the hat, shelf with clutter, shoe -> Region 2 <room with the hanger, clothes rack, clothes>", "D) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> Region 2 <room with the hanger, clothes rack, clothes>"], "answer": "D) Region 1 <room with the pouffe, blinds, sofa chair> -> room with the tap, ceiling dome, bowl -> room with the decorative plant, appliance, device -> Region 2 <room with the hanger, clothes rack, clothes>", "videos": ["videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/GLAQ4DNUx5U/route12/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower curtain, mirror, toilet> to Region 2 <room with the pillow, nightstand, bed>?", "options": ["A) Region 1 <room with the shower curtain, mirror, toilet> -> room with the towel bar, rug, toilet paper -> Region 2 <room with the pillow, nightstand, bed>", "B) Region 1 <room with the shower curtain, mirror, toilet> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the pillow, nightstand, bed>", "C) Region 1 <room with the shower curtain, mirror, toilet> -> room with the couch, ceiling light fixture connection, door knob -> Region 2 <room with the pillow, nightstand, bed>", "D) Region 1 <room with the shower curtain, mirror, toilet> -> room with the pillow, clothes hanger, closet door -> Region 2 <room with the pillow, nightstand, bed>"], "answer": "B) Region 1 <room with the shower curtain, mirror, toilet> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the pillow, nightstand, bed>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the range hood, cutting board, salt and pepper> to Region 2 <room with the wardrobe, door knob>?", "options": ["A) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs -> Region 2 <room with the wardrobe, door knob>", "B) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the fire alarm, bed, picture -> room with the sheet, blanket, carpet -> Region 2 <room with the wardrobe, door knob>", "C) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the toilet, picture, shower dial -> room with the bathroom cabinet, shower shelf, toilet paper -> Region 2 <room with the wardrobe, door knob>", "D) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the bedside table, sheet, blanket -> Region 2 <room with the wardrobe, door knob>"], "answer": "A) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs -> Region 2 <room with the wardrobe, door knob>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rail, sink pipe, faucet> to Region 2 <room with the utensil, coat hanger, container>?", "options": ["A) Region 1 <room with the shower rail, sink pipe, faucet> -> room with the bed sheet, towel, bedside lamp -> Region 2 <room with the utensil, coat hanger, container>", "B) Region 1 <room with the shower rail, sink pipe, faucet> -> room with the side table, bed, cuddly toy -> Region 2 <room with the utensil, coat hanger, container>", "C) Region 1 <room with the shower rail, sink pipe, faucet> -> room with the folding chair, bin, side table -> Region 2 <room with the utensil, coat hanger, container>", "D) Region 1 <room with the shower rail, sink pipe, faucet> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the utensil, coat hanger, container>"], "answer": "D) Region 1 <room with the shower rail, sink pipe, faucet> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the utensil, coat hanger, container>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the flower stand, desk, mirror> to Region 2 <room with the balustrade, cabinet>?", "options": ["A) Region 1 <room with the flower stand, desk, mirror> -> room with the rug, stairs, couch -> Region 2 <room with the balustrade, cabinet>", "B) Region 1 <room with the flower stand, desk, mirror> -> room with the rug, sensor, stairs -> Region 2 <room with the balustrade, cabinet>", "C) Region 1 <room with the flower stand, desk, mirror> -> room with the washing machine, balustrade -> Region 2 <room with the balustrade, cabinet>", "D) Region 1 <room with the flower stand, desk, mirror> -> room with the basket, washing machine, balustrade -> Region 2 <room with the balustrade, cabinet>"], "answer": "B) Region 1 <room with the flower stand, desk, mirror> -> room with the rug, sensor, stairs -> Region 2 <room with the balustrade, cabinet>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the container, electric box, desk> to Region 2 <room with the nightstand, wardrobe, towel>?", "options": ["A) Region 1 <room with the container, electric box, desk> -> room with the rail, pot, flower vase -> Region 2 <room with the nightstand, wardrobe, towel>", "B) Region 1 <room with the container, electric box, desk> -> room with the shelf, soap dispenser, mirror -> room with the chest, sign, box -> Region 2 <room with the nightstand, wardrobe, towel>", "C) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> room with the thermostat, mirror, lamp -> Region 2 <room with the nightstand, wardrobe, towel>", "D) Region 1 <room with the container, electric box, desk> -> room with the wardrobe, pillow, towel -> Region 2 <room with the nightstand, wardrobe, towel>"], "answer": "C) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> room with the thermostat, mirror, lamp -> Region 2 <room with the nightstand, wardrobe, towel>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fire alarm, fireplace> to Region 2 <room with the doormat, ventilation hood, window curtain>?", "options": ["A) Region 1 <room with the decorative plate, fire alarm, fireplace> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, toilet paper -> Region 2 <room with the doormat, ventilation hood, window curtain>", "B) Region 1 <room with the decorative plate, fire alarm, fireplace> -> room with the oven and stove, sink, flag -> Region 2 <room with the doormat, ventilation hood, window curtain>", "C) Region 1 <room with the decorative plate, fire alarm, fireplace> -> room with the electrical controller, chandelier, tissue box -> Region 2 <room with the doormat, ventilation hood, window curtain>", "D) Region 1 <room with the decorative plate, fire alarm, fireplace> -> room with the casket, wardrobe, electrical controller -> room with the kitchen shelf, bottle of soap -> Region 2 <room with the doormat, ventilation hood, window curtain>"], "answer": "A) Region 1 <room with the decorative plate, fire alarm, fireplace> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, toilet paper -> Region 2 <room with the doormat, ventilation hood, window curtain>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the utensil, toilet, toilet paper> to Region 2 <room with the panel, bed, clock>?", "options": ["A) Region 1 <room with the utensil, toilet, toilet paper> -> room with the shower tap, shower floor, shower wall -> room with the magazine, shelf, cabinet -> Region 2 <room with the panel, bed, clock>", "B) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, statue, tv stand -> Region 2 <room with the panel, bed, clock>", "C) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, tv, bin -> Region 2 <room with the panel, bed, clock>", "D) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, bin, statue -> Region 2 <room with the panel, bed, clock>"], "answer": "B) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, statue, tv stand -> Region 2 <room with the panel, bed, clock>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the sofa, basket, rug>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the shower curtain, toilet, cosmetics -> Region 2 <room with the sofa, basket, rug>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the desk, trashcan, sofa -> room with the basket, rug, terrace -> Region 2 <room with the sofa, basket, rug>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the basket, rug, terrace -> Region 2 <room with the sofa, basket, rug>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the desk, trashcan, sofa -> Region 2 <room with the sofa, basket, rug>"], "answer": "A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> room with the shower curtain, toilet, cosmetics -> Region 2 <room with the sofa, basket, rug>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, paper, oven and stove> to Region 2 <room with the wardrobe, smoke alarm, bed>?", "options": ["A) Region 1 <room with the carpet, paper, oven and stove> -> room with the clock, ironing board, washing machine -> room with the clock, washing machine, washing stuff -> Region 2 <room with the wardrobe, smoke alarm, bed>", "B) Region 1 <room with the carpet, paper, oven and stove> -> room with the clock, ironing board, washing machine -> room with the high shelf, clothes, clothes hanger -> Region 2 <room with the wardrobe, smoke alarm, bed>", "C) Region 1 <room with the carpet, paper, oven and stove> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the wardrobe, smoke alarm, bed>", "D) Region 1 <room with the carpet, paper, oven and stove> -> room with the office chair, printer, desk -> room with the sink cabinet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>"], "answer": "D) Region 1 <room with the carpet, paper, oven and stove> -> room with the office chair, printer, desk -> room with the sink cabinet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the furnace, oven and stove, coffee machine> to Region 2 <room with the alarm clock, ceiling fan, bed>?", "options": ["A) Region 1 <room with the furnace, oven and stove, coffee machine> -> room with the smoke alarm, ceiling lamp, mirror -> Region 2 <room with the alarm clock, ceiling fan, bed>", "B) Region 1 <room with the furnace, oven and stove, coffee machine> -> room with the ceiling fan, sofa seat, led tv -> room with the door window, ceiling fan, smoke alarm -> Region 2 <room with the alarm clock, ceiling fan, bed>", "C) Region 1 <room with the furnace, oven and stove, coffee machine> -> room with the smoke alarm, vase, ceiling lamp -> Region 2 <room with the alarm clock, ceiling fan, bed>", "D) Region 1 <room with the furnace, oven and stove, coffee machine> -> room with the sink cabinet, shower seat, shower door -> room with the wardrobe, tv, device -> Region 2 <room with the alarm clock, ceiling fan, bed>"], "answer": "C) Region 1 <room with the furnace, oven and stove, coffee machine> -> room with the smoke alarm, vase, ceiling lamp -> Region 2 <room with the alarm clock, ceiling fan, bed>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route87/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ornament, blinds, vase> to Region 2 <room with the fuse box, washer-dryer, cabinet>?", "options": ["A) Region 1 <room with the ornament, blinds, vase> -> room with the chest of drawers, chair, picture -> room with the showerhead, shower valve, bathroom cabinet -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "B) Region 1 <room with the ornament, blinds, vase> -> room with the chest of drawers, chair, picture -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "C) Region 1 <room with the ornament, blinds, vase> -> room with the ornament, cabinet -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "D) Region 1 <room with the ornament, blinds, vase> -> room with the coffee maker, tap, sofa -> room with the thermostat, light fixture, rug -> Region 2 <room with the fuse box, washer-dryer, cabinet>"], "answer": "D) Region 1 <room with the ornament, blinds, vase> -> room with the coffee maker, tap, sofa -> room with the thermostat, light fixture, rug -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route31/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route31/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route31/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ladder, towel, mirror> to Region 2 <room with the table, sideboard, coffee maker>?", "options": ["A) Region 1 <room with the ladder, towel, mirror> -> room with the shower rod, bathroom counter, cosmetics -> Region 2 <room with the table, sideboard, coffee maker>", "B) Region 1 <room with the ladder, towel, mirror> -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the table, sideboard, coffee maker>", "C) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> room with the stairs, box, surface -> Region 2 <room with the table, sideboard, coffee maker>", "D) Region 1 <room with the ladder, towel, mirror> -> room with the pillow, smoke detector, curtain -> Region 2 <room with the table, sideboard, coffee maker>"], "answer": "C) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> room with the stairs, box, surface -> Region 2 <room with the table, sideboard, coffee maker>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the toilet paper, shower knob, bathtub>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> room with the bed, pillow, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the toilet paper, shower knob, shower seat -> room with the fireplace, pillow, stairs -> Region 2 <room with the toilet paper, shower knob, bathtub>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the bed, rug, mirror -> Region 2 <room with the toilet paper, shower knob, bathtub>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the mirror, shower curtain, countertop -> room with the fireplace, stairs, handrail -> room with the ceiling lamp, fireplace, stairs -> Region 2 <room with the toilet paper, shower knob, bathtub>"], "answer": "A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> room with the bed, pillow, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the roomba, flowerpot, throw blanket> to Region 2 <room with the carpet roll, seat, bedside lamp>?", "options": ["A) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the shower floor, toilet, shower bar -> Region 2 <room with the carpet roll, seat, bedside lamp>", "B) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the carpet roll, seat, bedside lamp>", "C) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the wall lamp, island, casket -> room with the appliance, storage shelving, shelf -> Region 2 <room with the carpet roll, seat, bedside lamp>", "D) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the bath wall, shower knob, bathtub -> room with the casket, island, bar chair -> Region 2 <room with the carpet roll, seat, bedside lamp>"], "answer": "B) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the carpet roll, seat, bedside lamp>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route20/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route20/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route20/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel, wardrobe, towel bar> to Region 2 <room with the bathroom cabinet, bathtub, shower curtain>?", "options": ["A) Region 1 <room with the towel, wardrobe, towel bar> -> room with the book, lamp, fan -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "B) Region 1 <room with the towel, wardrobe, towel bar> -> room with the cabinet, decoration -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "C) Region 1 <room with the towel, wardrobe, towel bar> -> room with the desk, desk chair, wall lamp -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "D) Region 1 <room with the towel, wardrobe, towel bar> -> room with the towel, tray, fire alarm -> room with the blanket, step, fireplace -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>"], "answer": "A) Region 1 <room with the towel, wardrobe, towel bar> -> room with the book, lamp, fan -> Region 2 <room with the bathroom cabinet, bathtub, shower curtain>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the baby changing table, table cloth, curtain rod cover> to Region 2 <room with the washing machine, stack of jackets, clothes dryer>?", "options": ["A) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the iron board, washing machine, stack of jackets -> room with the chest, tv, window shade -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "B) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the doormat, stairs, railing -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "C) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the chest, tv, window shade -> room with the baby changing table, table cloth, dining table -> room with the doormat, stairs, door window -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "D) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>"], "answer": "D) Region 1 <room with the baby changing table, table cloth, curtain rod cover> -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the alarm clock, computer, wall cabinet> to Region 2 <room with the washing machine, wall clock, stovetop>?", "options": ["A) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the towel, picture -> Region 2 <room with the washing machine, wall clock, stovetop>", "B) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "C) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shower dial, toilet, ceiling lamp -> room with the ventilation, picture, lamp -> Region 2 <room with the washing machine, wall clock, stovetop>", "D) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shower bench, scale, shower stall -> room with the towel, rug, lamp -> room with the monitor, box, desk chair -> Region 2 <room with the washing machine, wall clock, stovetop>"], "answer": "B) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the piano bench, recessed wall, piano -> Region 2 <room with the washing machine, wall clock, stovetop>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route10/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bench, statue, door window> to Region 2 <room with the shelf, toilet, air vent>?", "options": ["A) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, board -> room with the wall electronics, sconce, ceiling lamp -> Region 2 <room with the shelf, toilet, air vent>", "B) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, ceiling lamp, sconce -> room with the countertop, cabinet -> Region 2 <room with the shelf, toilet, air vent>", "C) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, board -> Region 2 <room with the shelf, toilet, air vent>", "D) Region 1 <room with the bench, statue, door window> -> room with the countertop, bathroom towel, ceiling lamp -> Region 2 <room with the shelf, toilet, air vent>"], "answer": "C) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, board -> Region 2 <room with the shelf, toilet, air vent>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the board, binder, shelf> to Region 2 <room with the flower, towel, kitchen shelf>?", "options": ["A) Region 1 <room with the board, binder, shelf> -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>", "B) Region 1 <room with the board, binder, shelf> -> room with the stack of papers, armchair, desk -> room with the window curtain, board, shelf -> Region 2 <room with the flower, towel, kitchen shelf>", "C) Region 1 <room with the board, binder, shelf> -> room with the desk, vase, box -> Region 2 <room with the flower, towel, kitchen shelf>", "D) Region 1 <room with the board, binder, shelf> -> room with the stairs, case, computer mouse -> Region 2 <room with the flower, towel, kitchen shelf>"], "answer": "A) Region 1 <room with the board, binder, shelf> -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route6/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the dining table, pillar, dining chair> to Region 2 <room with the basket, mat, bin>?", "options": ["A) Region 1 <room with the dining table, pillar, dining chair> -> room with the bathroom cabinet, shower wall -> Region 2 <room with the basket, mat, bin>", "B) Region 1 <room with the dining table, pillar, dining chair> -> room with the wardrobe, bed table, fire alarm -> room with the curtain rod, dresser, bedside lamp -> Region 2 <room with the basket, mat, bin>", "C) Region 1 <room with the dining table, pillar, dining chair> -> room with the fire alarm, bed table, bedside lamp -> Region 2 <room with the basket, mat, bin>", "D) Region 1 <room with the dining table, pillar, dining chair> -> room with the wardrobe, bed table, fire alarm -> Region 2 <room with the basket, mat, bin>"], "answer": "C) Region 1 <room with the dining table, pillar, dining chair> -> room with the fire alarm, bed table, bedside lamp -> Region 2 <room with the basket, mat, bin>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bowl of fruit, book, tap> to Region 2 <room with the computer mouse, keyboard, stack of papers>?", "options": ["A) Region 1 <room with the bowl of fruit, book, tap> -> room with the painting, floor lamp, couch -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "B) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, table, coffee table -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "C) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, coffee table, chest -> room with the curtain rod, mirror, food stand -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "D) Region 1 <room with the bowl of fruit, book, tap> -> room with the painting, tv, table -> room with the plush toy, coffee table, chest -> Region 2 <room with the computer mouse, keyboard, stack of papers>"], "answer": "B) Region 1 <room with the bowl of fruit, book, tap> -> room with the plush toy, table, coffee table -> Region 2 <room with the computer mouse, keyboard, stack of papers>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> to Region 2 <room with the couch, cabinet, ceiling light fixture connection>?", "options": ["A) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the shower curtain, mirror, toilet -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "B) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "C) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the couch, cabinet, door knob -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "D) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the pillow, bed, clothes hanger -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>"], "answer": "D) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the pillow, bed, clothes hanger -> Region 2 <room with the couch, cabinet, ceiling light fixture connection>", "videos": ["videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/4ok3usBNeis/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the candle, fur carpet, ottoman> to Region 2 <room with the lounger, wood, sofa>?", "options": ["A) Region 1 <room with the candle, fur carpet, ottoman> -> room with the banister, stairs -> room with the range hood, cutting board, glasses -> Region 2 <room with the lounger, wood, sofa>", "B) Region 1 <room with the candle, fur carpet, ottoman> -> room with the range hood, cutting board, salt and pepper -> Region 2 <room with the lounger, wood, sofa>", "C) Region 1 <room with the candle, fur carpet, ottoman> -> room with the bathroom cabinet, shower dial, shower shelf -> room with the sheet, blanket, carpet -> Region 2 <room with the lounger, wood, sofa>", "D) Region 1 <room with the candle, fur carpet, ottoman> -> room with the sheet, blanket, carpet -> room with the wardrobe, door knob -> Region 2 <room with the lounger, wood, sofa>"], "answer": "A) Region 1 <room with the candle, fur carpet, ottoman> -> room with the banister, stairs -> room with the range hood, cutting board, glasses -> Region 2 <room with the lounger, wood, sofa>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the shower rail, faucet, toilet -> room with the side table, bed, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the oven and stove, dining table, sink -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bed, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "D) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bed, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the basket, balustrade> to Region 2 <room with the bench, vent, handbag>?", "options": ["A) Region 1 <room with the basket, balustrade> -> room with the bowl, blinds, microwave -> room with the flower stand, desk, armchair -> Region 2 <room with the bench, vent, handbag>", "B) Region 1 <room with the basket, balustrade> -> room with the bowl, oven and stove, ornament -> room with the bowl, blinds, microwave -> Region 2 <room with the bench, vent, handbag>", "C) Region 1 <room with the basket, balustrade> -> room with the rug, sensor, stairs -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, vent, handbag>", "D) Region 1 <room with the basket, balustrade> -> room with the security camera, ceiling fan, book -> room with the bowl, blinds, microwave -> Region 2 <room with the bench, vent, handbag>"], "answer": "C) Region 1 <room with the basket, balustrade> -> room with the rug, sensor, stairs -> room with the security camera, ceiling fan, book -> Region 2 <room with the bench, vent, handbag>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rail, curtain, pot> to Region 2 <room with the shelf, soap dispenser, mirror>?", "options": ["A) Region 1 <room with the rail, curtain, pot> -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "B) Region 1 <room with the rail, curtain, pot> -> room with the chest, dustbin, lamp -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "C) Region 1 <room with the rail, curtain, pot> -> room with the wardrobe, towel, pillow -> Region 2 <room with the shelf, soap dispenser, mirror>", "D) Region 1 <room with the rail, curtain, pot> -> room with the thermostat, mirror, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>"], "answer": "B) Region 1 <room with the rail, curtain, pot> -> room with the chest, dustbin, lamp -> room with the thermostat, lamp -> Region 2 <room with the shelf, soap dispenser, mirror>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fire alarm, balustrade> to Region 2 <room with the doormat, window curtain, alarm>?", "options": ["A) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the doormat, ventilation hood, window curtain -> Region 2 <room with the doormat, window curtain, alarm>", "B) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "C) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the handle, bathroom shelf, hand soap -> room with the casket, wardrobe, electrical controller -> Region 2 <room with the doormat, window curtain, alarm>", "D) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the ceiling vent, bath, bathroom cabinet -> Region 2 <room with the doormat, window curtain, alarm>"], "answer": "B) Region 1 <room with the decorative plate, fire alarm, balustrade> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the utensil, toilet, toilet paper> to Region 2 <room with the bathtub utensil, soap, bathtub>?", "options": ["A) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, statue, tv stand -> room with the panel, bed, clock -> Region 2 <room with the bathtub utensil, soap, bathtub>", "B) Region 1 <room with the utensil, toilet, toilet paper> -> room with the utensil, toilet, washbasin counter -> room with the remote control, tv, bin -> Region 2 <room with the bathtub utensil, soap, bathtub>", "C) Region 1 <room with the utensil, toilet, toilet paper> -> room with the soap, bathtub, toilet paper -> Region 2 <room with the bathtub utensil, soap, bathtub>", "D) Region 1 <room with the utensil, toilet, toilet paper> -> room with the soap, bathtub, toilet paper -> room with the shower tap, shower ceiling, shower floor -> Region 2 <room with the bathtub utensil, soap, bathtub>"], "answer": "A) Region 1 <room with the utensil, toilet, toilet paper> -> room with the remote control, statue, tv stand -> room with the panel, bed, clock -> Region 2 <room with the bathtub utensil, soap, bathtub>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the decor, bed, box>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the desk, trashcan, sofa -> Region 2 <room with the decor, bed, box>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the shower curtain, toilet, cosmetics -> Region 2 <room with the decor, bed, box>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the decor, bed, box>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the basket, rug, terrace -> Region 2 <room with the decor, bed, box>"], "answer": "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the decor, bed, box>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the high shelf, towel, liquid soap> to Region 2 <room with the sink cabinet, mirror>?", "options": ["A) Region 1 <room with the high shelf, towel, liquid soap> -> room with the clock, washing machine, washing stuff -> Region 2 <room with the sink cabinet, mirror>", "B) Region 1 <room with the high shelf, towel, liquid soap> -> room with the high shelf, liquid soap, clothes hanger -> room with the carpet, paper, oven and stove -> room with the clock, ironing board, washing machine -> Region 2 <room with the sink cabinet, mirror>", "C) Region 1 <room with the high shelf, towel, liquid soap> -> room with the bed, pillow, lamp -> Region 2 <room with the sink cabinet, mirror>", "D) Region 1 <room with the high shelf, towel, liquid soap> -> room with the carpet, paper, oven and stove -> room with the office chair, printer, desk -> Region 2 <room with the sink cabinet, mirror>"], "answer": "D) Region 1 <room with the high shelf, towel, liquid soap> -> room with the carpet, paper, oven and stove -> room with the office chair, printer, desk -> Region 2 <room with the sink cabinet, mirror>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower door, bathtub, shower mat> to Region 2 <room with the patio chair, circular sofa>?", "options": ["A) Region 1 <room with the shower door, bathtub, shower mat> -> room with the alarm clock, pouffe, wardrobe -> room with the door window, support beam, cabinet -> Region 2 <room with the patio chair, circular sofa>", "B) Region 1 <room with the shower door, bathtub, shower mat> -> room with the flower vase, faucet, lamp -> room with the shower door, liquid soap, bathtub -> Region 2 <room with the patio chair, circular sofa>", "C) Region 1 <room with the shower door, bathtub, shower mat> -> room with the door window, tv, smoke alarm -> Region 2 <room with the patio chair, circular sofa>", "D) Region 1 <room with the shower door, bathtub, shower mat> -> room with the ceiling fan, bed, telephone -> Region 2 <room with the patio chair, circular sofa>"], "answer": "C) Region 1 <room with the shower door, bathtub, shower mat> -> room with the door window, tv, smoke alarm -> Region 2 <room with the patio chair, circular sofa>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route61/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route61/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route61/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the hook, ceiling fan, chest of drawers> to Region 2 <room with the blinds, cabinet, vase>?", "options": ["A) Region 1 <room with the hook, ceiling fan, chest of drawers> -> room with the fire alarm, book, thermostat -> room with the air conditioner, light fixture, thermostat -> room with the cabinet, fire alarm, book -> Region 2 <room with the blinds, cabinet, vase>", "B) Region 1 <room with the hook, ceiling fan, chest of drawers> -> room with the blanket, curtain rod, ceiling fan -> room with the sofa, cooker, dishwasher -> Region 2 <room with the blinds, cabinet, vase>", "C) Region 1 <room with the hook, ceiling fan, chest of drawers> -> room with the nightstand, ceiling fan, bed -> Region 2 <room with the blinds, cabinet, vase>", "D) Region 1 <room with the hook, ceiling fan, chest of drawers> -> room with the decoration, curtain rod, nightstand -> Region 2 <room with the blinds, cabinet, vase>"], "answer": "D) Region 1 <room with the hook, ceiling fan, chest of drawers> -> room with the decoration, curtain rod, nightstand -> Region 2 <room with the blinds, cabinet, vase>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route17/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route17/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route17/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, ladder, picture> to Region 2 <room with the stairs, box, surface>?", "options": ["A) Region 1 <room with the curtain rod, ladder, picture> -> room with the shower dial, shower cabin, showerhead -> room with the curtain rod, pillow, smoke detector -> room with the toilet, showerhead, towel bar -> Region 2 <room with the stairs, box, surface>", "B) Region 1 <room with the curtain rod, ladder, picture> -> room with the sign, thermostat, smoke detector -> room with the shelf, shower cabin, hook -> Region 2 <room with the stairs, box, surface>", "C) Region 1 <room with the curtain rod, ladder, picture> -> room with the pillow, smoke detector, curtain -> Region 2 <room with the stairs, box, surface>", "D) Region 1 <room with the curtain rod, ladder, picture> -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the stairs, box, surface>"], "answer": "B) Region 1 <room with the curtain rod, ladder, picture> -> room with the sign, thermostat, smoke detector -> room with the shelf, shower cabin, hook -> Region 2 <room with the stairs, box, surface>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the refrigerator, box, stove>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the refrigerator, box, stove>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, stairs, handrail -> Region 2 <room with the refrigerator, box, stove>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the hanging clothes, bed, pillow -> room with the bed, pillow, shelf -> Region 2 <room with the refrigerator, box, stove>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the hanging clothes, bed, shelf -> room with the toilet paper, shower knob, bathtub -> Region 2 <room with the refrigerator, box, stove>"], "answer": "A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the refrigerator, box, stove>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the storage shelving, closet storage area, appliance> to Region 2 <room with the wall toilet paper, step stool, toilet>?", "options": ["A) Region 1 <room with the storage shelving, closet storage area, appliance> -> room with the bath wall, bathtub, bath faucet -> Region 2 <room with the wall toilet paper, step stool, toilet>", "B) Region 1 <room with the storage shelving, closet storage area, appliance> -> room with the casket, bed, air conditioner -> room with the air conditioner, casket, nightstand -> room with the flowerpot, throw blanket, table -> Region 2 <room with the wall toilet paper, step stool, toilet>", "C) Region 1 <room with the storage shelving, closet storage area, appliance> -> room with the bed, sliding door, casket -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the wall toilet paper, step stool, toilet>", "D) Region 1 <room with the storage shelving, closet storage area, appliance> -> room with the bed, sliding door, casket -> Region 2 <room with the wall toilet paper, step stool, toilet>"], "answer": "C) Region 1 <room with the storage shelving, closet storage area, appliance> -> room with the bed, sliding door, casket -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the wall toilet paper, step stool, toilet>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route11/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathroom cabinet, bathtub, shower curtain> to Region 2 <room with the lamp, bed, shelf>?", "options": ["A) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the cabinet, decoration -> Region 2 <room with the lamp, bed, shelf>", "B) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the blanket, step, lamp -> room with the cabinet, decoration -> Region 2 <room with the lamp, bed, shelf>", "C) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the cabinet, bed, fan -> Region 2 <room with the lamp, bed, shelf>", "D) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the towel, tray, refrigerator -> Region 2 <room with the lamp, bed, shelf>"], "answer": "D) Region 1 <room with the bathroom cabinet, bathtub, shower curtain> -> room with the towel, tray, refrigerator -> Region 2 <room with the lamp, bed, shelf>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route16/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, tv, window shade> to Region 2 <room with the faucet, oven, bottles of wine>?", "options": ["A) Region 1 <room with the chest, tv, window shade> -> room with the doormat, stairs, door window -> Region 2 <room with the faucet, oven, bottles of wine>", "B) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, oven, bottles of wine>", "C) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the faucet, oven, bottles of wine>", "D) Region 1 <room with the chest, tv, window shade> -> room with the iron board, washing machine, stack of jackets -> room with the faucet, oven, fridge -> Region 2 <room with the faucet, oven, bottles of wine>"], "answer": "B) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> Region 2 <room with the faucet, oven, bottles of wine>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the alarm clock, computer, wall cabinet> to Region 2 <room with the towel, picture>?", "options": ["A) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the piano bench, recessed wall, piano -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, picture>", "B) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, picture>", "C) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shower bench, scale, shower stall -> Region 2 <room with the towel, picture>", "D) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shower bench, scale, wardrobe -> room with the toy, blanket, casket -> room with the bed, bed stand, blanket -> Region 2 <room with the towel, picture>"], "answer": "A) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the piano bench, recessed wall, piano -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, picture>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route10/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tv stand, window curtain, armchair> to Region 2 <room with the dining table, coaster, desk>?", "options": ["A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the bar, countertop, washing machine and dryer -> room with the bench, door window, basket -> Region 2 <room with the dining table, coaster, desk>", "B) Region 1 <room with the tv stand, window curtain, armchair> -> room with the shower cabin, countertop, bathroom towel -> room with the washing stuff, countertop, washing machine and dryer -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the dining table, coaster, desk>", "C) Region 1 <room with the tv stand, window curtain, armchair> -> room with the washing machine and dryer, countertop, cabinet -> Region 2 <room with the dining table, coaster, desk>", "D) Region 1 <room with the tv stand, window curtain, armchair> -> room with the bar, washing stuff, countertop -> room with the dining table, window glass, lampshade -> Region 2 <room with the dining table, coaster, desk>"], "answer": "B) Region 1 <room with the tv stand, window curtain, armchair> -> room with the shower cabin, countertop, bathroom towel -> room with the washing stuff, countertop, washing machine and dryer -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the dining table, coaster, desk>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the binder, board, shelf> to Region 2 <room with the flower, towel, kitchen shelf>?", "options": ["A) Region 1 <room with the binder, board, shelf> -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>", "B) Region 1 <room with the binder, board, shelf> -> room with the picture, armchair, shelf -> Region 2 <room with the flower, towel, kitchen shelf>", "C) Region 1 <room with the binder, board, shelf> -> room with the window curtain, board, vase -> Region 2 <room with the flower, towel, kitchen shelf>", "D) Region 1 <room with the binder, board, shelf> -> room with the couch, armchair, brochure -> Region 2 <room with the flower, towel, kitchen shelf>"], "answer": "A) Region 1 <room with the binder, board, shelf> -> room with the stairs, case, tablet -> Region 2 <room with the flower, towel, kitchen shelf>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, dresser, bedside lamp> to Region 2 <room with the dining table, bowl of fruit, pillar>?", "options": ["A) Region 1 <room with the curtain rod, dresser, bedside lamp> -> room with the laundry machine, mat, fire alarm -> Region 2 <room with the dining table, bowl of fruit, pillar>", "B) Region 1 <room with the curtain rod, dresser, bedside lamp> -> room with the stair, wall lamp, stair handle -> room with the step, shower pipe, toilet -> Region 2 <room with the dining table, bowl of fruit, pillar>", "C) Region 1 <room with the curtain rod, dresser, bedside lamp> -> room with the wardrobe, bed table, fire alarm -> Region 2 <room with the dining table, bowl of fruit, pillar>", "D) Region 1 <room with the curtain rod, dresser, bedside lamp> -> room with the basket, fire alarm, bin -> room with the bed table, bedside lamp, bed -> Region 2 <room with the dining table, bowl of fruit, pillar>"], "answer": "D) Region 1 <room with the curtain rod, dresser, bedside lamp> -> room with the basket, fire alarm, bin -> room with the bed table, bedside lamp, bed -> Region 2 <room with the dining table, bowl of fruit, pillar>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the painting, floor lamp, tv> to Region 2 <room with the stairs, staircase handrail>?", "options": ["A) Region 1 <room with the painting, floor lamp, tv> -> room with the book, tap, kitchen island -> Region 2 <room with the stairs, staircase handrail>", "B) Region 1 <room with the painting, floor lamp, tv> -> room with the shelf, tv, speaker -> Region 2 <room with the stairs, staircase handrail>", "C) Region 1 <room with the painting, floor lamp, tv> -> room with the mirror, rug, food stand -> room with the wall lamp, toilet, sink -> Region 2 <room with the stairs, staircase handrail>", "D) Region 1 <room with the painting, floor lamp, tv> -> room with the keyboard, stack of papers, painting -> Region 2 <room with the stairs, staircase handrail>"], "answer": "C) Region 1 <room with the painting, floor lamp, tv> -> room with the mirror, rug, food stand -> room with the wall lamp, toilet, sink -> Region 2 <room with the stairs, staircase handrail>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route1/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, door knob> to Region 2 <room with the bedside table, fire detector, decoration>?", "options": ["A) Region 1 <room with the bed, door knob> -> room with the bed, decoration, door knob -> room with the ottoman, table, door knob -> Region 2 <room with the bedside table, fire detector, decoration>", "B) Region 1 <room with the bed, door knob> -> room with the side table, umbrella, rack -> room with the candle, fur carpet, chair -> Region 2 <room with the bedside table, fire detector, decoration>", "C) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> room with the picture, toilet brush, shower bar -> Region 2 <room with the bedside table, fire detector, decoration>", "D) Region 1 <room with the bed, door knob> -> room with the desk, bath, bath side table -> Region 2 <room with the bedside table, fire detector, decoration>"], "answer": "C) Region 1 <room with the bed, door knob> -> room with the banister, stairs -> room with the picture, toilet brush, shower bar -> Region 2 <room with the bedside table, fire detector, decoration>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route44/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route44/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route44/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, dining table, sink> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the oven and stove, dining table, sink> -> room with the folding chair, bedside lamp, side table -> room with the utensil, coat hanger, door window -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the oven and stove, dining table, sink> -> room with the utensil, coat hanger, container -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the oven and stove, dining table, sink> -> room with the shower rail, sink pipe, faucet -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the oven and stove, dining table, sink> -> room with the cuddly toy, folding chair, cloth -> room with the shower rail, sink pipe, faucet -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "A) Region 1 <room with the oven and stove, dining table, sink> -> room with the folding chair, bedside lamp, side table -> room with the utensil, coat hanger, door window -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route11/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, sensor, stairs> to Region 2 <room with the ceiling fan, book, fireplace>?", "options": ["A) Region 1 <room with the rug, sensor, stairs> -> room with the basket, balustrade -> Region 2 <room with the ceiling fan, book, fireplace>", "B) Region 1 <room with the rug, sensor, stairs> -> room with the bowl, blinds, microwave -> Region 2 <room with the ceiling fan, book, fireplace>", "C) Region 1 <room with the rug, sensor, stairs> -> room with the flower stand, desk, armchair -> Region 2 <room with the ceiling fan, book, fireplace>", "D) Region 1 <room with the rug, sensor, stairs> -> room with the basket, washing machine, balustrade -> room with the security camera, ceiling fan, book -> Region 2 <room with the ceiling fan, book, fireplace>"], "answer": "B) Region 1 <room with the rug, sensor, stairs> -> room with the bowl, blinds, microwave -> Region 2 <room with the ceiling fan, book, fireplace>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route4/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the container, electric box, desk> to Region 2 <room with the thermostat, mirror, lamp>?", "options": ["A) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> room with the chest, lamp, beam -> Region 2 <room with the thermostat, mirror, lamp>", "B) Region 1 <room with the container, electric box, desk> -> room with the chest, lamp, beam -> Region 2 <room with the thermostat, mirror, lamp>", "C) Region 1 <room with the container, electric box, desk> -> room with the dustbin, bowl, lamp -> room with the chest, sign, box -> Region 2 <room with the thermostat, mirror, lamp>", "D) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> Region 2 <room with the thermostat, mirror, lamp>"], "answer": "D) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> Region 2 <room with the thermostat, mirror, lamp>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath, bathroom cabinet, towel> to Region 2 <room with the electrical controller, chandelier, tissue box>?", "options": ["A) Region 1 <room with the bath, bathroom cabinet, towel> -> room with the wardrobe, table lamp, electrical controller -> room with the pad, cabinet, table -> Region 2 <room with the electrical controller, chandelier, tissue box>", "B) Region 1 <room with the bath, bathroom cabinet, towel> -> room with the kitchen shelf, bottle of soap, toilet paper -> room with the kitchen shelf, bottle of soap, bathroom shelf -> Region 2 <room with the electrical controller, chandelier, tissue box>", "C) Region 1 <room with the bath, bathroom cabinet, towel> -> room with the doormat, window curtain, ventilation hood -> room with the pad, cabinet, table -> Region 2 <room with the electrical controller, chandelier, tissue box>", "D) Region 1 <room with the bath, bathroom cabinet, towel> -> room with the ceiling vent, bath, bathroom cabinet -> room with the doormat, window curtain, alarm -> Region 2 <room with the electrical controller, chandelier, tissue box>"], "answer": "C) Region 1 <room with the bath, bathroom cabinet, towel> -> room with the doormat, window curtain, ventilation hood -> room with the pad, cabinet, table -> Region 2 <room with the electrical controller, chandelier, tissue box>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen cabinet, note, sprinkler> to Region 2 <room with the magazine, shelf, hanger>?", "options": ["A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the soap, bathtub, toilet paper -> room with the utensil, toilet, toilet paper -> Region 2 <room with the magazine, shelf, hanger>", "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the magazine, shelf, hanger>", "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the bathtub utensil, soap, bathtub -> Region 2 <room with the magazine, shelf, hanger>", "D) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the magazine, shelf, cabinet -> Region 2 <room with the magazine, shelf, hanger>"], "answer": "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the magazine, shelf, hanger>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clock, bed, blanket> to Region 2 <room with the decor, bed, box>?", "options": ["A) Region 1 <room with the clock, bed, blanket> -> room with the rug, terrace, tv -> Region 2 <room with the decor, bed, box>", "B) Region 1 <room with the clock, bed, blanket> -> room with the sofa, rug, terrace -> room with the shower curtain, showerhead, toilet -> Region 2 <room with the decor, bed, box>", "C) Region 1 <room with the clock, bed, blanket> -> room with the shower curtain, showerhead, toilet -> Region 2 <room with the decor, bed, box>", "D) Region 1 <room with the clock, bed, blanket> -> room with the sofa, basket, rug -> Region 2 <room with the decor, bed, box>"], "answer": "A) Region 1 <room with the clock, bed, blanket> -> room with the rug, terrace, tv -> Region 2 <room with the decor, bed, box>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the high shelf, towel, liquid soap> to Region 2 <room with the wardrobe, smoke alarm, bed>?", "options": ["A) Region 1 <room with the high shelf, towel, liquid soap> -> room with the carpet, trashcan, coffee machine -> room with the painting, device, lamp -> Region 2 <room with the wardrobe, smoke alarm, bed>", "B) Region 1 <room with the high shelf, towel, liquid soap> -> room with the high shelf, clothes, clothes hanger -> room with the sink cabinet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>", "C) Region 1 <room with the high shelf, towel, liquid soap> -> room with the sink cabinet, mirror, toilet -> room with the mirror, lamp -> room with the high shelf, clothes, clothes hanger -> Region 2 <room with the wardrobe, smoke alarm, bed>", "D) Region 1 <room with the high shelf, towel, liquid soap> -> room with the carpet, paper, oven and stove -> room with the office chair, printer, desk -> room with the sink cabinet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>"], "answer": "D) Region 1 <room with the high shelf, towel, liquid soap> -> room with the carpet, paper, oven and stove -> room with the office chair, printer, desk -> room with the sink cabinet, mirror -> Region 2 <room with the wardrobe, smoke alarm, bed>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route24/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the vase, lamp, decoration> to Region 2 <room with the shower door, trashcan, bath faucet>?", "options": ["A) Region 1 <room with the vase, lamp, decoration> -> room with the flower vase, faucet, lamp -> Region 2 <room with the shower door, trashcan, bath faucet>", "B) Region 1 <room with the vase, lamp, decoration> -> room with the shower door, liquid soap, bathtub -> room with the smoke alarm, vase, decoration -> Region 2 <room with the shower door, trashcan, bath faucet>", "C) Region 1 <room with the vase, lamp, decoration> -> room with the box with books, furnace, oven and stove -> room with the smoke alarm, mirror, vase -> Region 2 <room with the shower door, trashcan, bath faucet>", "D) Region 1 <room with the vase, lamp, decoration> -> room with the flower vase, faucet, lamp -> room with the trashcan, towel, faucet -> Region 2 <room with the shower door, trashcan, bath faucet>"], "answer": "C) Region 1 <room with the vase, lamp, decoration> -> room with the box with books, furnace, oven and stove -> room with the smoke alarm, mirror, vase -> Region 2 <room with the shower door, trashcan, bath faucet>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route76/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decoration, ceiling fan, bed> to Region 2 <room with the thermostat, rug, light fixture>?", "options": ["A) Region 1 <room with the decoration, ceiling fan, bed> -> room with the blanket, bed, nightstand -> Region 2 <room with the thermostat, rug, light fixture>", "B) Region 1 <room with the decoration, ceiling fan, bed> -> room with the book, armchair, tv -> Region 2 <room with the thermostat, rug, light fixture>", "C) Region 1 <room with the decoration, ceiling fan, bed> -> room with the decoration, blanket, light fixture -> room with the blinds, cabinet, vase -> room with the decoration, light fixture, blanket -> Region 2 <room with the thermostat, rug, light fixture>", "D) Region 1 <room with the decoration, ceiling fan, bed> -> room with the coffee maker, sofa, cooker -> Region 2 <room with the thermostat, rug, light fixture>"], "answer": "D) Region 1 <room with the decoration, ceiling fan, bed> -> room with the coffee maker, sofa, cooker -> Region 2 <room with the thermostat, rug, light fixture>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route25/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route25/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower dial, towel ring, showerhead> to Region 2 <room with the stairs, box, surface>?", "options": ["A) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the tv, remote control, curtain rod -> room with the stairs, box, banister -> Region 2 <room with the stairs, box, surface>", "B) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the sign, thermostat, painting -> room with the sideboard, coffee maker, ventilation hood -> Region 2 <room with the stairs, box, surface>", "C) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the ladder, towel, mirror -> room with the shower rod, bathroom counter, shower seat -> Region 2 <room with the stairs, box, surface>", "D) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the vacuum cleaner, painting, ladder -> Region 2 <room with the stairs, box, surface>"], "answer": "B) Region 1 <room with the shower dial, towel ring, showerhead> -> room with the sign, thermostat, painting -> room with the sideboard, coffee maker, ventilation hood -> Region 2 <room with the stairs, box, surface>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling lamp, fireplace, stairs> to Region 2 <room with the hanging clothes, bed, shelf>?", "options": ["A) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the refrigerator, box, stove -> Region 2 <room with the hanging clothes, bed, shelf>", "B) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the bed, pillow, chair -> room with the mirror, bed, rug -> Region 2 <room with the hanging clothes, bed, shelf>", "C) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the fireplace, pillow, stairs -> room with the mirror, shower curtain, countertop -> Region 2 <room with the hanging clothes, bed, shelf>", "D) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the hanging clothes, bed, pillow -> room with the fireplace, stairs, handrail -> Region 2 <room with the hanging clothes, bed, shelf>"], "answer": "A) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the refrigerator, box, stove -> Region 2 <room with the hanging clothes, bed, shelf>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route11/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the support beam, smoke detector, washing machine> to Region 2 <room with the decoration, carpet roll, bed>?", "options": ["A) Region 1 <room with the support beam, smoke detector, washing machine> -> room with the casket, island, bar chair -> Region 2 <room with the decoration, carpet roll, bed>", "B) Region 1 <room with the support beam, smoke detector, washing machine> -> room with the storage shelving, clothes container, clothes hanger rod -> Region 2 <room with the decoration, carpet roll, bed>", "C) Region 1 <room with the support beam, smoke detector, washing machine> -> room with the wall toilet paper, step stool, toilet -> Region 2 <room with the decoration, carpet roll, bed>", "D) Region 1 <room with the support beam, smoke detector, washing machine> -> room with the wall toilet paper, toilet, trash can -> Region 2 <room with the decoration, carpet roll, bed>"], "answer": "A) Region 1 <room with the support beam, smoke detector, washing machine> -> room with the casket, island, bar chair -> Region 2 <room with the decoration, carpet roll, bed>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route24/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route24/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route24/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, fan> to Region 2 <room with the lamp, fire alarm, shelf>?", "options": ["A) Region 1 <room with the cabinet, bed, fan> -> room with the bed, fire alarm, fan -> Region 2 <room with the lamp, fire alarm, shelf>", "B) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the tray, picture, refrigerator -> Region 2 <room with the lamp, fire alarm, shelf>", "C) Region 1 <room with the cabinet, bed, fan> -> room with the tray, kitchen countertop items, oven -> Region 2 <room with the lamp, fire alarm, shelf>", "D) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, toilet -> Region 2 <room with the lamp, fire alarm, shelf>"], "answer": "B) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the tray, picture, refrigerator -> Region 2 <room with the lamp, fire alarm, shelf>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route10/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, tv, window shade> to Region 2 <room with the washing machine, stack of jackets, clothes dryer>?", "options": ["A) Region 1 <room with the chest, tv, window shade> -> room with the iron board, washing machine, stack of jackets -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "B) Region 1 <room with the chest, tv, window shade> -> room with the faucet, sink, oven -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "C) Region 1 <room with the chest, tv, window shade> -> room with the mirror, toilet, sink -> room with the baby changing table, table cloth, dining table -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "D) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>"], "answer": "D) Region 1 <room with the chest, tv, window shade> -> room with the baby changing table, table cloth, curtain rod cover -> room with the faucet, oven, bottles of wine -> Region 2 <room with the washing machine, stack of jackets, clothes dryer>", "videos": ["videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/6s7QHgap2fW/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the plush toy, bed stand, alarm clock> to Region 2 <room with the shower dial, shower soap shelf, shower floor>?", "options": ["A) Region 1 <room with the plush toy, bed stand, alarm clock> -> room with the desk, trashcan, holy cross -> room with the shoe, piano bench, recessed wall -> Region 2 <room with the shower dial, shower soap shelf, shower floor>", "B) Region 1 <room with the plush toy, bed stand, alarm clock> -> room with the alarm clock, bed, bed stand -> Region 2 <room with the shower dial, shower soap shelf, shower floor>", "C) Region 1 <room with the plush toy, bed stand, alarm clock> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, shower soap shelf, shower floor>", "D) Region 1 <room with the plush toy, bed stand, alarm clock> -> room with the bag, shoe, piano bench -> room with the toy, blanket, casket -> Region 2 <room with the shower dial, shower soap shelf, shower floor>"], "answer": "C) Region 1 <room with the plush toy, bed stand, alarm clock> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, shower soap shelf, shower floor>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the washing stuff, towel ring, countertop> to Region 2 <room with the bucket, fireplace, stairs railing>?", "options": ["A) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, stairs railing>", "B) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the washing stuff, countertop, faucet -> Region 2 <room with the bucket, fireplace, stairs railing>", "C) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the shower cabin, countertop, bathroom towel -> Region 2 <room with the bucket, fireplace, stairs railing>", "D) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the shelf, mirror, air vent -> Region 2 <room with the bucket, fireplace, stairs railing>"], "answer": "A) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the bucket, fireplace, stairs railing>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route18/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route18/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route18/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the trashcan, soap dispenser, umbrella> to Region 2 <room with the tv, brochure, table>?", "options": ["A) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the stairs, case, computer mouse -> Region 2 <room with the tv, brochure, table>", "B) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the desk, vase, box -> Region 2 <room with the tv, brochure, table>", "C) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the stairs, case, tablet -> Region 2 <room with the tv, brochure, table>", "D) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the picture, armchair, shelf -> Region 2 <room with the tv, brochure, table>"], "answer": "C) Region 1 <room with the trashcan, soap dispenser, umbrella> -> room with the stairs, case, tablet -> Region 2 <room with the tv, brochure, table>", "videos": ["videos/habitat_data/route_plan/val/yr17PDCnDDW/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/yr17PDCnDDW/route1/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed table, curtain, bedside lamp> to Region 2 <room with the stair wall, decoration, carpet>?", "options": ["A) Region 1 <room with the bed table, curtain, bedside lamp> -> room with the fire alarm, bed table, bedside lamp -> Region 2 <room with the stair wall, decoration, carpet>", "B) Region 1 <room with the bed table, curtain, bedside lamp> -> room with the dining table, pillar, dining chair -> Region 2 <room with the stair wall, decoration, carpet>", "C) Region 1 <room with the bed table, curtain, bedside lamp> -> room with the stair, wall lamp, stair handle -> Region 2 <room with the stair wall, decoration, carpet>", "D) Region 1 <room with the bed table, curtain, bedside lamp> -> room with the basket, mat, fire alarm -> Region 2 <room with the stair wall, decoration, carpet>"], "answer": "D) Region 1 <room with the bed table, curtain, bedside lamp> -> room with the basket, mat, fire alarm -> Region 2 <room with the stair wall, decoration, carpet>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route10/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route10/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the book, tap, kitchen island> to Region 2 <room with the keyboard, stack of papers, painting>?", "options": ["A) Region 1 <room with the book, tap, kitchen island> -> room with the painting, floor lamp, couch -> room with the bathtub, bath cabinet, towel -> Region 2 <room with the keyboard, stack of papers, painting>", "B) Region 1 <room with the book, tap, kitchen island> -> room with the wall electronics, plush toy, chest -> Region 2 <room with the keyboard, stack of papers, painting>", "C) Region 1 <room with the book, tap, kitchen island> -> room with the stack of papers, file cabinet, hanger -> room with the wall electronics, plush toy, chest -> Region 2 <room with the keyboard, stack of papers, painting>", "D) Region 1 <room with the book, tap, kitchen island> -> room with the plush toy, chest, flower -> room with the wall lamp, toilet, sink -> Region 2 <room with the keyboard, stack of papers, painting>"], "answer": "B) Region 1 <room with the book, tap, kitchen island> -> room with the wall electronics, plush toy, chest -> Region 2 <room with the keyboard, stack of papers, painting>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the banister, stairs> to Region 2 <room with the glasses, picture, lighter>?", "options": ["A) Region 1 <room with the banister, stairs> -> room with the sheet, bed, carpet -> room with the toilet, washbasin, faucet -> Region 2 <room with the glasses, picture, lighter>", "B) Region 1 <room with the banister, stairs> -> room with the bath, sheet, carpet -> Region 2 <room with the glasses, picture, lighter>", "C) Region 1 <room with the banister, stairs> -> room with the range hood, cutting board, chest -> Region 2 <room with the glasses, picture, lighter>", "D) Region 1 <room with the banister, stairs> -> room with the slippers, fridge, music player -> Region 2 <room with the glasses, picture, lighter>"], "answer": "D) Region 1 <room with the banister, stairs> -> room with the slippers, fridge, music player -> Region 2 <room with the glasses, picture, lighter>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route43/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route43/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route43/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the nightstand, bed sheet, towel> to Region 2 <room with the folding chair, bin, side table>?", "options": ["A) Region 1 <room with the nightstand, bed sheet, towel> -> room with the utensil, coat hanger, door window -> room with the side table, bed, cuddly toy -> Region 2 <room with the folding chair, bin, side table>", "B) Region 1 <room with the nightstand, bed sheet, towel> -> room with the washing machine, curtain, rack -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the folding chair, bin, side table>", "C) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the oven and stove, dining table, sink -> Region 2 <room with the folding chair, bin, side table>", "D) Region 1 <room with the nightstand, bed sheet, towel> -> room with the washing machine, curtain, rack -> Region 2 <room with the folding chair, bin, side table>"], "answer": "C) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the oven and stove, dining table, sink -> Region 2 <room with the folding chair, bin, side table>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route1/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the basket, balustrade> to Region 2 <room with the security camera, ceiling fan, book>?", "options": ["A) Region 1 <room with the basket, balustrade> -> room with the rug, sensor, stairs -> Region 2 <room with the security camera, ceiling fan, book>", "B) Region 1 <room with the basket, balustrade> -> room with the sink, toilet, sink cabinet -> Region 2 <room with the security camera, ceiling fan, book>", "C) Region 1 <room with the basket, balustrade> -> room with the ceiling fan, book, fireplace -> room with the bowl, oven and stove, ornament -> Region 2 <room with the security camera, ceiling fan, book>", "D) Region 1 <room with the basket, balustrade> -> room with the bench, handbag, vent -> Region 2 <room with the security camera, ceiling fan, book>"], "answer": "A) Region 1 <room with the basket, balustrade> -> room with the rug, sensor, stairs -> Region 2 <room with the security camera, ceiling fan, book>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the container, electric box, desk> to Region 2 <room with the wardrobe, pillow, towel>?", "options": ["A) Region 1 <room with the container, electric box, desk> -> room with the chest, lamp, beam -> Region 2 <room with the wardrobe, pillow, towel>", "B) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> room with the thermostat, mirror, lamp -> Region 2 <room with the wardrobe, pillow, towel>", "C) Region 1 <room with the container, electric box, desk> -> room with the rail, pot, flower vase -> room with the chest, dustbin, lamp -> Region 2 <room with the wardrobe, pillow, towel>", "D) Region 1 <room with the container, electric box, desk> -> room with the chest, dustbin, lamp -> Region 2 <room with the wardrobe, pillow, towel>"], "answer": "B) Region 1 <room with the container, electric box, desk> -> room with the chest, sign, box -> room with the thermostat, mirror, lamp -> Region 2 <room with the wardrobe, pillow, towel>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route3/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, towel, picture> to Region 2 <room with the wardrobe, table lamp, electrical controller>?", "options": ["A) Region 1 <room with the kitchen shelf, towel, picture> -> room with the kitchen shelf, bathroom shelf, towel -> room with the decorative plate, fire alarm, fireplace -> Region 2 <room with the wardrobe, table lamp, electrical controller>", "B) Region 1 <room with the kitchen shelf, towel, picture> -> room with the doormat, window curtain, alarm -> room with the pad, cabinet, table -> Region 2 <room with the wardrobe, table lamp, electrical controller>", "C) Region 1 <room with the kitchen shelf, towel, picture> -> room with the kitchen shelf, bathroom shelf, towel -> room with the ceiling vent, bath, bathroom cabinet -> Region 2 <room with the wardrobe, table lamp, electrical controller>", "D) Region 1 <room with the kitchen shelf, towel, picture> -> room with the casket, wardrobe, electrical controller -> room with the electrical controller, tissue box, dresser -> Region 2 <room with the wardrobe, table lamp, electrical controller>"], "answer": "B) Region 1 <room with the kitchen shelf, towel, picture> -> room with the doormat, window curtain, alarm -> room with the pad, cabinet, table -> Region 2 <room with the wardrobe, table lamp, electrical controller>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route28/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route28/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route28/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, bin, statue> to Region 2 <room with the panel, bed, sign>?", "options": ["A) Region 1 <room with the remote control, bin, statue> -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the panel, bed, sign>", "B) Region 1 <room with the remote control, bin, statue> -> room with the shelf, cabinet, hanger -> Region 2 <room with the panel, bed, sign>", "C) Region 1 <room with the remote control, bin, statue> -> room with the remote control, tv, bin -> Region 2 <room with the panel, bed, sign>", "D) Region 1 <room with the remote control, bin, statue> -> room with the remote control, tv, bin -> room with the kitchen cabinet, note, sprinkler -> Region 2 <room with the panel, bed, sign>"], "answer": "A) Region 1 <room with the remote control, bin, statue> -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the panel, bed, sign>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, terrace, tv> to Region 2 <room with the refrigerator, worktop, cutting board>?", "options": ["A) Region 1 <room with the rug, terrace, tv> -> room with the sofa, basket, rug -> Region 2 <room with the refrigerator, worktop, cutting board>", "B) Region 1 <room with the rug, terrace, tv> -> room with the shower curtain, toilet, cosmetics -> Region 2 <room with the refrigerator, worktop, cutting board>", "C) Region 1 <room with the rug, terrace, tv> -> room with the basket, rug, terrace -> Region 2 <room with the refrigerator, worktop, cutting board>", "D) Region 1 <room with the rug, terrace, tv> -> room with the decor, bed, box -> Region 2 <room with the refrigerator, worktop, cutting board>"], "answer": "D) Region 1 <room with the rug, terrace, tv> -> room with the decor, bed, box -> Region 2 <room with the refrigerator, worktop, cutting board>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route22/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sink cabinet, mirror> to Region 2 <room with the mirror, lamp>?", "options": ["A) Region 1 <room with the sink cabinet, mirror> -> room with the clock, washing machine, washing stuff -> Region 2 <room with the mirror, lamp>", "B) Region 1 <room with the sink cabinet, mirror> -> room with the clock, washing machine, washing stuff -> room with the high shelf, towel, liquid soap -> Region 2 <room with the mirror, lamp>", "C) Region 1 <room with the sink cabinet, mirror> -> room with the wardrobe, smoke alarm, bed -> Region 2 <room with the mirror, lamp>", "D) Region 1 <room with the sink cabinet, mirror> -> room with the high shelf, clothes hanger, shower cabin -> Region 2 <room with the mirror, lamp>"], "answer": "C) Region 1 <room with the sink cabinet, mirror> -> room with the wardrobe, smoke alarm, bed -> Region 2 <room with the mirror, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sink cabinet, shower door, towel bar> to Region 2 <room with the patio chair, circular sofa>?", "options": ["A) Region 1 <room with the sink cabinet, shower door, towel bar> -> room with the door window, sofa seat, tv -> Region 2 <room with the patio chair, circular sofa>", "B) Region 1 <room with the sink cabinet, shower door, towel bar> -> room with the door window, support beam, cabinet -> room with the ceiling fan, sofa seat, led tv -> Region 2 <room with the patio chair, circular sofa>", "C) Region 1 <room with the sink cabinet, shower door, towel bar> -> room with the smoke alarm, vase, decoration -> room with the box with books, furnace, oven and stove -> room with the door window, sofa seat, tv -> Region 2 <room with the patio chair, circular sofa>", "D) Region 1 <room with the sink cabinet, shower door, towel bar> -> room with the door window, circular sofa, bed -> room with the ceiling fan, sofa seat, led tv -> Region 2 <room with the patio chair, circular sofa>"], "answer": "C) Region 1 <room with the sink cabinet, shower door, towel bar> -> room with the smoke alarm, vase, decoration -> room with the box with books, furnace, oven and stove -> room with the door window, sofa seat, tv -> Region 2 <room with the patio chair, circular sofa>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route93/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route93/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route93/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the air conditioner, thermostat, rug> to Region 2 <room with the thermostat, rug, light fixture>?", "options": ["A) Region 1 <room with the air conditioner, thermostat, rug> -> room with the blanket, ceiling fan, nightstand -> Region 2 <room with the thermostat, rug, light fixture>", "B) Region 1 <room with the air conditioner, thermostat, rug> -> room with the cabinet, fire alarm, book -> Region 2 <room with the thermostat, rug, light fixture>", "C) Region 1 <room with the air conditioner, thermostat, rug> -> room with the bathtub, hook, bathtub platform -> room with the blinds, cabinet, ornament -> Region 2 <room with the thermostat, rug, light fixture>", "D) Region 1 <room with the air conditioner, thermostat, rug> -> room with the ceiling fan, nightstand, bed -> room with the coffee maker, sofa, cooker -> Region 2 <room with the thermostat, rug, light fixture>"], "answer": "D) Region 1 <room with the air conditioner, thermostat, rug> -> room with the ceiling fan, nightstand, bed -> room with the coffee maker, sofa, cooker -> Region 2 <room with the thermostat, rug, light fixture>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route23/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route23/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route23/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the vacuum cleaner, painting, cabinet> to Region 2 <room with the stairs, box, banister>?", "options": ["A) Region 1 <room with the vacuum cleaner, painting, cabinet> -> room with the sign, thermostat, smoke detector -> room with the sign, thermostat, painting -> Region 2 <room with the stairs, box, banister>", "B) Region 1 <room with the vacuum cleaner, painting, cabinet> -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the stairs, box, banister>", "C) Region 1 <room with the vacuum cleaner, painting, cabinet> -> room with the curtain rod, smoke detector, curtain -> room with the pillow, smoke detector, curtain -> Region 2 <room with the stairs, box, banister>", "D) Region 1 <room with the vacuum cleaner, painting, cabinet> -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the stairs, box, banister>"], "answer": "B) Region 1 <room with the vacuum cleaner, painting, cabinet> -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the stairs, box, banister>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, rug, mirror> to Region 2 <room with the bed, pillow, shelf>?", "options": ["A) Region 1 <room with the bed, rug, mirror> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, shelf>", "B) Region 1 <room with the bed, rug, mirror> -> room with the curtain rod, ceiling lamp, fireplace -> Region 2 <room with the bed, pillow, shelf>", "C) Region 1 <room with the bed, rug, mirror> -> room with the hanging clothes, bed, shelf -> Region 2 <room with the bed, pillow, shelf>", "D) Region 1 <room with the bed, rug, mirror> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the bed, pillow, shelf>"], "answer": "A) Region 1 <room with the bed, rug, mirror> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, shelf>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower wall, shower bar, rug> to Region 2 <room with the wall lamp, thermostat, appliance>?", "options": ["A) Region 1 <room with the shower wall, shower bar, rug> -> room with the book, nightstand, air conditioner -> Region 2 <room with the wall lamp, thermostat, appliance>", "B) Region 1 <room with the shower wall, shower bar, rug> -> room with the sliding door, casket, air conditioner -> room with the storage shelving, clothes container, clothes hanger rod -> Region 2 <room with the wall lamp, thermostat, appliance>", "C) Region 1 <room with the shower wall, shower bar, rug> -> room with the storage shelving, closet storage area, bag -> room with the casket, air conditioner, bed -> Region 2 <room with the wall lamp, thermostat, appliance>", "D) Region 1 <room with the shower wall, shower bar, rug> -> room with the roomba, flowerpot, ceiling fan -> Region 2 <room with the wall lamp, thermostat, appliance>"], "answer": "D) Region 1 <room with the shower wall, shower bar, rug> -> room with the roomba, flowerpot, ceiling fan -> Region 2 <room with the wall lamp, thermostat, appliance>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route32/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route32/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route32/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel, tray, refrigerator> to Region 2 <room with the dining table, wall lamp, ceiling duct>?", "options": ["A) Region 1 <room with the towel, tray, refrigerator> -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "B) Region 1 <room with the towel, tray, refrigerator> -> room with the blanket, step, lamp -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "C) Region 1 <room with the towel, tray, refrigerator> -> room with the tray, bowl, sink -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "D) Region 1 <room with the towel, tray, refrigerator> -> room with the dining table, ceiling duct, wall lamp -> room with the blanket, fireplace, picture -> Region 2 <room with the dining table, wall lamp, ceiling duct>"], "answer": "B) Region 1 <room with the towel, tray, refrigerator> -> room with the blanket, step, lamp -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route27/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes rack, ceiling dome, container> to Region 2 <room with the shower dial, toilet, ceiling lamp>?", "options": ["A) Region 1 <room with the clothes rack, ceiling dome, container> -> room with the bed stand, computer, wall cabinet -> room with the piano bench, piano, antique clock -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "B) Region 1 <room with the clothes rack, ceiling dome, container> -> room with the desk chair, plush toy, casket -> room with the shower dial, wardrobe, shower floor -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "C) Region 1 <room with the clothes rack, ceiling dome, container> -> room with the shower dial, shower floor, bathtub utensil -> room with the shower floor, bathtub utensil, bathtub -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "D) Region 1 <room with the clothes rack, ceiling dome, container> -> room with the plush toy, bed stand, alarm clock -> room with the washing machine, basket of something, refrigerator -> Region 2 <room with the shower dial, toilet, ceiling lamp>"], "answer": "A) Region 1 <room with the clothes rack, ceiling dome, container> -> room with the bed stand, computer, wall cabinet -> room with the piano bench, piano, antique clock -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower dial, toilet, ceiling lamp>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route27/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the washing stuff, towel ring, countertop> to Region 2 <room with the table, basket of something, piano stool>?", "options": ["A) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the washing stuff, countertop, faucet -> Region 2 <room with the table, basket of something, piano stool>", "B) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the washing machine and dryer, countertop, cabinet -> Region 2 <room with the table, basket of something, piano stool>", "C) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, basket of something, piano stool>", "D) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the bench, statue, door window -> room with the bucket, fireplace, stairs railing -> Region 2 <room with the table, basket of something, piano stool>"], "answer": "C) Region 1 <room with the washing stuff, towel ring, countertop> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, basket of something, piano stool>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route17/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route17/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route17/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the fire alarm, bed table, bedside lamp> to Region 2 <room with the stair, wall lamp, stair handle>?", "options": ["A) Region 1 <room with the fire alarm, bed table, bedside lamp> -> room with the wardrobe, bed table, bedside lamp -> room with the dresser, carpet -> Region 2 <room with the stair, wall lamp, stair handle>", "B) Region 1 <room with the fire alarm, bed table, bedside lamp> -> room with the basket, mat, bin -> Region 2 <room with the stair, wall lamp, stair handle>", "C) Region 1 <room with the fire alarm, bed table, bedside lamp> -> room with the basket, fire alarm, bin -> room with the desk, chair, dresser -> Region 2 <room with the stair, wall lamp, stair handle>", "D) Region 1 <room with the fire alarm, bed table, bedside lamp> -> room with the stairs railing, stair, decoration -> room with the bed, cabinet -> Region 2 <room with the stair, wall lamp, stair handle>"], "answer": "B) Region 1 <room with the fire alarm, bed table, bedside lamp> -> room with the basket, mat, bin -> Region 2 <room with the stair, wall lamp, stair handle>", "videos": ["videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/p53SfW6mjZe/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the food stand, dining table, chandelier> to Region 2 <room with the plush toy, coffee table, chest>?", "options": ["A) Region 1 <room with the food stand, dining table, chandelier> -> room with the wall electronics, plush toy, table -> Region 2 <room with the plush toy, coffee table, chest>", "B) Region 1 <room with the food stand, dining table, chandelier> -> room with the clock, cabinet table, wall electronics -> Region 2 <room with the plush toy, coffee table, chest>", "C) Region 1 <room with the food stand, dining table, chandelier> -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, coffee table, chest>", "D) Region 1 <room with the food stand, dining table, chandelier> -> room with the stairs, staircase handrail, painting -> Region 2 <room with the plush toy, coffee table, chest>"], "answer": "C) Region 1 <room with the food stand, dining table, chandelier> -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, coffee table, chest>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route3/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the candle, fur carpet, ottoman> to Region 2 <room with the hearth, sofa, remote control>?", "options": ["A) Region 1 <room with the candle, fur carpet, ottoman> -> room with the umbrella, rack, fireplace shelf -> room with the bed, decoration, door knob -> Region 2 <room with the hearth, sofa, remote control>", "B) Region 1 <room with the candle, fur carpet, ottoman> -> room with the faucet, toilet, toilet paper -> Region 2 <room with the hearth, sofa, remote control>", "C) Region 1 <room with the candle, fur carpet, ottoman> -> room with the floor lamp, wardrobe, hanger -> room with the glasses, lighter, microwave -> Region 2 <room with the hearth, sofa, remote control>", "D) Region 1 <room with the candle, fur carpet, ottoman> -> room with the banister, stairs -> room with the toilet, washbasin, faucet -> Region 2 <room with the hearth, sofa, remote control>"], "answer": "D) Region 1 <room with the candle, fur carpet, ottoman> -> room with the banister, stairs -> room with the toilet, washbasin, faucet -> Region 2 <room with the hearth, sofa, remote control>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route40/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route40/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route40/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rail, faucet, bathroom shelf> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the shower rail, faucet, bathroom shelf> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the shower rail, faucet, bathroom shelf> -> room with the nightstand, bed sheet, towel -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the shower rail, faucet, bathroom shelf> -> room with the cuddly toy, folding chair, cloth -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the shower rail, faucet, bathroom shelf> -> room with the side table, cuddly toy, folding chair -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "A) Region 1 <room with the shower rail, faucet, bathroom shelf> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, sensor, stairs> to Region 2 <room with the bowl, oven and stove, ornament>?", "options": ["A) Region 1 <room with the rug, sensor, stairs> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bowl, oven and stove, ornament>", "B) Region 1 <room with the rug, sensor, stairs> -> room with the rug, stairs, couch -> room with the bench, vent, handbag -> Region 2 <room with the bowl, oven and stove, ornament>", "C) Region 1 <room with the rug, sensor, stairs> -> room with the basket, washing machine, balustrade -> room with the sink, toilet, sink cabinet -> Region 2 <room with the bowl, oven and stove, ornament>", "D) Region 1 <room with the rug, sensor, stairs> -> room with the sink, toilet, sink cabinet -> Region 2 <room with the bowl, oven and stove, ornament>"], "answer": "A) Region 1 <room with the rug, sensor, stairs> -> room with the security camera, ceiling fan, book -> Region 2 <room with the bowl, oven and stove, ornament>", "videos": ["videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/CrMo8WxCyVb/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the dustbin, bowl, lamp> to Region 2 <room with the pillow, towel, wardrobe>?", "options": ["A) Region 1 <room with the dustbin, bowl, lamp> -> room with the wardrobe, pillow, towel -> room with the chest, box, mirror -> Region 2 <room with the pillow, towel, wardrobe>", "B) Region 1 <room with the dustbin, bowl, lamp> -> room with the thermostat, mirror, lamp -> room with the shelf, soap dispenser, shower tub -> Region 2 <room with the pillow, towel, wardrobe>", "C) Region 1 <room with the dustbin, bowl, lamp> -> room with the thermostat, lamp -> room with the chest, dustbin, lamp -> Region 2 <room with the pillow, towel, wardrobe>", "D) Region 1 <room with the dustbin, bowl, lamp> -> room with the shelf, soap dispenser, shower tub -> room with the chest, lamp, beam -> Region 2 <room with the pillow, towel, wardrobe>"], "answer": "B) Region 1 <room with the dustbin, bowl, lamp> -> room with the thermostat, mirror, lamp -> room with the shelf, soap dispenser, shower tub -> Region 2 <room with the pillow, towel, wardrobe>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the handle, bathroom shelf, hand soap> to Region 2 <room with the doormat, window curtain, alarm>?", "options": ["A) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap -> room with the ceiling vent, bath, bathroom cabinet -> Region 2 <room with the doormat, window curtain, alarm>", "B) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the doormat, ventilation hood, window curtain -> Region 2 <room with the doormat, window curtain, alarm>", "C) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap -> Region 2 <room with the doormat, window curtain, alarm>", "D) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>"], "answer": "D) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route23/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route23/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route23/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, statue, tv stand> to Region 2 <room with the bathtub utensil, soap, bathtub>?", "options": ["A) Region 1 <room with the remote control, statue, tv stand> -> room with the panel, bed, sign -> room with the magazine, shelf, hanger -> Region 2 <room with the bathtub utensil, soap, bathtub>", "B) Region 1 <room with the remote control, statue, tv stand> -> room with the utensil, toilet, toilet paper -> room with the remote control, tv, bin -> Region 2 <room with the bathtub utensil, soap, bathtub>", "C) Region 1 <room with the remote control, statue, tv stand> -> room with the panel, bed, clock -> Region 2 <room with the bathtub utensil, soap, bathtub>", "D) Region 1 <room with the remote control, statue, tv stand> -> room with the magazine, shelf, cabinet -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the bathtub utensil, soap, bathtub>"], "answer": "C) Region 1 <room with the remote control, statue, tv stand> -> room with the panel, bed, clock -> Region 2 <room with the bathtub utensil, soap, bathtub>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clothes dryer, recuperator, outlet> to Region 2 <room with the shower curtain, toilet, cosmetics>?", "options": ["A) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the clock, decor, bed -> Region 2 <room with the shower curtain, toilet, cosmetics>", "B) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the clock, bed, blanket -> Region 2 <room with the shower curtain, toilet, cosmetics>", "C) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the decor, bed, box -> room with the rug, terrace, tv -> Region 2 <room with the shower curtain, toilet, cosmetics>", "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the shower curtain, toilet, cosmetics>"], "answer": "D) Region 1 <room with the clothes dryer, recuperator, outlet> -> room with the refrigerator, worktop, cutting board -> Region 2 <room with the shower curtain, toilet, cosmetics>", "videos": ["videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/svBbv1Pavdk/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the device, painting, lamp> to Region 2 <room with the doormat, clock, painting>?", "options": ["A) Region 1 <room with the device, painting, lamp> -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "B) Region 1 <room with the device, painting, lamp> -> room with the wardrobe, smoke alarm, bed -> Region 2 <room with the doormat, clock, painting>", "C) Region 1 <room with the device, painting, lamp> -> room with the high shelf, towel, liquid soap -> Region 2 <room with the doormat, clock, painting>", "D) Region 1 <room with the device, painting, lamp> -> room with the toilet paper, toilet, lamp -> room with the clock, washing machine, washing stuff -> Region 2 <room with the doormat, clock, painting>"], "answer": "A) Region 1 <room with the device, painting, lamp> -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling fan, tv, telephone> to Region 2 <room with the tissue box, faucet, table>?", "options": ["A) Region 1 <room with the ceiling fan, tv, telephone> -> room with the sink cabinet, soap bottle, trashcan -> Region 2 <room with the tissue box, faucet, table>", "B) Region 1 <room with the ceiling fan, tv, telephone> -> room with the smoke alarm, vase, decoration -> Region 2 <room with the tissue box, faucet, table>", "C) Region 1 <room with the ceiling fan, tv, telephone> -> room with the wardrobe, alarm clock, device -> Region 2 <room with the tissue box, faucet, table>", "D) Region 1 <room with the ceiling fan, tv, telephone> -> room with the shower mat, shower soap shelf, bath towel -> Region 2 <room with the tissue box, faucet, table>"], "answer": "C) Region 1 <room with the ceiling fan, tv, telephone> -> room with the wardrobe, alarm clock, device -> Region 2 <room with the tissue box, faucet, table>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the showerhead, shower valve, bathroom cabinet> to Region 2 <room with the decoration, curtain rod, ceiling fan>?", "options": ["A) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the coffee maker, sofa, cooker -> room with the thermostat, remote control, fire alarm -> room with the air conditioner, light fixture, thermostat -> Region 2 <room with the decoration, curtain rod, ceiling fan>", "B) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the thermostat, remote control, fire alarm -> room with the air conditioner, light fixture, rug -> Region 2 <room with the decoration, curtain rod, ceiling fan>", "C) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the remote control, stool, ceiling fan -> Region 2 <room with the decoration, curtain rod, ceiling fan>", "D) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the shower curtain, shower curtain rod, bath mat -> Region 2 <room with the decoration, curtain rod, ceiling fan>"], "answer": "B) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the thermostat, remote control, fire alarm -> room with the air conditioner, light fixture, rug -> Region 2 <room with the decoration, curtain rod, ceiling fan>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sign, thermostat, smoke detector> to Region 2 <room with the stairs, box, surface>?", "options": ["A) Region 1 <room with the sign, thermostat, smoke detector> -> room with the shower floor, shower rod, cosmetics -> Region 2 <room with the stairs, box, surface>", "B) Region 1 <room with the sign, thermostat, smoke detector> -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the stairs, box, surface>", "C) Region 1 <room with the sign, thermostat, smoke detector> -> room with the table, sideboard, coffee maker -> room with the shower floor, shower rod, cosmetics -> Region 2 <room with the stairs, box, surface>", "D) Region 1 <room with the sign, thermostat, smoke detector> -> room with the shelf, shower cabin, hook -> Region 2 <room with the stairs, box, surface>"], "answer": "D) Region 1 <room with the sign, thermostat, smoke detector> -> room with the shelf, shower cabin, hook -> Region 2 <room with the stairs, box, surface>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rug, bed, mirror> to Region 2 <room with the bed, pillow, chair>?", "options": ["A) Region 1 <room with the rug, bed, mirror> -> room with the curtain rod, ceiling lamp, fireplace -> room with the toilet paper, shower knob, shower seat -> room with the bed, pillow, shelf -> Region 2 <room with the bed, pillow, chair>", "B) Region 1 <room with the rug, bed, mirror> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, chair>", "C) Region 1 <room with the rug, bed, mirror> -> room with the bed, shelf, pillow -> room with the desk, armchair, chest of drawers -> Region 2 <room with the bed, pillow, chair>", "D) Region 1 <room with the rug, bed, mirror> -> room with the toilet paper, shower knob, shower seat -> room with the bed, pillow, shelf -> Region 2 <room with the bed, pillow, chair>"], "answer": "B) Region 1 <room with the rug, bed, mirror> -> room with the desk, armchair, chest of drawers -> room with the refrigerator, box, stove -> Region 2 <room with the bed, pillow, chair>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the casket, air conditioner, bed> to Region 2 <room with the island, bar chair, wall lamp>?", "options": ["A) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the island, bar chair, wall lamp>", "B) Region 1 <room with the casket, air conditioner, bed> -> room with the bath wall, bathtub, bath faucet -> Region 2 <room with the island, bar chair, wall lamp>", "C) Region 1 <room with the casket, air conditioner, bed> -> room with the sliding door, casket, air conditioner -> room with the storage shelving, clothes container, clothes hanger rod -> Region 2 <room with the island, bar chair, wall lamp>", "D) Region 1 <room with the casket, air conditioner, bed> -> room with the casket, island, wall lamp -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the island, bar chair, wall lamp>"], "answer": "A) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the island, bar chair, wall lamp>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route17/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, painting> to Region 2 <room with the dining table, wall lamp, ceiling duct>?", "options": ["A) Region 1 <room with the cabinet, bed, painting> -> room with the towel, wardrobe, towel bar -> room with the cabinet, bed, decoration -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "B) Region 1 <room with the cabinet, bed, painting> -> room with the blanket, step, fireplace -> room with the book, lamp, fan -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "C) Region 1 <room with the cabinet, bed, painting> -> room with the bathroom cabinet, toilet -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "D) Region 1 <room with the cabinet, bed, painting> -> room with the ceiling duct, fire alarm, ceiling lamp -> room with the towel, tray, fire alarm -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, wall lamp, ceiling duct>"], "answer": "C) Region 1 <room with the cabinet, bed, painting> -> room with the bathroom cabinet, toilet -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the dining table, wall lamp, ceiling duct>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the plush toy, alarm clock, computer> to Region 2 <room with the shower bench, shower dial, toilet>?", "options": ["A) Region 1 <room with the plush toy, alarm clock, computer> -> room with the washing machine, basket of something, wall clock -> room with the rug, lamp, picture -> Region 2 <room with the shower bench, shower dial, toilet>", "B) Region 1 <room with the plush toy, alarm clock, computer> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower bench, shower dial, toilet>", "C) Region 1 <room with the plush toy, alarm clock, computer> -> room with the washing machine, wall clock, stovetop -> room with the desk, holy cross, printer -> Region 2 <room with the shower bench, shower dial, toilet>", "D) Region 1 <room with the plush toy, alarm clock, computer> -> room with the box, desk chair, plush toy -> room with the toy, casket, display cabinet -> Region 2 <room with the shower bench, shower dial, toilet>"], "answer": "B) Region 1 <room with the plush toy, alarm clock, computer> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower bench, shower dial, toilet>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the countertop, cabinet> to Region 2 <room with the table, piano stool, bonsai tree>?", "options": ["A) Region 1 <room with the countertop, cabinet> -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the table, piano stool, bonsai tree>", "B) Region 1 <room with the countertop, cabinet> -> room with the wall lamp, dishwasher, towel -> room with the bed, appliance, beam -> room with the dining table, window glass, lampshade -> Region 2 <room with the table, piano stool, bonsai tree>", "C) Region 1 <room with the countertop, cabinet> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, piano stool, bonsai tree>", "D) Region 1 <room with the countertop, cabinet> -> room with the dining table, coaster, desk -> Region 2 <room with the table, piano stool, bonsai tree>"], "answer": "C) Region 1 <room with the countertop, cabinet> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the table, piano stool, bonsai tree>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route20/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route20/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route20/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the painting, floor lamp, couch> to Region 2 <room with the clock, cabinet table, wall electronics>?", "options": ["A) Region 1 <room with the painting, floor lamp, couch> -> room with the painting, floor lamp, tv -> room with the curtain rod, rug, food stand -> Region 2 <room with the clock, cabinet table, wall electronics>", "B) Region 1 <room with the painting, floor lamp, couch> -> room with the plush toy, chest, flower -> room with the chest, flower, throw blanket -> Region 2 <room with the clock, cabinet table, wall electronics>", "C) Region 1 <room with the painting, floor lamp, couch> -> room with the wall electronics, plush toy, table -> room with the stack of papers, file cabinet, hanger -> Region 2 <room with the clock, cabinet table, wall electronics>", "D) Region 1 <room with the painting, floor lamp, couch> -> room with the curtain rod, rug, food stand -> room with the stairs, staircase handrail -> Region 2 <room with the clock, cabinet table, wall electronics>"], "answer": "D) Region 1 <room with the painting, floor lamp, couch> -> room with the curtain rod, rug, food stand -> room with the stairs, staircase handrail -> Region 2 <room with the clock, cabinet table, wall electronics>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the umbrella, rack, hearth> to Region 2 <room with the banister, stairs>?", "options": ["A) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> Region 2 <room with the banister, stairs>", "B) Region 1 <room with the umbrella, rack, hearth> -> room with the bathroom cabinet, shower shelf, toilet paper -> Region 2 <room with the banister, stairs>", "C) Region 1 <room with the umbrella, rack, hearth> -> room with the banister, stairs, ceiling lamp -> room with the bedside table, sheet, blanket -> Region 2 <room with the banister, stairs>", "D) Region 1 <room with the umbrella, rack, hearth> -> room with the sheet, bed, carpet -> room with the candle, fur carpet, chair -> Region 2 <room with the banister, stairs>"], "answer": "A) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> Region 2 <room with the banister, stairs>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route19/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> to Region 2 <room with the utensil, coat hanger, container>?", "options": ["A) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bin, side table -> room with the utensil, coat hanger, door window -> Region 2 <room with the utensil, coat hanger, container>", "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the utensil, coat hanger, container>", "C) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the utensil, coat hanger, container>", "D) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the shower rail, faucet, toilet -> room with the shower rail, faucet, bathroom shelf -> Region 2 <room with the utensil, coat hanger, container>"], "answer": "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the utensil, coat hanger, container>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, sign, box> to Region 2 <room with the nightstand, wardrobe, towel>?", "options": ["A) Region 1 <room with the chest, sign, box> -> room with the thermostat, mirror, lamp -> Region 2 <room with the nightstand, wardrobe, towel>", "B) Region 1 <room with the chest, sign, box> -> room with the dustbin, bowl, lamp -> Region 2 <room with the nightstand, wardrobe, towel>", "C) Region 1 <room with the chest, sign, box> -> room with the chest, lamp, beam -> Region 2 <room with the nightstand, wardrobe, towel>", "D) Region 1 <room with the chest, sign, box> -> room with the chest, dustbin, lamp -> Region 2 <room with the nightstand, wardrobe, towel>"], "answer": "A) Region 1 <room with the chest, sign, box> -> room with the thermostat, mirror, lamp -> Region 2 <room with the nightstand, wardrobe, towel>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, sink, flag> to Region 2 <room with the bath, bathroom cabinet, trashcan>?", "options": ["A) Region 1 <room with the oven and stove, sink, flag> -> room with the table lamp, electrical controller, bed -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "B) Region 1 <room with the oven and stove, sink, flag> -> room with the wardrobe, electrical controller, bed -> room with the kitchen shelf, bottle of soap -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "C) Region 1 <room with the oven and stove, sink, flag> -> room with the electrical controller, chandelier, tissue box -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>"], "answer": "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route19/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route19/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, bin, statue> to Region 2 <room with the cosmetics, washbasin counter, towel bar>?", "options": ["A) Region 1 <room with the remote control, bin, statue> -> room with the magazine, shelf, hanger -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "B) Region 1 <room with the remote control, bin, statue> -> room with the remote control, statue, tv stand -> room with the soap, bathtub, toilet paper -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "C) Region 1 <room with the remote control, bin, statue> -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "D) Region 1 <room with the remote control, bin, statue> -> room with the shelf, cabinet, hanger -> Region 2 <room with the cosmetics, washbasin counter, towel bar>"], "answer": "C) Region 1 <room with the remote control, bin, statue> -> room with the shower tap, shower floor, shower wall -> Region 2 <room with the cosmetics, washbasin counter, towel bar>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route0/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the device, painting, lamp> to Region 2 <room with the sink cabinet, toilet, mirror>?", "options": ["A) Region 1 <room with the device, painting, lamp> -> room with the bed, pillow, lamp -> room with the tv, bed, fan -> Region 2 <room with the sink cabinet, toilet, mirror>", "B) Region 1 <room with the device, painting, lamp> -> room with the wardrobe, smoke alarm, bed -> room with the painting, device, lamp -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the sink cabinet, toilet, mirror>", "C) Region 1 <room with the device, painting, lamp> -> room with the clock, ironing board, washing machine -> room with the clock, washing machine, washing stuff -> Region 2 <room with the sink cabinet, toilet, mirror>", "D) Region 1 <room with the device, painting, lamp> -> room with the office chair, printer, desk -> room with the doormat, clock, painting -> Region 2 <room with the sink cabinet, toilet, mirror>"], "answer": "D) Region 1 <room with the device, painting, lamp> -> room with the office chair, printer, desk -> room with the doormat, clock, painting -> Region 2 <room with the sink cabinet, toilet, mirror>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route28/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the vase, decoration, lamp> to Region 2 <room with the patio chair, circular sofa>?", "options": ["A) Region 1 <room with the vase, decoration, lamp> -> room with the box with books, furnace, oven and stove -> room with the door window, tv, cabinet -> Region 2 <room with the patio chair, circular sofa>", "B) Region 1 <room with the vase, decoration, lamp> -> room with the sofa seat, led tv, cabinet -> room with the smoke alarm, ceiling lamp, mirror -> Region 2 <room with the patio chair, circular sofa>", "C) Region 1 <room with the vase, decoration, lamp> -> room with the door window, support beam, cabinet -> room with the towel bar, bathtub, shower mat -> Region 2 <room with the patio chair, circular sofa>", "D) Region 1 <room with the vase, decoration, lamp> -> room with the sink cabinet, shower door, towel bar -> Region 2 <room with the patio chair, circular sofa>"], "answer": "A) Region 1 <room with the vase, decoration, lamp> -> room with the box with books, furnace, oven and stove -> room with the door window, tv, cabinet -> Region 2 <room with the patio chair, circular sofa>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route78/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route78/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route78/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathtub, hook, bathtub platform> to Region 2 <room with the ornament, cabinet>?", "options": ["A) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the sign, shower curtain, shower curtain rod -> room with the blinds, cabinet, ornament -> Region 2 <room with the ornament, cabinet>", "B) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the plant, shower curtain, shower curtain rod -> Region 2 <room with the ornament, cabinet>", "C) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the fire alarm, book, thermostat -> room with the air conditioner, light fixture, thermostat -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the ornament, cabinet>", "D) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the light fixture, shower curtain, shower curtain rod -> Region 2 <room with the ornament, cabinet>"], "answer": "C) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the fire alarm, book, thermostat -> room with the air conditioner, light fixture, thermostat -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the ornament, cabinet>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the vacuum cleaner, painting, ladder> to Region 2 <room with the pillow, smoke detector, curtain>?", "options": ["A) Region 1 <room with the vacuum cleaner, painting, ladder> -> room with the curtain rod, smoke detector, curtain -> room with the ladder, cabinet, mirror -> Region 2 <room with the pillow, smoke detector, curtain>", "B) Region 1 <room with the vacuum cleaner, painting, ladder> -> room with the shower dial, shower cabin, showerhead -> room with the sign, thermostat, painting -> Region 2 <room with the pillow, smoke detector, curtain>", "C) Region 1 <room with the vacuum cleaner, painting, ladder> -> room with the ladder, cabinet, bed -> room with the curtain rod, smoke detector, curtain -> Region 2 <room with the pillow, smoke detector, curtain>", "D) Region 1 <room with the vacuum cleaner, painting, ladder> -> room with the ladder, cabinet, mirror -> Region 2 <room with the pillow, smoke detector, curtain>"], "answer": "B) Region 1 <room with the vacuum cleaner, painting, ladder> -> room with the shower dial, shower cabin, showerhead -> room with the sign, thermostat, painting -> Region 2 <room with the pillow, smoke detector, curtain>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the mirror, bed, rug> to Region 2 <room with the fireplace, stairs, handrail>?", "options": ["A) Region 1 <room with the mirror, bed, rug> -> room with the bed, pillow, shelf -> room with the ceiling lamp, fireplace, stairs -> Region 2 <room with the fireplace, stairs, handrail>", "B) Region 1 <room with the mirror, bed, rug> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the fireplace, stairs, handrail>", "C) Region 1 <room with the mirror, bed, rug> -> room with the hanging clothes, bed, shelf -> Region 2 <room with the fireplace, stairs, handrail>", "D) Region 1 <room with the mirror, bed, rug> -> room with the bed, rug, mirror -> room with the curtain rod, ceiling lamp, fireplace -> Region 2 <room with the fireplace, stairs, handrail>"], "answer": "B) Region 1 <room with the mirror, bed, rug> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the fireplace, stairs, handrail>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the casket, air conditioner, bed> to Region 2 <room with the carpet roll, seat, bedside lamp>?", "options": ["A) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> room with the support beam, box, smoke detector -> Region 2 <room with the carpet roll, seat, bedside lamp>", "B) Region 1 <room with the casket, air conditioner, bed> -> room with the shower bar, toilet, bathroom cabinet -> room with the roomba, flowerpot, ceiling fan -> Region 2 <room with the carpet roll, seat, bedside lamp>", "C) Region 1 <room with the casket, air conditioner, bed> -> room with the bed, ceiling fan, sliding door -> Region 2 <room with the carpet roll, seat, bedside lamp>", "D) Region 1 <room with the casket, air conditioner, bed> -> room with the bed, sliding door, nightstand -> Region 2 <room with the carpet roll, seat, bedside lamp>"], "answer": "A) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> room with the support beam, box, smoke detector -> Region 2 <room with the carpet roll, seat, bedside lamp>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route19/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel, tray, refrigerator> to Region 2 <room with the blanket, fireplace, picture>?", "options": ["A) Region 1 <room with the towel, tray, refrigerator> -> room with the rack, lamp, fire alarm -> room with the fan, cabinet, bed -> Region 2 <room with the blanket, fireplace, picture>", "B) Region 1 <room with the towel, tray, refrigerator> -> room with the lamp, fire alarm, shelf -> Region 2 <room with the blanket, fireplace, picture>", "C) Region 1 <room with the towel, tray, refrigerator> -> room with the book, lamp, fan -> room with the dining table, podium, ceiling duct -> Region 2 <room with the blanket, fireplace, picture>", "D) Region 1 <room with the towel, tray, refrigerator> -> room with the dining table, podium, ceiling duct -> Region 2 <room with the blanket, fireplace, picture>"], "answer": "D) Region 1 <room with the towel, tray, refrigerator> -> room with the dining table, podium, ceiling duct -> Region 2 <room with the blanket, fireplace, picture>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the alarm clock, computer, wall cabinet> to Region 2 <room with the towel, rug, picture>?", "options": ["A) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the toy, blanket, casket -> Region 2 <room with the towel, rug, picture>", "B) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the clothes rack, blanket, clothes -> room with the monitor, desk chair, plush toy -> room with the clothes rack, ceiling dome, container -> Region 2 <room with the towel, rug, picture>", "C) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, rug, picture>", "D) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the bed stand, computer, wall cabinet -> Region 2 <room with the towel, rug, picture>"], "answer": "C) Region 1 <room with the alarm clock, computer, wall cabinet> -> room with the shoe, piano bench, recessed wall -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, rug, picture>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route28/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route28/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route28/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bench, basket, door window> to Region 2 <room with the dishwasher, towel, kitchen extractor>?", "options": ["A) Region 1 <room with the bench, basket, door window> -> room with the dining table, window glass, lampshade -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "B) Region 1 <room with the bench, basket, door window> -> room with the countertop, cabinet -> room with the tv stand, window curtain, armchair -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "C) Region 1 <room with the bench, basket, door window> -> room with the countertop, cabinet -> room with the bar, washing stuff, countertop -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "D) Region 1 <room with the bench, basket, door window> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, towel ring -> Region 2 <room with the dishwasher, towel, kitchen extractor>"], "answer": "D) Region 1 <room with the bench, basket, door window> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, towel ring -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route10/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route10/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route10/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the food stand, dining table, chandelier> to Region 2 <room with the computer mouse, file cabinet, bag>?", "options": ["A) Region 1 <room with the food stand, dining table, chandelier> -> room with the keyboard, stack of papers, painting -> Region 2 <room with the computer mouse, file cabinet, bag>", "B) Region 1 <room with the food stand, dining table, chandelier> -> room with the plush toy, table, coffee table -> room with the plush toy, table, chest -> Region 2 <room with the computer mouse, file cabinet, bag>", "C) Region 1 <room with the food stand, dining table, chandelier> -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "D) Region 1 <room with the food stand, dining table, chandelier> -> room with the stack of papers, pad, file cabinet -> room with the plush toy, table, coffee table -> Region 2 <room with the computer mouse, file cabinet, bag>"], "answer": "C) Region 1 <room with the food stand, dining table, chandelier> -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route8/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route8/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the range hood, cutting board, salt and pepper> to Region 2 <room with the candle, fur carpet, ottoman>?", "options": ["A) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs, ceiling lamp -> Region 2 <room with the candle, fur carpet, ottoman>", "B) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the umbrella, rack, hearth -> Region 2 <room with the candle, fur carpet, ottoman>", "C) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the faucet, washbasin, wall lamp -> Region 2 <room with the candle, fur carpet, ottoman>", "D) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the toilet, picture, shower dial -> room with the bedside table, fire detector, decoration -> Region 2 <room with the candle, fur carpet, ottoman>"], "answer": "A) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs, ceiling lamp -> Region 2 <room with the candle, fur carpet, ottoman>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route33/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route33/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route33/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed sheet, towel, bedside lamp> to Region 2 <room with the folding chair, bin, side table>?", "options": ["A) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the folding chair, bedside lamp, side table -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the folding chair, bin, side table>", "B) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the folding chair, bin, side table>", "C) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the side table, bedside lamp, cuddly toy -> Region 2 <room with the folding chair, bin, side table>", "D) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the oven and stove, dining table, sink -> Region 2 <room with the folding chair, bin, side table>"], "answer": "B) Region 1 <room with the bed sheet, towel, bedside lamp> -> room with the decorative plate, fireplace tool set, fireplace wall -> Region 2 <room with the folding chair, bin, side table>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the chest, sign, mirror> to Region 2 <room with the wardrobe, towel, pillow>?", "options": ["A) Region 1 <room with the chest, sign, mirror> -> room with the dustbin, bowl, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "B) Region 1 <room with the chest, sign, mirror> -> room with the container, electric box, desk -> room with the dustbin, bowl, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "C) Region 1 <room with the chest, sign, mirror> -> room with the thermostat, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "D) Region 1 <room with the chest, sign, mirror> -> room with the wardrobe, pillow, towel -> Region 2 <room with the wardrobe, towel, pillow>"], "answer": "C) Region 1 <room with the chest, sign, mirror> -> room with the thermostat, lamp -> Region 2 <room with the wardrobe, towel, pillow>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, sink, flag> to Region 2 <room with the doormat, window curtain, alarm>?", "options": ["A) Region 1 <room with the oven and stove, sink, flag> -> room with the table lamp, electrical controller, bed -> Region 2 <room with the doormat, window curtain, alarm>", "B) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bathroom shelf, towel -> Region 2 <room with the doormat, window curtain, alarm>", "C) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>"], "answer": "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen cabinet, note, sprinkler> to Region 2 <room with the shower tap, shower floor, shower wall>?", "options": ["A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> Region 2 <room with the shower tap, shower floor, shower wall>", "B) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the shelf, cabinet, hanger -> Region 2 <room with the shower tap, shower floor, shower wall>", "C) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the panel, bed, sign -> room with the utensil, toilet, toilet paper -> Region 2 <room with the shower tap, shower floor, shower wall>", "D) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the panel, bed, sign -> room with the utensil, toilet, washbasin counter -> Region 2 <room with the shower tap, shower floor, shower wall>"], "answer": "A) Region 1 <room with the kitchen cabinet, note, sprinkler> -> room with the remote control, statue, tv stand -> Region 2 <room with the shower tap, shower floor, shower wall>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet paper, toilet, lamp> to Region 2 <room with the clock, ironing board, washing machine>?", "options": ["A) Region 1 <room with the toilet paper, toilet, lamp> -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the clock, ironing board, washing machine>", "B) Region 1 <room with the toilet paper, toilet, lamp> -> room with the sink cabinet, high shelf, shower cabin -> Region 2 <room with the clock, ironing board, washing machine>", "C) Region 1 <room with the toilet paper, toilet, lamp> -> room with the high shelf, liquid soap, clothes hanger -> Region 2 <room with the clock, ironing board, washing machine>", "D) Region 1 <room with the toilet paper, toilet, lamp> -> room with the sink cabinet, mirror -> room with the bed, pillow, lamp -> Region 2 <room with the clock, ironing board, washing machine>"], "answer": "B) Region 1 <room with the toilet paper, toilet, lamp> -> room with the sink cabinet, high shelf, shower cabin -> Region 2 <room with the clock, ironing board, washing machine>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route14/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route14/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the smoke alarm, vase, decoration> to Region 2 <room with the patio chair, circular sofa>?", "options": ["A) Region 1 <room with the smoke alarm, vase, decoration> -> room with the box with books, furnace, oven and stove -> room with the door window, sofa seat, tv -> Region 2 <room with the patio chair, circular sofa>", "B) Region 1 <room with the smoke alarm, vase, decoration> -> room with the door window, bed, sofa seat -> room with the alarm clock, bed, sofa seat -> Region 2 <room with the patio chair, circular sofa>", "C) Region 1 <room with the smoke alarm, vase, decoration> -> room with the shower door, liquid soap, bathtub -> room with the washing machine, ironing board, clothes dryer -> Region 2 <room with the patio chair, circular sofa>", "D) Region 1 <room with the smoke alarm, vase, decoration> -> room with the alarm clock, ceiling fan, bed -> Region 2 <room with the patio chair, circular sofa>"], "answer": "A) Region 1 <room with the smoke alarm, vase, decoration> -> room with the box with books, furnace, oven and stove -> room with the door window, sofa seat, tv -> Region 2 <room with the patio chair, circular sofa>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route93/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route93/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route93/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathtub, bathtub platform, sink cabinet> to Region 2 <room with the decoration, blanket, light fixture>?", "options": ["A) Region 1 <room with the bathtub, bathtub platform, sink cabinet> -> room with the sofa, dog bed, kitchen island -> Region 2 <room with the decoration, blanket, light fixture>", "B) Region 1 <room with the bathtub, bathtub platform, sink cabinet> -> room with the bathtub, hook, plant -> room with the decoration, blanket, curtain rod -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the decoration, blanket, light fixture>", "C) Region 1 <room with the bathtub, bathtub platform, sink cabinet> -> room with the decoration, curtain rod, nightstand -> Region 2 <room with the decoration, blanket, light fixture>", "D) Region 1 <room with the bathtub, bathtub platform, sink cabinet> -> room with the cabinet, fire alarm, book -> room with the rug, thermostat, mirror -> Region 2 <room with the decoration, blanket, light fixture>"], "answer": "D) Region 1 <room with the bathtub, bathtub platform, sink cabinet> -> room with the cabinet, fire alarm, book -> room with the rug, thermostat, mirror -> Region 2 <room with the decoration, blanket, light fixture>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ladder, towel, mirror> to Region 2 <room with the sign, thermostat, smoke detector>?", "options": ["A) Region 1 <room with the ladder, towel, mirror> -> room with the shower dial, showerhead, toilet -> room with the shower dial, towel ring, shower cabin -> Region 2 <room with the sign, thermostat, smoke detector>", "B) Region 1 <room with the ladder, towel, mirror> -> room with the pillow, smoke detector, curtain -> room with the curtain rod, ladder, picture -> room with the thermostat, smoke detector, mirror -> Region 2 <room with the sign, thermostat, smoke detector>", "C) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, showerhead, towel bar -> Region 2 <room with the sign, thermostat, smoke detector>", "D) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> room with the shelf, shower cabin, hook -> Region 2 <room with the sign, thermostat, smoke detector>"], "answer": "C) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, showerhead, towel bar -> Region 2 <room with the sign, thermostat, smoke detector>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the refrigerator, box, stove>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, stove, kitchen island -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the refrigerator, box, stove>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, stairs, handrail -> Region 2 <room with the refrigerator, box, stove>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the hanging clothes, bed, pillow -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the refrigerator, box, stove>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the curtain rod, ceiling lamp, fireplace -> Region 2 <room with the refrigerator, box, stove>"], "answer": "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, stairs, handrail -> Region 2 <room with the refrigerator, box, stove>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shoe, clothes container, storage shelving> to Region 2 <room with the thermostat, wall lamp, appliance>?", "options": ["A) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the bed, sliding door, casket -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "B) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the roomba, flowerpot, ceiling fan -> room with the bath wall, shower knob, shower wall -> Region 2 <room with the thermostat, wall lamp, appliance>", "C) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the casket, air conditioner, bed -> room with the bath wall, shower knob, shower wall -> Region 2 <room with the thermostat, wall lamp, appliance>", "D) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the shower wall cubby, towel bar, step stool -> room with the book, pc tower, monitor -> Region 2 <room with the thermostat, wall lamp, appliance>"], "answer": "A) Region 1 <room with the shoe, clothes container, storage shelving> -> room with the bed, sliding door, casket -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route14/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, fan> to Region 2 <room with the dining table, ceiling duct, podium>?", "options": ["A) Region 1 <room with the cabinet, bed, fan> -> room with the dining table, podium, ceiling duct -> room with the wall lamp, dining table, ceiling duct -> Region 2 <room with the dining table, ceiling duct, podium>", "B) Region 1 <room with the cabinet, bed, fan> -> room with the cabinet, bed -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the dining table, ceiling duct, podium>", "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, ceiling duct, podium>", "D) Region 1 <room with the cabinet, bed, fan> -> room with the blanket, step, fireplace -> Region 2 <room with the dining table, ceiling duct, podium>"], "answer": "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the tray, fire alarm, picture -> Region 2 <room with the dining table, ceiling duct, podium>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route13/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the piano bench, recessed wall, piano> to Region 2 <room with the shower bench, scale, shower stall>?", "options": ["A) Region 1 <room with the piano bench, recessed wall, piano> -> room with the monitor, box, desk chair -> room with the towel, rug, picture -> Region 2 <room with the shower bench, scale, shower stall>", "B) Region 1 <room with the piano bench, recessed wall, piano> -> room with the shower dial, wardrobe, shower floor -> Region 2 <room with the shower bench, scale, shower stall>", "C) Region 1 <room with the piano bench, recessed wall, piano> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the shower bench, scale, shower stall>", "D) Region 1 <room with the piano bench, recessed wall, piano> -> room with the washing machine, wall clock, stovetop -> room with the desk, trashcan, holy cross -> Region 2 <room with the shower bench, scale, shower stall>"], "answer": "D) Region 1 <room with the piano bench, recessed wall, piano> -> room with the washing machine, wall clock, stovetop -> room with the desk, trashcan, holy cross -> Region 2 <room with the shower bench, scale, shower stall>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route34/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route34/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route34/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the wall electronics, sconce, ceiling lamp> to Region 2 <room with the dining table, coaster, desk>?", "options": ["A) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the bar, washing stuff, countertop -> room with the bar, countertop, washing machine and dryer -> Region 2 <room with the dining table, coaster, desk>", "B) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing stuff, towel ring, countertop -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the dining table, coaster, desk>", "C) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the wall electronics, ceiling lamp, sconce -> Region 2 <room with the dining table, coaster, desk>", "D) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the dishwasher, towel, kitchen extractor -> room with the table, piano stool, bonsai tree -> Region 2 <room with the dining table, coaster, desk>"], "answer": "B) Region 1 <room with the wall electronics, sconce, ceiling lamp> -> room with the washing stuff, towel ring, countertop -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the dining table, coaster, desk>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route11/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route11/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail> to Region 2 <room with the chest, flower, throw blanket>?", "options": ["A) Region 1 <room with the stairs, staircase handrail> -> room with the food stand, dining table, chandelier -> room with the wall lamp, toilet, sink -> room with the keyboard, stack of papers, painting -> Region 2 <room with the chest, flower, throw blanket>", "B) Region 1 <room with the stairs, staircase handrail> -> room with the computer mouse, file cabinet, bag -> room with the painting, floor lamp, couch -> Region 2 <room with the chest, flower, throw blanket>", "C) Region 1 <room with the stairs, staircase handrail> -> room with the stack of papers, pad, file cabinet -> Region 2 <room with the chest, flower, throw blanket>", "D) Region 1 <room with the stairs, staircase handrail> -> room with the book, tap, kitchen island -> Region 2 <room with the chest, flower, throw blanket>"], "answer": "D) Region 1 <room with the stairs, staircase handrail> -> room with the book, tap, kitchen island -> Region 2 <room with the chest, flower, throw blanket>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route18/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route18/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route18/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathroom cabinet, shower shelf, toilet paper> to Region 2 <room with the fire alarm, bed, door knob>?", "options": ["A) Region 1 <room with the bathroom cabinet, shower shelf, toilet paper> -> room with the side table, umbrella, rack -> room with the range hood, cutting board, chest -> Region 2 <room with the fire alarm, bed, door knob>", "B) Region 1 <room with the bathroom cabinet, shower shelf, toilet paper> -> room with the banister, stairs -> Region 2 <room with the fire alarm, bed, door knob>", "C) Region 1 <room with the bathroom cabinet, shower shelf, toilet paper> -> room with the hearth, remote control, slippers -> room with the toilet, table lamp, shower dial -> Region 2 <room with the fire alarm, bed, door knob>", "D) Region 1 <room with the bathroom cabinet, shower shelf, toilet paper> -> room with the bedside table, fire detector, decoration -> room with the banister, stairs -> Region 2 <room with the fire alarm, bed, door knob>"], "answer": "B) Region 1 <room with the bathroom cabinet, shower shelf, toilet paper> -> room with the banister, stairs -> Region 2 <room with the fire alarm, bed, door knob>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route28/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route28/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route28/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the nightstand, bed sheet, towel> to Region 2 <room with the washing machine, curtain, rack>?", "options": ["A) Region 1 <room with the nightstand, bed sheet, towel> -> room with the bed sheet, towel, bedside lamp -> Region 2 <room with the washing machine, curtain, rack>", "B) Region 1 <room with the nightstand, bed sheet, towel> -> room with the utensil, coat hanger, container -> Region 2 <room with the washing machine, curtain, rack>", "C) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the folding chair, bin, side table -> Region 2 <room with the washing machine, curtain, rack>", "D) Region 1 <room with the nightstand, bed sheet, towel> -> room with the folding chair, bedside lamp, side table -> room with the side table, bed, cuddly toy -> Region 2 <room with the washing machine, curtain, rack>"], "answer": "C) Region 1 <room with the nightstand, bed sheet, towel> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the folding chair, bin, side table -> Region 2 <room with the washing machine, curtain, rack>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route2/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the dustbin, bowl, lamp> to Region 2 <room with the shelf, soap dispenser, shower tub>?", "options": ["A) Region 1 <room with the dustbin, bowl, lamp> -> room with the thermostat, mirror, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "B) Region 1 <room with the dustbin, bowl, lamp> -> room with the pillow, towel, wardrobe -> Region 2 <room with the shelf, soap dispenser, shower tub>", "C) Region 1 <room with the dustbin, bowl, lamp> -> room with the nightstand, wardrobe, towel -> Region 2 <room with the shelf, soap dispenser, shower tub>", "D) Region 1 <room with the dustbin, bowl, lamp> -> room with the wardrobe, towel, pillow -> Region 2 <room with the shelf, soap dispenser, shower tub>"], "answer": "A) Region 1 <room with the dustbin, bowl, lamp> -> room with the thermostat, mirror, lamp -> Region 2 <room with the shelf, soap dispenser, shower tub>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route11/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the oven and stove, sink, flag> to Region 2 <room with the pad, cabinet, table>?", "options": ["A) Region 1 <room with the oven and stove, sink, flag> -> room with the bath, bathroom cabinet, towel -> Region 2 <room with the pad, cabinet, table>", "B) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the pad, cabinet, table>", "C) Region 1 <room with the oven and stove, sink, flag> -> room with the electrical controller, tissue box, dresser -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the pad, cabinet, table>", "D) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, towel, picture -> room with the doormat, ventilation hood, window curtain -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the pad, cabinet, table>"], "answer": "B) Region 1 <room with the oven and stove, sink, flag> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the pad, cabinet, table>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the remote control, statue, tv stand> to Region 2 <room with the soap, bathtub, toilet paper>?", "options": ["A) Region 1 <room with the remote control, statue, tv stand> -> room with the panel, bed, clock -> Region 2 <room with the soap, bathtub, toilet paper>", "B) Region 1 <room with the remote control, statue, tv stand> -> room with the shelf, cabinet, hanger -> room with the cosmetics, washbasin counter, towel bar -> Region 2 <room with the soap, bathtub, toilet paper>", "C) Region 1 <room with the remote control, statue, tv stand> -> room with the magazine, shelf, cabinet -> Region 2 <room with the soap, bathtub, toilet paper>", "D) Region 1 <room with the remote control, statue, tv stand> -> room with the clothes, mirror, magazine -> Region 2 <room with the soap, bathtub, toilet paper>"], "answer": "A) Region 1 <room with the remote control, statue, tv stand> -> room with the panel, bed, clock -> Region 2 <room with the soap, bathtub, toilet paper>", "videos": ["videos/habitat_data/route_plan/val/QaLdnwvtxbs/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/QaLdnwvtxbs/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet paper, toilet, lamp> to Region 2 <room with the device, painting, lamp>?", "options": ["A) Region 1 <room with the toilet paper, toilet, lamp> -> room with the carpet, trashcan, coffee machine -> room with the painting, device, lamp -> Region 2 <room with the device, painting, lamp>", "B) Region 1 <room with the toilet paper, toilet, lamp> -> room with the clock, washing machine, washing stuff -> room with the sink cabinet, toilet, mirror -> room with the painting, device, lamp -> Region 2 <room with the device, painting, lamp>", "C) Region 1 <room with the toilet paper, toilet, lamp> -> room with the sink cabinet, high shelf, shower cabin -> Region 2 <room with the device, painting, lamp>", "D) Region 1 <room with the toilet paper, toilet, lamp> -> room with the sink cabinet, high shelf, shower cabin -> room with the clock, ironing board, washing machine -> Region 2 <room with the device, painting, lamp>"], "answer": "D) Region 1 <room with the toilet paper, toilet, lamp> -> room with the sink cabinet, high shelf, shower cabin -> room with the clock, ironing board, washing machine -> Region 2 <room with the device, painting, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route14/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route14/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route14/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the door window, sofa seat, tv> to Region 2 <room with the washing machine, ironing board, clothes dryer>?", "options": ["A) Region 1 <room with the door window, sofa seat, tv> -> room with the door window, circular sofa, ceiling fan -> room with the sink cabinet, soap bottle, trashcan -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "B) Region 1 <room with the door window, sofa seat, tv> -> room with the smoke alarm, mirror, vase -> room with the toilet, flower vase, trashcan -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "C) Region 1 <room with the door window, sofa seat, tv> -> room with the box with books, furnace, oven and stove -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "D) Region 1 <room with the door window, sofa seat, tv> -> room with the ceiling fan, telephone, alarm clock -> Region 2 <room with the washing machine, ironing board, clothes dryer>"], "answer": "C) Region 1 <room with the door window, sofa seat, tv> -> room with the box with books, furnace, oven and stove -> Region 2 <room with the washing machine, ironing board, clothes dryer>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route55/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the sign, shower curtain, shower curtain rod> to Region 2 <room with the chest of drawers, chair, picture>?", "options": ["A) Region 1 <room with the sign, shower curtain, shower curtain rod> -> room with the decoration, light fixture, blanket -> Region 2 <room with the chest of drawers, chair, picture>", "B) Region 1 <room with the sign, shower curtain, shower curtain rod> -> room with the thermostat, remote control, fire alarm -> Region 2 <room with the chest of drawers, chair, picture>", "C) Region 1 <room with the sign, shower curtain, shower curtain rod> -> room with the rug, light fixture, mirror -> Region 2 <room with the chest of drawers, chair, picture>", "D) Region 1 <room with the sign, shower curtain, shower curtain rod> -> room with the bathtub, hook, bathtub platform -> room with the remote control, stool, cabinet -> room with the air conditioner, rug, thermostat -> Region 2 <room with the chest of drawers, chair, picture>"], "answer": "D) Region 1 <room with the sign, shower curtain, shower curtain rod> -> room with the bathtub, hook, bathtub platform -> room with the remote control, stool, cabinet -> room with the air conditioner, rug, thermostat -> Region 2 <room with the chest of drawers, chair, picture>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route0/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the vacuum cleaner, cabinet, curtain> to Region 2 <room with the sign, thermostat, smoke detector>?", "options": ["A) Region 1 <room with the vacuum cleaner, cabinet, curtain> -> room with the ladder, cabinet, mirror -> Region 2 <room with the sign, thermostat, smoke detector>", "B) Region 1 <room with the vacuum cleaner, cabinet, curtain> -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the sign, thermostat, smoke detector>", "C) Region 1 <room with the vacuum cleaner, cabinet, curtain> -> room with the curtain rod, pillow, smoke detector -> Region 2 <room with the sign, thermostat, smoke detector>", "D) Region 1 <room with the vacuum cleaner, cabinet, curtain> -> room with the shower floor, shower rod, cosmetics -> room with the curtain rod, pillow, smoke detector -> Region 2 <room with the sign, thermostat, smoke detector>"], "answer": "B) Region 1 <room with the vacuum cleaner, cabinet, curtain> -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the sign, thermostat, smoke detector>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling lamp, fireplace, stairs> to Region 2 <room with the toilet paper, shower knob, bathtub>?", "options": ["A) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the bed, shelf, pillow -> room with the toilet paper, shower knob, shower seat -> Region 2 <room with the toilet paper, shower knob, bathtub>", "B) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the desk, armchair, chest of drawers -> room with the hanging clothes, bed, shelf -> Region 2 <room with the toilet paper, shower knob, bathtub>", "C) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the refrigerator, box, stove -> room with the bed, shelf, pillow -> Region 2 <room with the toilet paper, shower knob, bathtub>", "D) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the mirror, shower curtain, countertop -> Region 2 <room with the toilet paper, shower knob, bathtub>"], "answer": "C) Region 1 <room with the ceiling lamp, fireplace, stairs> -> room with the refrigerator, box, stove -> room with the bed, shelf, pillow -> Region 2 <room with the toilet paper, shower knob, bathtub>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route12/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath wall, shower knob, bathtub> to Region 2 <room with the bed, ceiling fan, sliding door>?", "options": ["A) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, clothes container, clothes hanger rod -> Region 2 <room with the bed, ceiling fan, sliding door>", "B) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the support beam, smoke detector, washing machine -> room with the wall toilet paper, step stool, toilet -> Region 2 <room with the bed, ceiling fan, sliding door>", "C) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the wall toilet paper, step stool, toilet -> room with the storage shelving, closet storage area, clothes container -> Region 2 <room with the bed, ceiling fan, sliding door>", "D) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the roomba, flowerpot, ceiling fan -> Region 2 <room with the bed, ceiling fan, sliding door>"], "answer": "A) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, clothes container, clothes hanger rod -> Region 2 <room with the bed, ceiling fan, sliding door>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel, tray, refrigerator> to Region 2 <room with the desk, desk chair, wall lamp>?", "options": ["A) Region 1 <room with the towel, tray, refrigerator> -> room with the tray, fire alarm, picture -> room with the cabinet, bed, decoration -> Region 2 <room with the desk, desk chair, wall lamp>", "B) Region 1 <room with the towel, tray, refrigerator> -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the desk, desk chair, wall lamp>", "C) Region 1 <room with the towel, tray, refrigerator> -> room with the bathroom cabinet, bathtub, shower curtain -> Region 2 <room with the desk, desk chair, wall lamp>", "D) Region 1 <room with the towel, tray, refrigerator> -> room with the blanket, fireplace, picture -> room with the ceiling duct, ceiling lamp, fire alarm -> Region 2 <room with the desk, desk chair, wall lamp>"], "answer": "B) Region 1 <room with the towel, tray, refrigerator> -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the desk, desk chair, wall lamp>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route26/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route26/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route26/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the piano bench, recessed wall, piano> to Region 2 <room with the rug, lamp, picture>?", "options": ["A) Region 1 <room with the piano bench, recessed wall, piano> -> room with the washing machine, refrigerator, wall clock -> room with the toy, blanket, casket -> Region 2 <room with the rug, lamp, picture>", "B) Region 1 <room with the piano bench, recessed wall, piano> -> room with the shower dial, toilet, ceiling lamp -> room with the bag, shoe, piano bench -> Region 2 <room with the rug, lamp, picture>", "C) Region 1 <room with the piano bench, recessed wall, piano> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the rug, lamp, picture>", "D) Region 1 <room with the piano bench, recessed wall, piano> -> room with the shoe, piano bench, piano -> room with the clothes rack, ceiling dome, container -> Region 2 <room with the rug, lamp, picture>"], "answer": "C) Region 1 <room with the piano bench, recessed wall, piano> -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the rug, lamp, picture>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route32/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route32/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route32/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tv stand, window curtain, armchair> to Region 2 <room with the dishwasher, towel, kitchen extractor>?", "options": ["A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the shower cabin, countertop, bathroom towel -> room with the washing stuff, countertop, washing machine and dryer -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "B) Region 1 <room with the tv stand, window curtain, armchair> -> room with the bucket, fireplace, stairs railing -> room with the tv stand, armchair, tv -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "C) Region 1 <room with the tv stand, window curtain, armchair> -> room with the washing machine and dryer, countertop, cabinet -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "D) Region 1 <room with the tv stand, window curtain, armchair> -> room with the bench, door window, basket -> Region 2 <room with the dishwasher, towel, kitchen extractor>"], "answer": "A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the shower cabin, countertop, bathroom towel -> room with the washing stuff, countertop, washing machine and dryer -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, mirror, food stand> to Region 2 <room with the keyboard, stack of papers, painting>?", "options": ["A) Region 1 <room with the curtain rod, mirror, food stand> -> room with the painting, floor lamp, couch -> room with the plush toy, coffee table, chest -> Region 2 <room with the keyboard, stack of papers, painting>", "B) Region 1 <room with the curtain rod, mirror, food stand> -> room with the keyboard, stack of papers, file cabinet -> Region 2 <room with the keyboard, stack of papers, painting>", "C) Region 1 <room with the curtain rod, mirror, food stand> -> room with the plush toy, chest, flower -> Region 2 <room with the keyboard, stack of papers, painting>", "D) Region 1 <room with the curtain rod, mirror, food stand> -> room with the book, tap, kitchen island -> room with the wall electronics, plush toy, chest -> Region 2 <room with the keyboard, stack of papers, painting>"], "answer": "D) Region 1 <room with the curtain rod, mirror, food stand> -> room with the book, tap, kitchen island -> room with the wall electronics, plush toy, chest -> Region 2 <room with the keyboard, stack of papers, painting>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath, sheet, blanket> to Region 2 <room with the cosmetics, soap, basket>?", "options": ["A) Region 1 <room with the bath, sheet, blanket> -> room with the bedside table, bell, fire alarm -> room with the bathroom cabinet, shower wall -> Region 2 <room with the cosmetics, soap, basket>", "B) Region 1 <room with the bath, sheet, blanket> -> room with the bedside table, sheet, blanket -> Region 2 <room with the cosmetics, soap, basket>", "C) Region 1 <room with the bath, sheet, blanket> -> room with the fire alarm, carpet, bed -> Region 2 <room with the cosmetics, soap, basket>", "D) Region 1 <room with the bath, sheet, blanket> -> room with the candle, fur carpet, chair -> room with the banister, stairs -> Region 2 <room with the cosmetics, soap, basket>"], "answer": "D) Region 1 <room with the bath, sheet, blanket> -> room with the candle, fur carpet, chair -> room with the banister, stairs -> Region 2 <room with the cosmetics, soap, basket>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route3/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route3/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route3/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rail, faucet, toilet> to Region 2 <room with the side table, cuddly toy, folding chair>?", "options": ["A) Region 1 <room with the shower rail, faucet, toilet> -> room with the side table, bed, cuddly toy -> Region 2 <room with the side table, cuddly toy, folding chair>", "B) Region 1 <room with the shower rail, faucet, toilet> -> room with the side table, bed, bedside lamp -> room with the folding chair, bin, side table -> Region 2 <room with the side table, cuddly toy, folding chair>", "C) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the oven and stove, dining table, sink -> Region 2 <room with the side table, cuddly toy, folding chair>", "D) Region 1 <room with the shower rail, faucet, toilet> -> room with the nightstand, bed sheet, towel -> room with the folding chair, bin, side table -> Region 2 <room with the side table, cuddly toy, folding chair>"], "answer": "C) Region 1 <room with the shower rail, faucet, toilet> -> room with the decorative plate, fireplace tool set, fireplace wall -> room with the oven and stove, dining table, sink -> Region 2 <room with the side table, cuddly toy, folding chair>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the rail, pot, flower vase> to Region 2 <room with the thermostat, lamp>?", "options": ["A) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> Region 2 <room with the thermostat, lamp>", "B) Region 1 <room with the rail, pot, flower vase> -> room with the rail, curtain, pot -> Region 2 <room with the thermostat, lamp>", "C) Region 1 <room with the rail, pot, flower vase> -> room with the wardrobe, towel, pillow -> Region 2 <room with the thermostat, lamp>", "D) Region 1 <room with the rail, pot, flower vase> -> room with the thermostat, mirror, lamp -> Region 2 <room with the thermostat, lamp>"], "answer": "A) Region 1 <room with the rail, pot, flower vase> -> room with the chest, sign, mirror -> Region 2 <room with the thermostat, lamp>", "videos": ["videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/a8BtkwhxdRV/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, bathroom shelf, towel> to Region 2 <room with the casket, wardrobe, electrical controller>?", "options": ["A) Region 1 <room with the kitchen shelf, bathroom shelf, towel> -> room with the kitchen shelf, bottle of soap, towel -> room with the bath, bathroom cabinet, trashcan -> Region 2 <room with the casket, wardrobe, electrical controller>", "B) Region 1 <room with the kitchen shelf, bathroom shelf, towel> -> room with the window curtain, alarm, picture -> room with the ceiling vent, bath, bathroom cabinet -> Region 2 <room with the casket, wardrobe, electrical controller>", "C) Region 1 <room with the kitchen shelf, bathroom shelf, towel> -> room with the window curtain, alarm, picture -> Region 2 <room with the casket, wardrobe, electrical controller>", "D) Region 1 <room with the kitchen shelf, bathroom shelf, towel> -> room with the wardrobe, electrical controller, bed -> Region 2 <room with the casket, wardrobe, electrical controller>"], "answer": "B) Region 1 <room with the kitchen shelf, bathroom shelf, towel> -> room with the window curtain, alarm, picture -> room with the ceiling vent, bath, bathroom cabinet -> Region 2 <room with the casket, wardrobe, electrical controller>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route26/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route26/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route26/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ironing board, clock, washing machine> to Region 2 <room with the doormat, clock, painting>?", "options": ["A) Region 1 <room with the ironing board, clock, washing machine> -> room with the sink cabinet, high shelf, shower cabin -> room with the toilet paper, toilet, lamp -> Region 2 <room with the doormat, clock, painting>", "B) Region 1 <room with the ironing board, clock, washing machine> -> room with the clock, washing stuff, ironing board -> Region 2 <room with the doormat, clock, painting>", "C) Region 1 <room with the ironing board, clock, washing machine> -> room with the device, painting, lamp -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "D) Region 1 <room with the ironing board, clock, washing machine> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the doormat, clock, painting>"], "answer": "C) Region 1 <room with the ironing board, clock, washing machine> -> room with the device, painting, lamp -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route34/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route34/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route34/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the door window, bed, sofa seat> to Region 2 <room with the sink cabinet, shower door, bathtub>?", "options": ["A) Region 1 <room with the door window, bed, sofa seat> -> room with the alarm clock, ceiling fan, bed -> room with the vase, decoration, ceiling lamp -> Region 2 <room with the sink cabinet, shower door, bathtub>", "B) Region 1 <room with the door window, bed, sofa seat> -> room with the furnace, oven and stove, coffee machine -> room with the smoke alarm, decoration, mirror -> Region 2 <room with the sink cabinet, shower door, bathtub>", "C) Region 1 <room with the door window, bed, sofa seat> -> room with the ceiling fan, alarm clock, bed -> room with the sink cabinet, shower door, towel bar -> Region 2 <room with the sink cabinet, shower door, bathtub>", "D) Region 1 <room with the door window, bed, sofa seat> -> room with the sofa seat, door window, tv -> room with the sink cabinet, shower seat, shower door -> Region 2 <room with the sink cabinet, shower door, bathtub>"], "answer": "B) Region 1 <room with the door window, bed, sofa seat> -> room with the furnace, oven and stove, coffee machine -> room with the smoke alarm, decoration, mirror -> Region 2 <room with the sink cabinet, shower door, bathtub>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route86/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route86/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route86/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bathtub, hook, bathtub platform> to Region 2 <room with the chest of drawers, chair, picture>?", "options": ["A) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the bathtub, bathtub platform, sink cabinet -> room with the air conditioner, rug, thermostat -> room with the air conditioner, light fixture, thermostat -> room with the light fixture, rug -> Region 2 <room with the chest of drawers, chair, picture>", "B) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the sign, shower curtain, shower curtain rod -> Region 2 <room with the chest of drawers, chair, picture>", "C) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the book, remote control, armchair -> room with the decoration, ceiling fan, nightstand -> Region 2 <room with the chest of drawers, chair, picture>", "D) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the remote control, stool, cabinet -> room with the air conditioner, rug, thermostat -> Region 2 <room with the chest of drawers, chair, picture>"], "answer": "D) Region 1 <room with the bathtub, hook, bathtub platform> -> room with the remote control, stool, cabinet -> room with the air conditioner, rug, thermostat -> Region 2 <room with the chest of drawers, chair, picture>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route0/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower floor, shower rod, cosmetics> to Region 2 <room with the sign, thermostat, smoke detector>?", "options": ["A) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the vacuum cleaner, cabinet, curtain -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the sign, thermostat, smoke detector>", "B) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the sign, thermostat, hook -> room with the curtain rod, ladder, picture -> Region 2 <room with the sign, thermostat, smoke detector>", "C) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the vacuum cleaner, cabinet, curtain -> Region 2 <room with the sign, thermostat, smoke detector>", "D) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the ladder, cabinet, bed -> room with the shower dial, showerhead, toilet -> Region 2 <room with the sign, thermostat, smoke detector>"], "answer": "A) Region 1 <room with the shower floor, shower rod, cosmetics> -> room with the vacuum cleaner, cabinet, curtain -> room with the shower dial, shower cabin, showerhead -> Region 2 <room with the sign, thermostat, smoke detector>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route6/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the toilet paper, shower knob, shower seat>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the bed, hanging clothes, pillow -> Region 2 <room with the toilet paper, shower knob, shower seat>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, pillow -> Region 2 <room with the toilet paper, shower knob, shower seat>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the toilet paper, shower knob, bathtub -> Region 2 <room with the toilet paper, shower knob, shower seat>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, stairs, handrail -> room with the shower curtain, towel, towel bar -> Region 2 <room with the toilet paper, shower knob, shower seat>"], "answer": "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, pillow -> Region 2 <room with the toilet paper, shower knob, shower seat>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route0/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route0/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the nightstand, bed, air conditioner> to Region 2 <room with the thermostat, wall lamp, appliance>?", "options": ["A) Region 1 <room with the nightstand, bed, air conditioner> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "B) Region 1 <room with the nightstand, bed, air conditioner> -> room with the casket, island, bar chair -> room with the appliance, storage shelving, shelf -> Region 2 <room with the thermostat, wall lamp, appliance>", "C) Region 1 <room with the nightstand, bed, air conditioner> -> room with the carpet roll, seat, bedside lamp -> room with the pc tower, decorative bowl, bucket -> Region 2 <room with the thermostat, wall lamp, appliance>", "D) Region 1 <room with the nightstand, bed, air conditioner> -> room with the wall toilet paper, step stool, toilet -> Region 2 <room with the thermostat, wall lamp, appliance>"], "answer": "A) Region 1 <room with the nightstand, bed, air conditioner> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the thermostat, wall lamp, appliance>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route21/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route21/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> to Region 2 <room with the blanket, fireplace, picture>?", "options": ["A) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the lamp, fire alarm, shelf -> Region 2 <room with the blanket, fireplace, picture>", "B) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the wall lamp, dining table, ceiling duct -> room with the towel, tray, fire alarm -> Region 2 <room with the blanket, fireplace, picture>", "C) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the blanket, fireplace, picture>", "D) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the towel, tray, refrigerator -> room with the dining table, podium, ceiling duct -> Region 2 <room with the blanket, fireplace, picture>"], "answer": "D) Region 1 <room with the ceiling duct, fire alarm, ceiling lamp> -> room with the towel, tray, refrigerator -> room with the dining table, podium, ceiling duct -> Region 2 <room with the blanket, fireplace, picture>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route22/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the box, desk chair, plush toy> to Region 2 <room with the clutter, clothes rack, ceiling dome>?", "options": ["A) Region 1 <room with the box, desk chair, plush toy> -> room with the desk, holy cross, printer -> room with the towel, rug, lamp -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "B) Region 1 <room with the box, desk chair, plush toy> -> room with the shower bench, scale, wardrobe -> room with the monitor, alarm clock, computer -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "C) Region 1 <room with the box, desk chair, plush toy> -> room with the ventilation, picture, lamp -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "D) Region 1 <room with the box, desk chair, plush toy> -> room with the shower floor, bathtub utensil, bathtub -> room with the bag, piano bench, piano -> Region 2 <room with the clutter, clothes rack, ceiling dome>"], "answer": "C) Region 1 <room with the box, desk chair, plush toy> -> room with the ventilation, picture, lamp -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the clutter, clothes rack, ceiling dome>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bench, door window, basket> to Region 2 <room with the dishwasher, towel, kitchen extractor>?", "options": ["A) Region 1 <room with the bench, door window, basket> -> room with the washing stuff, countertop, washing machine and dryer -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "B) Region 1 <room with the bench, door window, basket> -> room with the bench, basket, door window -> room with the dining table, coaster, desk -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "C) Region 1 <room with the bench, door window, basket> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, countertop -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "D) Region 1 <room with the bench, door window, basket> -> room with the wall lamp, dishwasher, towel -> Region 2 <room with the dishwasher, towel, kitchen extractor>"], "answer": "C) Region 1 <room with the bench, door window, basket> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, countertop -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route9/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route9/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the floor lamp, painting, tv> to Region 2 <room with the plush toy, chest, flower>?", "options": ["A) Region 1 <room with the floor lamp, painting, tv> -> room with the painting, floor lamp, tv -> room with the wall electronics, plush toy, chest -> Region 2 <room with the plush toy, chest, flower>", "B) Region 1 <room with the floor lamp, painting, tv> -> room with the wall lamp, toilet -> room with the keyboard, stack of papers, file cabinet -> Region 2 <room with the plush toy, chest, flower>", "C) Region 1 <room with the floor lamp, painting, tv> -> room with the keyboard, stack of papers, file cabinet -> Region 2 <room with the plush toy, chest, flower>", "D) Region 1 <room with the floor lamp, painting, tv> -> room with the curtain rod, mirror, food stand -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, chest, flower>"], "answer": "D) Region 1 <room with the floor lamp, painting, tv> -> room with the curtain rod, mirror, food stand -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, chest, flower>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the lounger, wood, sofa> to Region 2 <room with the toilet, table lamp, shower dial>?", "options": ["A) Region 1 <room with the lounger, wood, sofa> -> room with the floor lamp, wardrobe, hanger -> Region 2 <room with the toilet, table lamp, shower dial>", "B) Region 1 <room with the lounger, wood, sofa> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the toilet, table lamp, shower dial>", "C) Region 1 <room with the lounger, wood, sofa> -> room with the desk, shower bar, shower dial -> room with the toilet, washbasin, faucet -> Region 2 <room with the toilet, table lamp, shower dial>", "D) Region 1 <room with the lounger, wood, sofa> -> room with the hearth, sofa, remote control -> room with the candle, fur carpet, ottoman -> Region 2 <room with the toilet, table lamp, shower dial>"], "answer": "B) Region 1 <room with the lounger, wood, sofa> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the toilet, table lamp, shower dial>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route36/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> to Region 2 <room with the side table, cuddly toy, folding chair>?", "options": ["A) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the oven and stove, dining table, sink -> Region 2 <room with the side table, cuddly toy, folding chair>", "B) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bin, side table -> Region 2 <room with the side table, cuddly toy, folding chair>", "C) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the shower rail, sink pipe, faucet -> Region 2 <room with the side table, cuddly toy, folding chair>", "D) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the folding chair, bin, side table -> room with the folding chair, bedside lamp, side table -> Region 2 <room with the side table, cuddly toy, folding chair>"], "answer": "A) Region 1 <room with the decorative plate, fireplace tool set, fireplace wall> -> room with the oven and stove, dining table, sink -> Region 2 <room with the side table, cuddly toy, folding chair>", "videos": ["videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/q3zU7Yy5E5s/route7/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the handle, bathroom shelf, hand soap> to Region 2 <room with the pad, cabinet, table>?", "options": ["A) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> room with the electrical controller, bed, dresser -> Region 2 <room with the pad, cabinet, table>", "B) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the ceiling vent, bath, bathroom cabinet -> room with the decorative plate, fire alarm, plate -> Region 2 <room with the pad, cabinet, table>", "C) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the electrical controller, chandelier, tissue box -> Region 2 <room with the pad, cabinet, table>", "D) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the pad, cabinet, table>"], "answer": "D) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, alarm -> Region 2 <room with the pad, cabinet, table>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route25/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route25/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ironing board, clock, washing machine> to Region 2 <room with the mirror, lamp>?", "options": ["A) Region 1 <room with the ironing board, clock, washing machine> -> room with the device, painting, lamp -> room with the office chair, printer, desk -> room with the doormat, clock, painting -> Region 2 <room with the mirror, lamp>", "B) Region 1 <room with the ironing board, clock, washing machine> -> room with the office chair, printer, desk -> room with the high shelf, liquid soap, clothes hanger -> Region 2 <room with the mirror, lamp>", "C) Region 1 <room with the ironing board, clock, washing machine> -> room with the office chair, printer, desk -> Region 2 <room with the mirror, lamp>", "D) Region 1 <room with the ironing board, clock, washing machine> -> room with the high shelf, liquid soap, clothes hanger -> room with the sink cabinet, toilet, mirror -> Region 2 <room with the mirror, lamp>"], "answer": "A) Region 1 <room with the ironing board, clock, washing machine> -> room with the device, painting, lamp -> room with the office chair, printer, desk -> room with the doormat, clock, painting -> Region 2 <room with the mirror, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route34/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route34/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route34/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower mat, shower soap shelf, bath towel> to Region 2 <room with the sink cabinet, shower seat, shower door>?", "options": ["A) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the smoke alarm, ceiling lamp, mirror -> Region 2 <room with the sink cabinet, shower seat, shower door>", "B) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the sink cabinet, soap bottle, trashcan -> Region 2 <room with the sink cabinet, shower seat, shower door>", "C) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the door window, bed, sofa seat -> room with the furnace, telephone, oven and stove -> room with the smoke alarm, ceiling lamp, mirror -> Region 2 <room with the sink cabinet, shower seat, shower door>", "D) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the smoke alarm, vase, ceiling lamp -> room with the smoke alarm, mirror, vase -> Region 2 <room with the sink cabinet, shower seat, shower door>"], "answer": "C) Region 1 <room with the shower mat, shower soap shelf, bath towel> -> room with the door window, bed, sofa seat -> room with the furnace, telephone, oven and stove -> room with the smoke alarm, ceiling lamp, mirror -> Region 2 <room with the sink cabinet, shower seat, shower door>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route59/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the coffee maker, tap, sofa> to Region 2 <room with the thermostat, rug, light fixture>?", "options": ["A) Region 1 <room with the coffee maker, tap, sofa> -> room with the decoration, curtain rod, nightstand -> room with the shower curtain, shower curtain rod, bath mat -> Region 2 <room with the thermostat, rug, light fixture>", "B) Region 1 <room with the coffee maker, tap, sofa> -> room with the fuse box, washer-dryer, light fixture -> Region 2 <room with the thermostat, rug, light fixture>", "C) Region 1 <room with the coffee maker, tap, sofa> -> room with the blanket, ceiling fan, nightstand -> Region 2 <room with the thermostat, rug, light fixture>", "D) Region 1 <room with the coffee maker, tap, sofa> -> room with the book, armchair, tv -> room with the light fixture, shower curtain, shower curtain rod -> Region 2 <room with the thermostat, rug, light fixture>"], "answer": "B) Region 1 <room with the coffee maker, tap, sofa> -> room with the fuse box, washer-dryer, light fixture -> Region 2 <room with the thermostat, rug, light fixture>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route30/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route30/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route30/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ladder, towel, mirror> to Region 2 <room with the sign, thermostat, smoke detector>?", "options": ["A) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the sign, thermostat, smoke detector>", "B) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, showerhead, towel bar -> room with the ladder, cabinet, mirror -> Region 2 <room with the sign, thermostat, smoke detector>", "C) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> room with the ladder, cabinet, bed -> Region 2 <room with the sign, thermostat, smoke detector>", "D) Region 1 <room with the ladder, towel, mirror> -> room with the stairs, box, surface -> Region 2 <room with the sign, thermostat, smoke detector>"], "answer": "A) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the sign, thermostat, smoke detector>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route4/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the toilet paper, shower knob, bathtub>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the bed, pillow, chair -> Region 2 <room with the toilet paper, shower knob, bathtub>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the hanging clothes, bed, pillow -> room with the refrigerator, box, stove -> Region 2 <room with the toilet paper, shower knob, bathtub>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the fireplace, pillow, stairs -> room with the curtain rod, ceiling lamp, fireplace -> Region 2 <room with the toilet paper, shower knob, bathtub>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, pillow -> Region 2 <room with the toilet paper, shower knob, bathtub>"], "answer": "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> room with the hanging clothes, bed, pillow -> Region 2 <room with the toilet paper, shower knob, bathtub>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the casket, air conditioner, bed> to Region 2 <room with the support beam, washing machine, sliding door>?", "options": ["A) Region 1 <room with the casket, air conditioner, bed> -> room with the wall toilet paper, step stool, toilet -> room with the storage shelving, closet storage area, bag -> Region 2 <room with the support beam, washing machine, sliding door>", "B) Region 1 <room with the casket, air conditioner, bed> -> room with the shower floor, toilet, shower bar -> Region 2 <room with the support beam, washing machine, sliding door>", "C) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the support beam, washing machine, sliding door>", "D) Region 1 <room with the casket, air conditioner, bed> -> room with the wall lamp, thermostat, appliance -> room with the bed, sliding door, nightstand -> Region 2 <room with the support beam, washing machine, sliding door>"], "answer": "C) Region 1 <room with the casket, air conditioner, bed> -> room with the roomba, flowerpot, throw blanket -> Region 2 <room with the support beam, washing machine, sliding door>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, fan> to Region 2 <room with the rack, lamp, fire alarm>?", "options": ["A) Region 1 <room with the cabinet, bed, fan> -> room with the cabinet, decoration -> room with the dining table, ceiling duct, wall lamp -> Region 2 <room with the rack, lamp, fire alarm>", "B) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, air conditioner, toilet -> room with the tray, vase, couch -> Region 2 <room with the rack, lamp, fire alarm>", "C) Region 1 <room with the cabinet, bed, fan> -> room with the ceiling duct, fire alarm, ceiling lamp -> room with the cabinet, bed, decoration -> Region 2 <room with the rack, lamp, fire alarm>", "D) Region 1 <room with the cabinet, bed, fan> -> room with the bed, fan, shelf -> room with the dining table, podium, ceiling duct -> Region 2 <room with the rack, lamp, fire alarm>"], "answer": "B) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, air conditioner, toilet -> room with the tray, vase, couch -> Region 2 <room with the rack, lamp, fire alarm>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the alarm clock, mirror, blanket> to Region 2 <room with the toy, casket, display cabinet>?", "options": ["A) Region 1 <room with the alarm clock, mirror, blanket> -> room with the ventilation, picture, lamp -> room with the bathtub utensil, bathtub, bathroom towel -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the toy, casket, display cabinet>", "B) Region 1 <room with the alarm clock, mirror, blanket> -> room with the monitor, box, desk chair -> room with the shower dial, shower floor, bathtub utensil -> Region 2 <room with the toy, casket, display cabinet>", "C) Region 1 <room with the alarm clock, mirror, blanket> -> room with the shower bench, scale, wardrobe -> Region 2 <room with the toy, casket, display cabinet>", "D) Region 1 <room with the alarm clock, mirror, blanket> -> room with the piano bench, recessed wall, piano -> Region 2 <room with the toy, casket, display cabinet>"], "answer": "C) Region 1 <room with the alarm clock, mirror, blanket> -> room with the shower bench, scale, wardrobe -> Region 2 <room with the toy, casket, display cabinet>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route6/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route6/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route6/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the table, basket of something, piano stool> to Region 2 <room with the dining table, coaster, window glass>?", "options": ["A) Region 1 <room with the table, basket of something, piano stool> -> room with the shower cabin, countertop, bathroom towel -> Region 2 <room with the dining table, coaster, window glass>", "B) Region 1 <room with the table, basket of something, piano stool> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the dining table, coaster, window glass>", "C) Region 1 <room with the table, basket of something, piano stool> -> room with the bench, basket, door window -> Region 2 <room with the dining table, coaster, window glass>", "D) Region 1 <room with the table, basket of something, piano stool> -> room with the dining table, coaster, desk -> Region 2 <room with the dining table, coaster, window glass>"], "answer": "B) Region 1 <room with the table, basket of something, piano stool> -> room with the dishwasher, towel, kitchen extractor -> Region 2 <room with the dining table, coaster, window glass>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route23/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route23/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route23/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the floor lamp, painting, tv> to Region 2 <room with the computer mouse, file cabinet, bag>?", "options": ["A) Region 1 <room with the floor lamp, painting, tv> -> room with the curtain rod, mirror, food stand -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "B) Region 1 <room with the floor lamp, painting, tv> -> room with the bowl of fruit, book, tap -> Region 2 <room with the computer mouse, file cabinet, bag>", "C) Region 1 <room with the floor lamp, painting, tv> -> room with the curtain rod, mirror, food stand -> Region 2 <room with the computer mouse, file cabinet, bag>", "D) Region 1 <room with the floor lamp, painting, tv> -> room with the stack of papers, pad, file cabinet -> room with the curtain rod, rug, food stand -> Region 2 <room with the computer mouse, file cabinet, bag>"], "answer": "A) Region 1 <room with the floor lamp, painting, tv> -> room with the curtain rod, mirror, food stand -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, shower bar, shower dial> to Region 2 <room with the side table, umbrella, rack>?", "options": ["A) Region 1 <room with the desk, shower bar, shower dial> -> room with the toilet, picture, shower dial -> room with the lounger, wood, sofa -> room with the glasses, lighter, microwave -> Region 2 <room with the side table, umbrella, rack>", "B) Region 1 <room with the desk, shower bar, shower dial> -> room with the slippers, device, hearth -> Region 2 <room with the side table, umbrella, rack>", "C) Region 1 <room with the desk, shower bar, shower dial> -> room with the toilet, picture, washbasin -> room with the toilet, washbasin, faucet -> Region 2 <room with the side table, umbrella, rack>", "D) Region 1 <room with the desk, shower bar, shower dial> -> room with the candle, fur carpet, ottoman -> room with the banister, stairs -> room with the range hood, cutting board, glasses -> Region 2 <room with the side table, umbrella, rack>"], "answer": "D) Region 1 <room with the desk, shower bar, shower dial> -> room with the candle, fur carpet, ottoman -> room with the banister, stairs -> room with the range hood, cutting board, glasses -> Region 2 <room with the side table, umbrella, rack>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route1/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route1/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the decorative plate, fire alarm, plate> to Region 2 <room with the doormat, window curtain, alarm>?", "options": ["A) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the decorative plate, fire alarm, balustrade -> room with the cabinet, chair, picture -> Region 2 <room with the doormat, window curtain, alarm>", "B) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the kitchen shelf, bottle of soap -> room with the casket, electrical controller, tissue box -> Region 2 <room with the doormat, window curtain, alarm>", "C) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the kitchen shelf, bottle of soap, towel -> room with the electrical controller, chandelier, tissue box -> Region 2 <room with the doormat, window curtain, alarm>", "D) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>"], "answer": "D) Region 1 <room with the decorative plate, fire alarm, plate> -> room with the oven and stove, sink, flag -> room with the kitchen shelf, bottle of soap, towel -> Region 2 <room with the doormat, window curtain, alarm>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, pillow, lamp> to Region 2 <room with the device, painting, lamp>?", "options": ["A) Region 1 <room with the bed, pillow, lamp> -> room with the clock, ironing board, washing machine -> Region 2 <room with the device, painting, lamp>", "B) Region 1 <room with the bed, pillow, lamp> -> room with the carpet, trashcan, coffee machine -> Region 2 <room with the device, painting, lamp>", "C) Region 1 <room with the bed, pillow, lamp> -> room with the carpet, trashcan, coffee machine -> room with the office chair, printer, desk -> Region 2 <room with the device, painting, lamp>", "D) Region 1 <room with the bed, pillow, lamp> -> room with the high shelf, clothes hanger, shower cabin -> Region 2 <room with the device, painting, lamp>"], "answer": "C) Region 1 <room with the bed, pillow, lamp> -> room with the carpet, trashcan, coffee machine -> room with the office chair, printer, desk -> Region 2 <room with the device, painting, lamp>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route5/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the smoke alarm, vase, decoration> to Region 2 <room with the patio chair, circular sofa>?", "options": ["A) Region 1 <room with the smoke alarm, vase, decoration> -> room with the box with books, furnace, oven and stove -> room with the door window, tv, circular sofa -> Region 2 <room with the patio chair, circular sofa>", "B) Region 1 <room with the smoke alarm, vase, decoration> -> room with the alarm clock, ceiling fan, bed -> Region 2 <room with the patio chair, circular sofa>", "C) Region 1 <room with the smoke alarm, vase, decoration> -> room with the towel bar, towel, sink -> Region 2 <room with the patio chair, circular sofa>", "D) Region 1 <room with the smoke alarm, vase, decoration> -> room with the sink cabinet, soap bottle, trashcan -> room with the sink cabinet, shower seat, shower door -> Region 2 <room with the patio chair, circular sofa>"], "answer": "A) Region 1 <room with the smoke alarm, vase, decoration> -> room with the box with books, furnace, oven and stove -> room with the door window, tv, circular sofa -> Region 2 <room with the patio chair, circular sofa>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route95/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route95/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route95/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the showerhead, shower valve, bathroom cabinet> to Region 2 <room with the blinds, cabinet, ornament>?", "options": ["A) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the nightstand, bed, blanket -> Region 2 <room with the blinds, cabinet, ornament>", "B) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the thermostat, remote control, fire alarm -> room with the air conditioner, light fixture, rug -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the blinds, cabinet, ornament>", "C) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the decoration, blanket, light fixture -> room with the nightstand, bed, blanket -> room with the sign, shower curtain, shower curtain rod -> Region 2 <room with the blinds, cabinet, ornament>", "D) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the vase, cabinet, rug -> Region 2 <room with the blinds, cabinet, ornament>"], "answer": "B) Region 1 <room with the showerhead, shower valve, bathroom cabinet> -> room with the thermostat, remote control, fire alarm -> room with the air conditioner, light fixture, rug -> room with the decoration, curtain rod, ceiling fan -> Region 2 <room with the blinds, cabinet, ornament>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route12/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ladder, towel, mirror> to Region 2 <room with the sideboard, coffee maker, ventilation hood>?", "options": ["A) Region 1 <room with the ladder, towel, mirror> -> room with the stairs, box, banister -> room with the table, sideboard, coffee maker -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "B) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> room with the sign, thermostat, smoke detector -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "C) Region 1 <room with the ladder, towel, mirror> -> room with the sign, thermostat, painting -> room with the thermostat, smoke detector, mirror -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "D) Region 1 <room with the ladder, towel, mirror> -> room with the shower floor, shower rod, cosmetics -> room with the shower rod, bathroom counter, shower seat -> Region 2 <room with the sideboard, coffee maker, ventilation hood>"], "answer": "B) Region 1 <room with the ladder, towel, mirror> -> room with the toilet, shower dial, shower cabin -> room with the sign, thermostat, smoke detector -> Region 2 <room with the sideboard, coffee maker, ventilation hood>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route4/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route4/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, mirror, rug> to Region 2 <room with the shower curtain, countertop, towel ring>?", "options": ["A) Region 1 <room with the bed, mirror, rug> -> room with the bed, rug, mirror -> Region 2 <room with the shower curtain, countertop, towel ring>", "B) Region 1 <room with the bed, mirror, rug> -> room with the mirror, shower curtain, countertop -> room with the bed, pillow, shelf -> Region 2 <room with the shower curtain, countertop, towel ring>", "C) Region 1 <room with the bed, mirror, rug> -> room with the curtain rod, ceiling lamp, fireplace -> Region 2 <room with the shower curtain, countertop, towel ring>", "D) Region 1 <room with the bed, mirror, rug> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the shower curtain, countertop, towel ring>"], "answer": "D) Region 1 <room with the bed, mirror, rug> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the shower curtain, countertop, towel ring>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath wall, bathtub, bath faucet> to Region 2 <room with the roomba, flowerpot, throw blanket>?", "options": ["A) Region 1 <room with the bath wall, bathtub, bath faucet> -> room with the shower floor, toilet, shower bar -> room with the casket, air conditioner, bed -> Region 2 <room with the roomba, flowerpot, throw blanket>", "B) Region 1 <room with the bath wall, bathtub, bath faucet> -> room with the support beam, washing machine, sliding door -> Region 2 <room with the roomba, flowerpot, throw blanket>", "C) Region 1 <room with the bath wall, bathtub, bath faucet> -> room with the storage shelving, closet storage area, clothes container -> room with the bed, sliding door, nightstand -> Region 2 <room with the roomba, flowerpot, throw blanket>", "D) Region 1 <room with the bath wall, bathtub, bath faucet> -> room with the casket, bed, air conditioner -> room with the wall toilet paper, toilet, trash can -> Region 2 <room with the roomba, flowerpot, throw blanket>"], "answer": "C) Region 1 <room with the bath wall, bathtub, bath faucet> -> room with the storage shelving, closet storage area, clothes container -> room with the bed, sliding door, nightstand -> Region 2 <room with the roomba, flowerpot, throw blanket>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the towel, wardrobe, towel bar> to Region 2 <room with the ceiling duct, ceiling lamp, fire alarm>?", "options": ["A) Region 1 <room with the towel, wardrobe, towel bar> -> room with the book, lamp, fan -> room with the bathroom cabinet, bathtub, shower curtain -> Region 2 <room with the ceiling duct, ceiling lamp, fire alarm>", "B) Region 1 <room with the towel, wardrobe, towel bar> -> room with the blanket, fireplace, picture -> room with the bathroom cabinet, air conditioner, toilet -> Region 2 <room with the ceiling duct, ceiling lamp, fire alarm>", "C) Region 1 <room with the towel, wardrobe, towel bar> -> room with the book, lamp, fan -> room with the desk, desk chair, wall lamp -> Region 2 <room with the ceiling duct, ceiling lamp, fire alarm>", "D) Region 1 <room with the towel, wardrobe, towel bar> -> room with the fan, cabinet, bed -> room with the ceiling duct, fire alarm, ceiling lamp -> Region 2 <room with the ceiling duct, ceiling lamp, fire alarm>"], "answer": "A) Region 1 <room with the towel, wardrobe, towel bar> -> room with the book, lamp, fan -> room with the bathroom cabinet, bathtub, shower curtain -> Region 2 <room with the ceiling duct, ceiling lamp, fire alarm>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower bench, scale, shower stall> to Region 2 <room with the piano bench, recessed wall, piano>?", "options": ["A) Region 1 <room with the shower bench, scale, shower stall> -> room with the clothes rack, ceiling dome, container -> room with the alarm clock, bed, bed stand -> Region 2 <room with the piano bench, recessed wall, piano>", "B) Region 1 <room with the shower bench, scale, shower stall> -> room with the shower dial, wardrobe, shower floor -> Region 2 <room with the piano bench, recessed wall, piano>", "C) Region 1 <room with the shower bench, scale, shower stall> -> room with the washing machine, basket of something, wall clock -> room with the bed, bed stand, blanket -> room with the ventilation, picture, lamp -> Region 2 <room with the piano bench, recessed wall, piano>", "D) Region 1 <room with the shower bench, scale, shower stall> -> room with the washing machine, stovetop, plate -> Region 2 <room with the piano bench, recessed wall, piano>"], "answer": "D) Region 1 <room with the shower bench, scale, shower stall> -> room with the washing machine, stovetop, plate -> Region 2 <room with the piano bench, recessed wall, piano>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route5/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the tv stand, window curtain, armchair> to Region 2 <room with the dishwasher, towel, kitchen extractor>?", "options": ["A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the countertop, bathroom towel, ceiling lamp -> room with the washing stuff, countertop, faucet -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "B) Region 1 <room with the tv stand, window curtain, armchair> -> room with the countertop, sink, cabinet -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "C) Region 1 <room with the tv stand, window curtain, armchair> -> room with the shower cabin, countertop, bathroom towel -> room with the washing stuff, countertop, faucet -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "D) Region 1 <room with the tv stand, window curtain, armchair> -> room with the wall electronics, sconce, ceiling lamp -> room with the bench, door window, basket -> Region 2 <room with the dishwasher, towel, kitchen extractor>"], "answer": "A) Region 1 <room with the tv stand, window curtain, armchair> -> room with the countertop, bathroom towel, ceiling lamp -> room with the washing stuff, countertop, faucet -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route4/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route4/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route4/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the wall lamp, toilet> to Region 2 <room with the stack of papers, file cabinet, hanger>?", "options": ["A) Region 1 <room with the wall lamp, toilet> -> room with the bathtub, bath cabinet, towel -> room with the computer mouse, keyboard, stack of papers -> Region 2 <room with the stack of papers, file cabinet, hanger>", "B) Region 1 <room with the wall lamp, toilet> -> room with the stack of papers, pad, file cabinet -> room with the curtain rod, mirror, food stand -> Region 2 <room with the stack of papers, file cabinet, hanger>", "C) Region 1 <room with the wall lamp, toilet> -> room with the book, tap, kitchen island -> room with the plush toy, table, coffee table -> Region 2 <room with the stack of papers, file cabinet, hanger>", "D) Region 1 <room with the wall lamp, toilet> -> room with the shelf, tv, speaker -> room with the bathtub, bath cabinet, towel -> Region 2 <room with the stack of papers, file cabinet, hanger>"], "answer": "C) Region 1 <room with the wall lamp, toilet> -> room with the book, tap, kitchen island -> room with the plush toy, table, coffee table -> Region 2 <room with the stack of papers, file cabinet, hanger>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route13/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route13/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route13/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the range hood, cutting board, salt and pepper> to Region 2 <room with the wardrobe, hanger, chest>?", "options": ["A) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the picture, toilet brush, shower bar -> room with the bedside table, bed, fire detector -> Region 2 <room with the wardrobe, hanger, chest>", "B) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs -> room with the fire alarm, bed, picture -> Region 2 <room with the wardrobe, hanger, chest>", "C) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the bathroom cabinet, shower wall -> room with the bathroom cabinet, cosmetics, soap -> Region 2 <room with the wardrobe, hanger, chest>", "D) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the fire alarm, bed, picture -> room with the side table, umbrella, rack -> Region 2 <room with the wardrobe, hanger, chest>"], "answer": "B) Region 1 <room with the range hood, cutting board, salt and pepper> -> room with the banister, stairs -> room with the fire alarm, bed, picture -> Region 2 <room with the wardrobe, hanger, chest>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route22/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route22/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, bottle of soap, towel> to Region 2 <room with the bath, bathroom cabinet, trashcan>?", "options": ["A) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "B) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the wardrobe, electrical controller, bed -> room with the ceiling vent, bath, bathroom cabinet -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "C) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the decorative plate, fire alarm, plate -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "D) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the bath, bathroom cabinet, towel -> room with the electrical controller, tissue box, dresser -> Region 2 <room with the bath, bathroom cabinet, trashcan>"], "answer": "A) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, alarm -> Region 2 <room with the bath, bathroom cabinet, trashcan>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route23/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route23/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route23/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, trashcan, coffee machine> to Region 2 <room with the doormat, clock, painting>?", "options": ["A) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the ironing board, clock, washing machine -> Region 2 <room with the doormat, clock, painting>", "B) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the device, painting, lamp -> Region 2 <room with the doormat, clock, painting>", "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "D) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the bed, pillow, lamp -> room with the clock, washing machine, washing stuff -> Region 2 <room with the doormat, clock, painting>"], "answer": "C) Region 1 <room with the carpet, trashcan, coffee machine> -> room with the office chair, printer, desk -> Region 2 <room with the doormat, clock, painting>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route21/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the case, trashcan> to Region 2 <room with the shower door, bathtub, bath faucet>?", "options": ["A) Region 1 <room with the case, trashcan> -> room with the shower mat, shower soap shelf, bath towel -> Region 2 <room with the shower door, bathtub, bath faucet>", "B) Region 1 <room with the case, trashcan> -> room with the box with books, furnace, oven and stove -> room with the smoke alarm, mirror, vase -> Region 2 <room with the shower door, bathtub, bath faucet>", "C) Region 1 <room with the case, trashcan> -> room with the sink cabinet, soap bottle, trashcan -> Region 2 <room with the shower door, bathtub, bath faucet>", "D) Region 1 <room with the case, trashcan> -> room with the sofa seat, led tv, cabinet -> room with the washing machine, ironing board, clothes dryer -> Region 2 <room with the shower door, bathtub, bath faucet>"], "answer": "B) Region 1 <room with the case, trashcan> -> room with the box with books, furnace, oven and stove -> room with the smoke alarm, mirror, vase -> Region 2 <room with the shower door, bathtub, bath faucet>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route82/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route82/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route82/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the nightstand, bed, blanket> to Region 2 <room with the fuse box, washer-dryer, cabinet>?", "options": ["A) Region 1 <room with the nightstand, bed, blanket> -> room with the remote control, fire alarm, book -> room with the thermostat, light fixture, rug -> room with the decoration, blanket, curtain rod -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "B) Region 1 <room with the nightstand, bed, blanket> -> room with the rug, thermostat, mirror -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "C) Region 1 <room with the nightstand, bed, blanket> -> room with the blinds, cabinet, ornament -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "D) Region 1 <room with the nightstand, bed, blanket> -> room with the coffee maker, tap, sofa -> room with the thermostat, light fixture, rug -> Region 2 <room with the fuse box, washer-dryer, cabinet>"], "answer": "D) Region 1 <room with the nightstand, bed, blanket> -> room with the coffee maker, tap, sofa -> room with the thermostat, light fixture, rug -> Region 2 <room with the fuse box, washer-dryer, cabinet>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route29/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route29/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route29/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rod, bathroom counter, cosmetics> to Region 2 <room with the sign, thermostat, painting>?", "options": ["A) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the shower rod, bathroom counter, shower seat -> Region 2 <room with the sign, thermostat, painting>", "B) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the sideboard, coffee maker, ventilation hood -> room with the shower floor, shower rod, toilet brush -> Region 2 <room with the sign, thermostat, painting>", "C) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the shower dial, towel ring, shower cabin -> room with the shelf, shower cabin, hook -> room with the toilet, shower dial, shower cabin -> Region 2 <room with the sign, thermostat, painting>", "D) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the ladder, cabinet, bed -> room with the shower dial, towel ring, shower cabin -> Region 2 <room with the sign, thermostat, painting>"], "answer": "D) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the ladder, cabinet, bed -> room with the shower dial, towel ring, shower cabin -> Region 2 <room with the sign, thermostat, painting>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the desk, armchair, chest of drawers> to Region 2 <room with the hanging clothes, bed, pillow>?", "options": ["A) Region 1 <room with the desk, armchair, chest of drawers> -> room with the shower curtain, towel, towel bar -> room with the refrigerator, stove, kitchen island -> Region 2 <room with the hanging clothes, bed, pillow>", "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> Region 2 <room with the hanging clothes, bed, pillow>", "C) Region 1 <room with the desk, armchair, chest of drawers> -> room with the rug, bed, mirror -> room with the hanging clothes, bed, shelf -> Region 2 <room with the hanging clothes, bed, pillow>", "D) Region 1 <room with the desk, armchair, chest of drawers> -> room with the mirror, shower curtain, countertop -> Region 2 <room with the hanging clothes, bed, pillow>"], "answer": "B) Region 1 <room with the desk, armchair, chest of drawers> -> room with the refrigerator, box, stove -> Region 2 <room with the hanging clothes, bed, pillow>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route1/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath wall, shower knob, bathtub> to Region 2 <room with the bed, sliding door, casket>?", "options": ["A) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, closet storage area, clothes container -> Region 2 <room with the bed, sliding door, casket>", "B) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the support beam, smoke detector, sliding door -> room with the bed, chest drawer, bedside lamp -> Region 2 <room with the bed, sliding door, casket>", "C) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the book, pc tower, monitor -> room with the refrigerator, window curtain, oven and stove -> room with the storage shelving, closet storage area, bag -> Region 2 <room with the bed, sliding door, casket>", "D) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the casket, nightstand, bed -> room with the storage shelving, closet storage area, bag -> room with the casket, island, wall lamp -> Region 2 <room with the bed, sliding door, casket>"], "answer": "A) Region 1 <room with the bath wall, shower knob, bathtub> -> room with the storage shelving, closet storage area, clothes container -> Region 2 <room with the bed, sliding door, casket>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route0/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the cabinet, bed, fan> to Region 2 <room with the wall lamp, dining table, ceiling duct>?", "options": ["A) Region 1 <room with the cabinet, bed, fan> -> room with the dining table, ceiling duct, podium -> room with the cabinet, bed, decoration -> Region 2 <room with the wall lamp, dining table, ceiling duct>", "B) Region 1 <room with the cabinet, bed, fan> -> room with the tray, fire alarm, picture -> Region 2 <room with the wall lamp, dining table, ceiling duct>", "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, toilet -> room with the tray, picture, refrigerator -> Region 2 <room with the wall lamp, dining table, ceiling duct>", "D) Region 1 <room with the cabinet, bed, fan> -> room with the cabinet, bed -> room with the bed, fire alarm, fan -> Region 2 <room with the wall lamp, dining table, ceiling duct>"], "answer": "C) Region 1 <room with the cabinet, bed, fan> -> room with the bathroom cabinet, toilet -> room with the tray, picture, refrigerator -> Region 2 <room with the wall lamp, dining table, ceiling duct>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the plush toy, alarm clock, computer> to Region 2 <room with the washing machine, wall clock, stovetop>?", "options": ["A) Region 1 <room with the plush toy, alarm clock, computer> -> room with the shoe, piano bench, recessed wall -> Region 2 <room with the washing machine, wall clock, stovetop>", "B) Region 1 <room with the plush toy, alarm clock, computer> -> room with the shower bench, shower dial, toilet -> room with the bag, shoe, piano bench -> Region 2 <room with the washing machine, wall clock, stovetop>", "C) Region 1 <room with the plush toy, alarm clock, computer> -> room with the bed, bed stand, blanket -> Region 2 <room with the washing machine, wall clock, stovetop>", "D) Region 1 <room with the plush toy, alarm clock, computer> -> room with the toy, blanket, casket -> Region 2 <room with the washing machine, wall clock, stovetop>"], "answer": "A) Region 1 <room with the plush toy, alarm clock, computer> -> room with the shoe, piano bench, recessed wall -> Region 2 <room with the washing machine, wall clock, stovetop>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route8/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bench, statue, door window> to Region 2 <room with the dishwasher, towel, kitchen extractor>?", "options": ["A) Region 1 <room with the bench, statue, door window> -> room with the vessel, bucket, fireplace -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "B) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, towel ring -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "C) Region 1 <room with the bench, statue, door window> -> room with the bucket, fireplace, stairs railing -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "D) Region 1 <room with the bench, statue, door window> -> room with the dining table, coaster, desk -> room with the bench, door window, basket -> Region 2 <room with the dishwasher, towel, kitchen extractor>"], "answer": "B) Region 1 <room with the bench, statue, door window> -> room with the wall electronics, sconce, ceiling lamp -> room with the bar, washing stuff, towel ring -> Region 2 <room with the dishwasher, towel, kitchen extractor>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route7/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route7/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the book, tap, kitchen island> to Region 2 <room with the keyboard, stack of papers, file cabinet>?", "options": ["A) Region 1 <room with the book, tap, kitchen island> -> room with the wall lamp, toilet -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "B) Region 1 <room with the book, tap, kitchen island> -> room with the clock, cabinet table, wall electronics -> room with the curtain rod, rug, food stand -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "C) Region 1 <room with the book, tap, kitchen island> -> room with the wall electronics, plush toy, table -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "D) Region 1 <room with the book, tap, kitchen island> -> room with the painting, floor lamp, tv -> Region 2 <room with the keyboard, stack of papers, file cabinet>"], "answer": "C) Region 1 <room with the book, tap, kitchen island> -> room with the wall electronics, plush toy, table -> Region 2 <room with the keyboard, stack of papers, file cabinet>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route16/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the umbrella, rack, hearth> to Region 2 <room with the cosmetics, soap, basket>?", "options": ["A) Region 1 <room with the umbrella, rack, hearth> -> room with the candle, fur carpet, chair -> Region 2 <room with the cosmetics, soap, basket>", "B) Region 1 <room with the umbrella, rack, hearth> -> room with the bed, door knob, ceiling lamp -> Region 2 <room with the cosmetics, soap, basket>", "C) Region 1 <room with the umbrella, rack, hearth> -> room with the wardrobe, hanger, chest -> Region 2 <room with the cosmetics, soap, basket>", "D) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the cosmetics, soap, basket>"], "answer": "D) Region 1 <room with the umbrella, rack, hearth> -> room with the range hood, cutting board, glasses -> room with the banister, stairs -> Region 2 <room with the cosmetics, soap, basket>", "videos": ["videos/habitat_data/route_plan/val/eF36g7L6Z9M/route12/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route12/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/eF36g7L6Z9M/route12/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the kitchen shelf, bottle of soap, towel> to Region 2 <room with the electrical controller, tissue box, dresser>?", "options": ["A) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the wardrobe, electrical controller, bed -> room with the kitchen shelf, bottle of soap -> Region 2 <room with the electrical controller, tissue box, dresser>", "B) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the table lamp, electrical controller, bed -> room with the wardrobe, electrical controller, bed -> Region 2 <room with the electrical controller, tissue box, dresser>", "C) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the electrical controller, tissue box, dresser>", "D) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the decorative plate, fire alarm, balustrade -> Region 2 <room with the electrical controller, tissue box, dresser>"], "answer": "C) Region 1 <room with the kitchen shelf, bottle of soap, towel> -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the electrical controller, tissue box, dresser>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, paper, oven and stove> to Region 2 <room with the wardrobe, smoke alarm, bed>?", "options": ["A) Region 1 <room with the carpet, paper, oven and stove> -> room with the doormat, clock, painting -> room with the clock, ironing board, washing machine -> Region 2 <room with the wardrobe, smoke alarm, bed>", "B) Region 1 <room with the carpet, paper, oven and stove> -> room with the high shelf, towel, liquid soap -> room with the sink cabinet, mirror, toilet -> Region 2 <room with the wardrobe, smoke alarm, bed>", "C) Region 1 <room with the carpet, paper, oven and stove> -> room with the high shelf, clothes, clothes hanger -> room with the bed, pillow, lamp -> Region 2 <room with the wardrobe, smoke alarm, bed>", "D) Region 1 <room with the carpet, paper, oven and stove> -> room with the office chair, printer, desk -> room with the sink cabinet, mirror, toilet -> Region 2 <room with the wardrobe, smoke alarm, bed>"], "answer": "D) Region 1 <room with the carpet, paper, oven and stove> -> room with the office chair, printer, desk -> room with the sink cabinet, mirror, toilet -> Region 2 <room with the wardrobe, smoke alarm, bed>", "videos": ["videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route2/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Nfvxx8J5NCo/route2/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the box with books, furnace, oven and stove> to Region 2 <room with the alarm clock, telephone, sofa seat>?", "options": ["A) Region 1 <room with the box with books, furnace, oven and stove> -> room with the smoke alarm, ceiling lamp, mirror -> room with the door window, ceiling fan, bed -> Region 2 <room with the alarm clock, telephone, sofa seat>", "B) Region 1 <room with the box with books, furnace, oven and stove> -> room with the smoke alarm, vase, decoration -> Region 2 <room with the alarm clock, telephone, sofa seat>", "C) Region 1 <room with the box with books, furnace, oven and stove> -> room with the bath faucet, shower door, shower floor -> Region 2 <room with the alarm clock, telephone, sofa seat>", "D) Region 1 <room with the box with books, furnace, oven and stove> -> room with the vase, lamp, decoration -> Region 2 <room with the alarm clock, telephone, sofa seat>"], "answer": "B) Region 1 <room with the box with books, furnace, oven and stove> -> room with the smoke alarm, vase, decoration -> Region 2 <room with the alarm clock, telephone, sofa seat>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the coffee maker, tap, sofa> to Region 2 <room with the thermostat, light fixture, rug>?", "options": ["A) Region 1 <room with the coffee maker, tap, sofa> -> room with the fuse box, washer-dryer, cabinet -> Region 2 <room with the thermostat, light fixture, rug>", "B) Region 1 <room with the coffee maker, tap, sofa> -> room with the decoration, blanket, ceiling fan -> Region 2 <room with the thermostat, light fixture, rug>", "C) Region 1 <room with the coffee maker, tap, sofa> -> room with the nightstand, bed, blanket -> room with the fire alarm, book, thermostat -> Region 2 <room with the thermostat, light fixture, rug>", "D) Region 1 <room with the coffee maker, tap, sofa> -> room with the fuse box, washer-dryer, cabinet -> room with the decoration, ceiling fan, bed -> Region 2 <room with the thermostat, light fixture, rug>"], "answer": "A) Region 1 <room with the coffee maker, tap, sofa> -> room with the fuse box, washer-dryer, cabinet -> Region 2 <room with the thermostat, light fixture, rug>", "videos": ["videos/habitat_data/route_plan/val/ziup5kvtCCR/route32/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route32/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/ziup5kvtCCR/route32/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rod, bathroom counter, shower seat> to Region 2 <room with the curtain rod, pillow, smoke detector>?", "options": ["A) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the sign, thermostat, smoke detector -> Region 2 <room with the curtain rod, pillow, smoke detector>", "B) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the shower dial, towel ring, showerhead -> Region 2 <room with the curtain rod, pillow, smoke detector>", "C) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the ladder, cabinet, mirror -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the curtain rod, pillow, smoke detector>", "D) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the ladder, cabinet, mirror -> room with the vacuum cleaner, painting, cabinet -> Region 2 <room with the curtain rod, pillow, smoke detector>"], "answer": "C) Region 1 <room with the shower rod, bathroom counter, shower seat> -> room with the ladder, cabinet, mirror -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the curtain rod, pillow, smoke detector>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route5/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the mirror, shower curtain, countertop> to Region 2 <room with the fireplace, pillow, stairs>?", "options": ["A) Region 1 <room with the mirror, shower curtain, countertop> -> room with the hanging clothes, bed, pillow -> Region 2 <room with the fireplace, pillow, stairs>", "B) Region 1 <room with the mirror, shower curtain, countertop> -> room with the shower curtain, countertop, towel ring -> room with the fireplace, stairs, handrail -> Region 2 <room with the fireplace, pillow, stairs>", "C) Region 1 <room with the mirror, shower curtain, countertop> -> room with the fireplace, stairs, handrail -> room with the shower curtain, countertop, towel ring -> Region 2 <room with the fireplace, pillow, stairs>", "D) Region 1 <room with the mirror, shower curtain, countertop> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the fireplace, pillow, stairs>"], "answer": "D) Region 1 <room with the mirror, shower curtain, countertop> -> room with the desk, armchair, chest of drawers -> Region 2 <room with the fireplace, pillow, stairs>", "videos": ["videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/BAbdmeyTvMZ/route7/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the roomba, flowerpot, throw blanket> to Region 2 <room with the appliance, thermostat, wall lamp>?", "options": ["A) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the support beam, smoke detector, washing machine -> room with the decoration, carpet roll, seat -> Region 2 <room with the appliance, thermostat, wall lamp>", "B) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the support beam, box, smoke detector -> room with the air conditioner, casket, nightstand -> Region 2 <room with the appliance, thermostat, wall lamp>", "C) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the sliding door, washing machine, box -> Region 2 <room with the appliance, thermostat, wall lamp>", "D) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the casket, island, bar chair -> Region 2 <room with the appliance, thermostat, wall lamp>"], "answer": "A) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the support beam, smoke detector, washing machine -> room with the decoration, carpet roll, seat -> Region 2 <room with the appliance, thermostat, wall lamp>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route25/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route25/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route25/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bed, fire alarm, fan> to Region 2 <room with the desk, desk chair, wall lamp>?", "options": ["A) Region 1 <room with the bed, fire alarm, fan> -> room with the dining table, ceiling duct, podium -> Region 2 <room with the desk, desk chair, wall lamp>", "B) Region 1 <room with the bed, fire alarm, fan> -> room with the towel, tray, refrigerator -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the desk, desk chair, wall lamp>", "C) Region 1 <room with the bed, fire alarm, fan> -> room with the bathroom cabinet, bathtub, shower curtain -> room with the tray, refrigerator, kitchen countertop items -> Region 2 <room with the desk, desk chair, wall lamp>", "D) Region 1 <room with the bed, fire alarm, fan> -> room with the rack, lamp, fire alarm -> room with the book, rack, lamp -> Region 2 <room with the desk, desk chair, wall lamp>"], "answer": "B) Region 1 <room with the bed, fire alarm, fan> -> room with the towel, tray, refrigerator -> room with the dining table, wall lamp, ceiling duct -> Region 2 <room with the desk, desk chair, wall lamp>", "videos": ["videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route26/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route26/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/Dd4bFSTQ8gi/route26/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the ventilation, picture, lamp> to Region 2 <room with the towel, picture>?", "options": ["A) Region 1 <room with the ventilation, picture, lamp> -> room with the bag, shoe, piano bench -> room with the bed, bed stand, blanket -> Region 2 <room with the towel, picture>", "B) Region 1 <room with the ventilation, picture, lamp> -> room with the monitor, alarm clock, computer -> room with the piano bench, recessed wall, piano -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, picture>", "C) Region 1 <room with the ventilation, picture, lamp> -> room with the washing machine, basket of something, wall clock -> room with the piano bench, recessed wall, piano -> Region 2 <room with the towel, picture>", "D) Region 1 <room with the ventilation, picture, lamp> -> room with the shower dial, toilet, ceiling lamp -> Region 2 <room with the towel, picture>"], "answer": "B) Region 1 <room with the ventilation, picture, lamp> -> room with the monitor, alarm clock, computer -> room with the piano bench, recessed wall, piano -> room with the washing machine, wall clock, stovetop -> Region 2 <room with the towel, picture>", "videos": ["videos/habitat_data/route_plan/val/VBzV5z6i1WS/route16/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route16/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/VBzV5z6i1WS/route16/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the countertop, bathroom towel, cabinet> to Region 2 <room with the wall lamp, dishwasher, towel>?", "options": ["A) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the washing machine and dryer, countertop, cabinet -> Region 2 <room with the wall lamp, dishwasher, towel>", "B) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the bench, statue, door window -> room with the washing stuff, towel ring, countertop -> Region 2 <room with the wall lamp, dishwasher, towel>", "C) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the dining table, window glass, lampshade -> Region 2 <room with the wall lamp, dishwasher, towel>", "D) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the faucet, bar, washing stuff -> Region 2 <room with the wall lamp, dishwasher, towel>"], "answer": "D) Region 1 <room with the countertop, bathroom towel, cabinet> -> room with the faucet, bar, washing stuff -> Region 2 <room with the wall lamp, dishwasher, towel>", "videos": ["videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route2/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route2/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/h1zeeAwLh9Z/route2/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the clock, cabinet table, wall electronics> to Region 2 <room with the plush toy, chest, flower>?", "options": ["A) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the stack of papers, file cabinet, hanger -> Region 2 <room with the plush toy, chest, flower>", "B) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the keyboard, stack of papers, file cabinet -> room with the computer mouse, keyboard, stack of papers -> Region 2 <room with the plush toy, chest, flower>", "C) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, chest, flower>", "D) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the curtain rod, rug, food stand -> room with the computer mouse, keyboard, stack of papers -> Region 2 <room with the plush toy, chest, flower>"], "answer": "C) Region 1 <room with the clock, cabinet table, wall electronics> -> room with the bowl of fruit, book, tap -> Region 2 <room with the plush toy, chest, flower>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route15/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the handle, bathroom shelf, hand soap> to Region 2 <room with the electrical controller, tissue box, dresser>?", "options": ["A) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the electrical controller, tissue box, dresser>", "B) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the handle, bathroom shelf, ventilation -> Region 2 <room with the electrical controller, tissue box, dresser>", "C) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the doormat, ventilation hood, window curtain -> room with the decorative plate, fire alarm, plate -> Region 2 <room with the electrical controller, tissue box, dresser>", "D) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap -> room with the oven and stove, sink, flag -> Region 2 <room with the electrical controller, tissue box, dresser>"], "answer": "A) Region 1 <room with the handle, bathroom shelf, hand soap> -> room with the kitchen shelf, bottle of soap, towel -> room with the doormat, window curtain, ventilation hood -> Region 2 <room with the electrical controller, tissue box, dresser>", "videos": ["videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/TEEsavR23oF/route22/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet, flower vase> to Region 2 <room with the alarm clock, telephone, sofa seat>?", "options": ["A) Region 1 <room with the toilet, flower vase> -> room with the shower door, bathtub, bath faucet -> room with the shower door, trashcan, shower wall -> Region 2 <room with the alarm clock, telephone, sofa seat>", "B) Region 1 <room with the toilet, flower vase> -> room with the sofa seat, door window, tv -> Region 2 <room with the alarm clock, telephone, sofa seat>", "C) Region 1 <room with the toilet, flower vase> -> room with the box with books, furnace, oven and stove -> room with the smoke alarm, vase, decoration -> Region 2 <room with the alarm clock, telephone, sofa seat>", "D) Region 1 <room with the toilet, flower vase> -> room with the lamp, vase, decoration -> room with the wardrobe, alarm clock, device -> Region 2 <room with the alarm clock, telephone, sofa seat>"], "answer": "C) Region 1 <room with the toilet, flower vase> -> room with the box with books, furnace, oven and stove -> room with the smoke alarm, vase, decoration -> Region 2 <room with the alarm clock, telephone, sofa seat>", "videos": ["videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/mv2HUxq3B53/route90/cam1/cam1.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the shower rod, bathroom counter, cosmetics> to Region 2 <room with the table, sideboard, coffee maker>?", "options": ["A) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the tv, remote control, curtain rod -> room with the curtain rod, pillow, smoke detector -> Region 2 <room with the table, sideboard, coffee maker>", "B) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the ladder, cabinet, bed -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the table, sideboard, coffee maker>", "C) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the sign, thermostat, hook -> Region 2 <room with the table, sideboard, coffee maker>", "D) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the shower dial, towel ring, showerhead -> room with the curtain rod, pillow, smoke detector -> room with the curtain rod, smoke detector, curtain -> Region 2 <room with the table, sideboard, coffee maker>"], "answer": "B) Region 1 <room with the shower rod, bathroom counter, cosmetics> -> room with the ladder, cabinet, bed -> room with the shower dial, towel ring, shower cabin -> room with the sign, thermostat, painting -> Region 2 <room with the table, sideboard, coffee maker>", "videos": ["videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/y9hTuugGdiq/route9/cam2/cam2.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the roomba, flowerpot, throw blanket> to Region 2 <room with the refrigerator, soap dispenser, window curtain>?", "options": ["A) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the decorative bowl, bucket, fireplace -> room with the wall lamp, island, casket -> Region 2 <room with the refrigerator, soap dispenser, window curtain>", "B) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the air conditioner, bed, book -> room with the storage shelving, closet storage area, clothes container -> Region 2 <room with the refrigerator, soap dispenser, window curtain>", "C) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the storage shelving, closet storage area -> Region 2 <room with the refrigerator, soap dispenser, window curtain>", "D) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the thermostat, wall lamp, appliance -> room with the decorative bowl, bucket, fireplace -> Region 2 <room with the refrigerator, soap dispenser, window curtain>"], "answer": "D) Region 1 <room with the roomba, flowerpot, throw blanket> -> room with the thermostat, wall lamp, appliance -> room with the decorative bowl, bucket, fireplace -> Region 2 <room with the refrigerator, soap dispenser, window curtain>", "videos": ["videos/habitat_data/route_plan/val/5cdEh9F2hJL/route26/cam1/cam1.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route26/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/5cdEh9F2hJL/route26/cam0/cam0.mp4"], "video_ranges": []}
{"category": "Holistic_Synthesis", "task": "Route_Planning", "question": "Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the curtain rod, mirror, food stand> to Region 2 <room with the computer mouse, file cabinet, bag>?", "options": ["A) Region 1 <room with the curtain rod, mirror, food stand> -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "B) Region 1 <room with the curtain rod, mirror, food stand> -> room with the stack of papers, pad, file cabinet -> Region 2 <room with the computer mouse, file cabinet, bag>", "C) Region 1 <room with the curtain rod, mirror, food stand> -> room with the wall electronics, plush toy, chest -> Region 2 <room with the computer mouse, file cabinet, bag>", "D) Region 1 <room with the curtain rod, mirror, food stand> -> room with the wall electronics, plush toy, table -> room with the rug, food stand, dining table -> Region 2 <room with the computer mouse, file cabinet, bag>"], "answer": "A) Region 1 <room with the curtain rod, mirror, food stand> -> room with the bowl of fruit, book, tap -> room with the plush toy, chest, flower -> Region 2 <room with the computer mouse, file cabinet, bag>", "videos": ["videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam2/cam2.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam0/cam0.mp4", "videos/habitat_data/route_plan/val/zt1RVoi7PcG/route5/cam1/cam1.mp4"], "video_ranges": []}