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test/06453b86-947e-4134-b76f-fe7a889cba79/metadata.jsonl

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+{"id": "06453b86-947e-4134-b76f-fe7a889cba79", "uuid": "06453b86-947e-4134-b76f-fe7a889cba79", "scenario_name": "Gravity Deflection", "difficulty": "easy", "rules": "['gravity_horizontal']", "is_realistic": false, "plan": "{\"scenario\": {\"name\": \"Gravity Deflection\", \"description\": \"A ball floats and moves under sideways gravity, bouncing off a stationary surface.\", \"difficulty\": \"easy\", \"unreal_rules\": [\"gravity_horizontal\"], \"primary_rule\": \"gravity_horizontal\", \"collision_required\": true, \"max_collisions\": 100, \"question_types\": [\"factual\"]}, \"simulation\": {\"resolution\": [640, 480], \"frame_start\": 1, \"frame_end\": 120, \"frame_rate\": 24, \"step_rate\": 240, \"gravity\": [10.0, 0.0, 0.0], \"ambient_illumination\": [0.2, 0.2, 0.2], \"camera_position\": [5.8, -5.8, 5.8], \"camera_look_at\": [0.0, 0.0, 0.0], \"field_of_view\": 90}, \"objects\": {\"min_objects\": 6, \"max_objects\": 10, \"allowed_shapes\": [\"sphere\", \"cube\", \"cylinder\", \"capsule\", \"gear\", \"torus\"], \"allowed_sizes\": [0.5, 0.7, 0.9], \"allowed_colors\": {\"red\": [1.0, 0.0, 0.0], \"green\": [0.0, 1.0, 0.0], \"blue\": [0.0, 0.0, 1.0], \"yellow\": [1.0, 1.0, 0.0], \"cyan\": [0.0, 1.0, 1.0], \"magenta\": [1.0, 0.0, 1.0], \"white\": [1.0, 1.0, 1.0], \"gray\": [0.5, 0.5, 0.5], \"orange\": [1.0, 0.5, 0.0], \"purple\": [0.5, 0.0, 0.5]}, \"position_range\": [-4.0, 4.0], \"material_roughness\": 0.3}, \"collision\": {\"min_force_threshold\": 0.1, \"ignore_floor\": true, \"max_collisions\": 100, \"removal_offset_position\": [1000.0, 1000.0, 1000.0], \"keyframe_offset\": 2}, \"paths\": {\"output_dir\": \"/data7/sunggeunan/UNREAL/outputs/batch_113625/9a8518b2-9abf-5e2a-af64-c697db3e5b6d/attempt_01\", \"scratch_dir\": \"/data7/sunggeunan/UNREAL/outputs/batch_113625/9a8518b2-9abf-5e2a-af64-c697db3e5b6d/attempt_01/scratch\"}, \"random_seed\": 113626, \"rule_config\": {\"rules\": [\"gravity_horizontal\"], \"primary_rule\": \"gravity_horizontal\", \"expected_events\": [\"collision\"]}}", "metadata": "{\"scenario_name\": \"Gravity Deflection\", \"difficulty\": \"easy\", \"primary_rule\": \"gravity_horizontal\", \"rules\": [\"gravity_horizontal\"], \"num_collisions\": 1, \"collisions\": [{\"frame\": 30, \"force\": 0.0, \"position\": [1.0461113578680552, -0.3834297586291431, 3.5394797887889666], \"contact_normal\": [0.755726073860447, -0.5299432419122461, 0.3847574062172328], \"objects\": [\"object_0\", \"object_7\"]}], \"disappearances\": [], \"creation_events\": [], \"initial_objects\": 10, \"final_objects\": 10, \"rule_stats\": {\"gravity_horizontal\": 1}, \"gravity\": [10.0, 0.0, 0.0]}", "q1_type": "perception", "q1_question": "How many objects are initially present in the scene?", "q1_correct_answer": "11", "q1_is_multiselect": false, "q2_type": "perception", "q2_question": "In which direction are objects falling?", "q2_options": "['Downward', 'Upward', 'Sideways', 'Objects are floating (no gravity)']", "q2_correct_answers": "[2]", "q2_correct_answer": "Sideways", "q2_is_multiselect": false, "q3_type": "perception", "q3_question": "Did any collisions occur in the video?", "q3_options": "['Yes', 'No']", "q3_correct_answers": "[0]", "q3_correct_answer": "Yes", "q3_is_multiselect": false, "q4_type": "rule_identification", "q4_question": "Which world assumptions are NECESSARY to explain the observed video? (Select ALL that apply.)", "q4_options": "['Friction applies: objects slow down and stop over time.', 'Gravity pulls sideways instead of downward.', 'This is a camera malfunction or video recording error.', 'Normal gravity applies: objects fall downward.', 'Objects grow larger after collision.', 'After collision, an object teleports to a random location.']", "q4_correct_answers": "[1]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "['The simulation follows standard physics rules.', 'A rule changes object color upon collision.', \"Air resistance affected the object's motion.\", 'The object was destroyed by the high impact force.', 'The camera stopped tracking the object.']", "q6_correct_answers": "[0]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['Objects will slow down and stop due to friction.', 'The effect will be weaker than before.', 'Objects will gain speed from collision.', 'Objects will continue to accelerate sideways.', 'It is impossible to predict what will happen next.']", "q7_correct_answers": "[3]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

test/06453b86-947e-4134-b76f-fe7a889cba79/output.mp4

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test/0793a7fd-0c4e-4cf9-b9f4-76150d8b77ef/metadata.jsonl

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(Select ALL that apply.)", "q4_options": "['Gravity pulls sideways instead of downward.', 'Friction applies: objects slow down and stop over time.', 'Objects pulse in size over time.', 'This is a rendering glitch in the simulation.', 'Objects swap colors after collision.', 'Normal gravity applies: objects fall downward.']", "q4_correct_answers": "[0]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "['A rule causes objects to disappear upon collision.', 'The simulation follows standard physics rules.', 'The simulation rendering glitched.', 'The object bounced due to elastic collision.', 'Friction gradually slowed the object down.']", "q6_correct_answers": "[1]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['The simulation behavior is random and unpredictable.', 'Only some objects will be affected by the rule.', 'Objects will slow down and stop due to friction.', 'Objects will continue to accelerate sideways.', 'Objects will disappear after collision instead.']", "q7_correct_answers": "[3]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

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test/3b96a596-3a32-423e-ae0a-a45b00f73e7b/metadata.jsonl

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(Select ALL that apply.)", "q4_options": "['Normal collision behavior: objects bounce off each other.', 'The video has been edited or manipulated.', 'Conservation of momentum holds during interactions.', 'There is no friction: moving objects do not slow down on the surface.', 'Gravity pulls sideways instead of downward.', 'After collision, object bounces in the opposite direction from what is expected.']", "q4_correct_answers": "[4]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3���장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "['Objects pass through each other.', 'This is a video recording error.', 'The simulation follows standard physics rules.', 'The object was destroyed by the high impact force.', 'The collision followed conservation of momentum.']", "q6_correct_answers": "[2]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['Only some objects will be affected by the rule.', 'It is impossible to predict what will happen next.', 'Objects will continue to accelerate sideways.', 'Objects will slow down and stop due to friction.', 'Objects will change color after collision instead.']", "q7_correct_answers": "[2]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

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(Select ALL that apply.)", "q4_options": "['There is no gravity: objects float instead of falling.', 'Friction applies: objects slow down and stop over time.', 'Objects pulse in size over time.', 'Normal gravity applies: objects fall downward.', 'This is a rendering glitch in the simulation.', 'Gravity pulls sideways instead of downward.']", "q4_correct_answers": "[5]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "['The object bounced due to elastic collision.', 'Gravity is reversed.', \"Air resistance affected the object's motion.\", 'This is a video recording error.', 'The simulation follows standard physics rules.']", "q6_correct_answers": "[4]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['Objects will continue to accelerate sideways.', 'Objects will fall upward due to reversed gravity.', 'The simulation behavior is random and unpredictable.', 'The next collision will be a normal elastic bounce.', 'Only some objects will be affected by the rule.']", "q7_correct_answers": "[0]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

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(Select ALL that apply.)", "q4_options": "['This is a camera malfunction or video recording error.', 'Gravity pulls sideways instead of downward.', 'Normal gravity applies: objects fall downward.', 'Normal collision behavior: objects bounce off each other.', 'Objects pulse in size over time.', 'Objects change color periodically over time.']", "q4_correct_answers": "[1]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? 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test/54379038-8d0b-472f-b143-353e45ddbeb7/metadata.jsonl

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1.7260281686168142], \"contact_normal\": [-0.5997317611229911, 0.7607437146062414, 0.2481749693007191], \"objects\": [\"object_2\", \"object_5\"]}, {\"frame\": 103, \"force\": 0.0, \"position\": [1.5969069431641765, -0.20455657340488143, 1.7520840951380237], \"contact_normal\": [-0.6907887979445941, 0.6551871255023098, 0.30584418779876], \"objects\": [\"object_2\", \"object_5\"]}], \"disappearances\": [], \"creation_events\": [], \"initial_objects\": 7, \"final_objects\": 7, \"rule_stats\": {\"gravity_horizontal\": 1}, \"gravity\": [10.0, 0.0, 0.0]}", "q1_type": "perception", "q1_question": "How many objects are initially present in the scene?", "q1_correct_answer": "8", "q1_is_multiselect": false, "q2_type": "perception", "q2_question": "In which direction are objects falling?", "q2_options": "['Downward', 'Upward', 'Sideways', 'Objects are floating (no gravity)']", "q2_correct_answers": "[2]", "q2_correct_answer": "Sideways", "q2_is_multiselect": false, "q3_type": "perception", "q3_question": "Did any collisions occur in the video?", "q3_options": "['Yes', 'No']", "q3_correct_answers": "[0]", "q3_correct_answer": "Yes", "q3_is_multiselect": false, "q4_type": "rule_identification", "q4_question": "Which world assumptions are NECESSARY to explain the observed video? (Select ALL that apply.)", "q4_options": "['Gravity pulls sideways instead of downward.', 'Normal gravity applies: objects fall downward.', 'This is a rendering glitch in the simulation.', 'Conservation of momentum holds during interactions.', 'Objects grow larger after collision.', 'After collision, object bounces in the opposite direction from what is expected.']", "q4_correct_answers": "[0]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? 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[2.0365678076036264, 2.167548877578992, 2.68396283267358], \"contact_normal\": [-0.33046084629196515, 0.16076657446831272, 0.9300267402616564], \"objects\": [\"object_2\", \"object_5\"]}], \"disappearances\": [], \"creation_events\": [], \"initial_objects\": 8, \"final_objects\": 8, \"rule_stats\": {\"gravity_horizontal\": 1}, \"gravity\": [10.0, 0.0, 0.0]}", "q1_type": "perception", "q1_question": "How many objects are initially present in the scene?", "q1_correct_answer": "9", "q1_is_multiselect": false, "q2_type": "perception", "q2_question": "In which direction are objects falling?", "q2_options": "['Downward', 'Upward', 'Sideways', 'Objects are floating (no gravity)']", "q2_correct_answers": "[2]", "q2_correct_answer": "Sideways", "q2_is_multiselect": false, "q3_type": "perception", "q3_question": "Did any collisions occur in the video?", "q3_options": "['Yes', 'No']", "q3_correct_answers": "[0]", "q3_correct_answer": "Yes", "q3_is_multiselect": false, "q4_type": "rule_identification", "q4_question": "Which world assumptions are NECESSARY to explain the observed video? (Select ALL that apply.)", "q4_options": "['After a collision, one of the colliding objects disappears.', 'This is a camera malfunction or video recording error.', 'Gravity pulls sideways instead of downward.', 'Conservation of momentum holds during interactions.', 'Friction applies: objects slow down and stop over time.', 'Objects pulse in size over time.']", "q4_correct_answers": "[2]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "['This is a video recording error.', \"Air resistance affected the object's motion.\", 'The simulation follows standard physics rules.', 'The object bounced due to elastic collision.', 'Objects teleport on collision.']", "q6_correct_answers": "[2]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['Objects will suddenly start falling downward due to normal gravity.', 'Objects will fall upward due to reversed gravity.', 'Objects will continue to accelerate sideways.', 'There is not enough information to make a prediction.', 'The rule will apply inconsistently - sometimes working, sometimes not.']", "q7_correct_answers": "[2]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

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"q4_type": "rule_identification", "q4_question": "Which world assumptions are NECESSARY to explain the observed video? (Select ALL that apply.)", "q4_options": "['Objects swap colors after collision.', 'Normal gravity applies: objects fall downward.', 'Gravity pulls sideways instead of downward.', 'Objects change color periodically over time.', 'Conservation of momentum holds during interactions.', 'The video has been edited or manipulated.']", "q4_correct_answers": "[2]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "[\"Air resistance affected the object's motion.\", 'This is a video recording error.', 'The simulation follows standard physics rules.', 'Normal gravity caused the object to fall.', 'Gravity is reversed.']", "q6_correct_answers": "[2]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['Objects will disappear after collision instead.', 'Objects will continue to accelerate sideways.', 'Only some objects will be affected by the rule.', 'Objects will slow down and stop due to friction.', 'It is impossible to predict what will happen next.']", "q7_correct_answers": "[1]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

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(Select ALL that apply.)", "q4_options": "['Normal gravity applies: objects fall downward.', 'After collision, an object teleports to a random location.', 'Gravity is reversed: objects fall upward instead of downward.', 'Gravity pulls sideways instead of downward.', 'This is a camera malfunction or video recording error.', 'Friction applies: objects slow down and stop over time.']", "q4_correct_answers": "[3]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "['Objects pass through each other.', \"Air resistance affected the object's motion.\", 'The simulation rendering glitched.', 'The simulation follows standard physics rules.', 'The object was destroyed by the high impact force.']", "q6_correct_answers": "[3]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['The rule will apply inconsistently - sometimes working, sometimes not.', 'Objects will fall upward due to reversed gravity.', 'Objects will behave according to real-world physics.', 'Objects will continue to accelerate sideways.', 'It is impossible to predict what will happen next.']", "q7_correct_answers": "[3]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

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test/cf186c19-5ea6-49ee-aa87-b4fff11f97db/metadata.jsonl

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\"torus\"], \"allowed_sizes\": [0.5, 0.7, 0.9], \"allowed_colors\": {\"red\": [1.0, 0.0, 0.0], \"green\": [0.0, 1.0, 0.0], \"blue\": [0.0, 0.0, 1.0], \"yellow\": [1.0, 1.0, 0.0], \"cyan\": [0.0, 1.0, 1.0], \"magenta\": [1.0, 0.0, 1.0], \"white\": [1.0, 1.0, 1.0], \"gray\": [0.5, 0.5, 0.5]}, \"position_range\": [-4.0, 4.0], \"material_roughness\": 0.3}, \"collision\": {\"min_force_threshold\": 0.1, \"ignore_floor\": true, \"max_collisions\": 100, \"removal_offset_position\": [1000.0, 1000.0, 1000.0], \"keyframe_offset\": 2}, \"paths\": {\"output_dir\": \"/data7/sunggeunan/UNREAL/outputs/batch_113625/255995b9-9080-55de-a94b-ce0929018efc/attempt_01\", \"scratch_dir\": \"/data7/sunggeunan/UNREAL/outputs/batch_113625/255995b9-9080-55de-a94b-ce0929018efc/attempt_01/scratch\"}, \"random_seed\": 113638, \"rule_config\": {\"rules\": [\"gravity_horizontal\"], \"primary_rule\": \"gravity_horizontal\", \"expected_events\": [\"collision\"]}}", "metadata": "{\"scenario_name\": \"Gravity Sideswipes\", \"difficulty\": \"easy\", \"primary_rule\": \"gravity_horizontal\", \"rules\": [\"gravity_horizontal\"], \"num_collisions\": 20, \"collisions\": [{\"frame\": 3, \"force\": 766.359382265433, \"position\": [0.4899770090016369, -0.08355614507065745, 2.378052904775555], \"contact_normal\": [-1.0, 2.2643779959049756e-16, 0.0], \"objects\": [\"object_0\", \"object_1\"]}, {\"frame\": 21, \"force\": 698.3496023655254, \"position\": [0.9398248841298538, 1.3953823346033047, 2.67599087632816], \"contact_normal\": [-3.7158200058641645e-15, -1.0, 0.0], \"objects\": [\"object_0\", \"object_3\"]}, {\"frame\": 22, \"force\": 0.0, \"position\": [0.9112055685750161, 1.384327314500775, 2.6316940988033855], \"contact_normal\": [-0.08226857434051509, -0.9905463600756239, -0.1097715364605593], \"objects\": [\"object_0\", \"object_3\"]}, {\"frame\": 23, \"force\": 0.0, \"position\": [0.9997216329364086, 1.3915769541281238, 2.58757715983602], \"contact_normal\": [0.06129218684823934, 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0.044376583112649665, -0.9990129212752691], \"objects\": [\"object_6\", \"object_7\"]}, {\"frame\": 67, \"force\": 465.0277124061747, \"position\": [-0.4161549966872211, -0.4615438717989169, 2.1628913688802918], \"contact_normal\": [0.9985623624146323, 0.053493447180461604, -0.0034145977302724694], \"objects\": [\"object_2\", \"object_6\"]}, {\"frame\": 68, \"force\": 0.0, \"position\": [-0.5082412871615194, -0.9224834307346687, 3.2089197706837638], \"contact_normal\": [0.06640699461399757, 0.6962859714457668, -0.7146859149543677], \"objects\": [\"object_6\", \"object_7\"]}, {\"frame\": 68, \"force\": 0.0, \"position\": [-0.3081779362988527, -0.4192246803787403, 2.3833193317794303], \"contact_normal\": [0.9894367726324005, 0.13093152534548202, 0.06222385903722826], \"objects\": [\"object_2\", \"object_6\"]}, {\"frame\": 69, \"force\": 51.525164519770094, \"position\": [-0.14324964743727076, 0.04577987294838071, 2.233006998107208], \"contact_normal\": [-0.03764042345077346, 0.312153178956903, -0.9492858322915951], \"objects\": [\"object_2\", \"object_6\"]}], \"disappearances\": [], \"creation_events\": [], \"initial_objects\": 8, \"final_objects\": 8, \"rule_stats\": {\"gravity_horizontal\": 1}, \"gravity\": [10.0, 0.0, 0.0]}", "q1_type": "perception", "q1_question": "How many objects are initially present in the scene?", "q1_correct_answer": "9", "q1_is_multiselect": false, "q2_type": "perception", "q2_question": "In which direction are objects falling?", "q2_options": "['Downward', 'Upward', 'Sideways', 'Objects are floating (no gravity)']", "q2_correct_answers": "[2]", "q2_correct_answer": "Sideways", "q2_is_multiselect": false, "q3_type": "perception", "q3_question": "Did any collisions occur in the video?", "q3_options": "['Yes', 'No']", "q3_correct_answers": "[0]", "q3_correct_answer": "Yes", "q3_is_multiselect": false, "q4_type": "rule_identification", "q4_question": "Which world assumptions are NECESSARY to explain the observed video? (Select ALL that apply.)", "q4_options": "['After a collision, one of the colliding objects disappears.', 'Normal collision behavior: objects bounce off each other.', 'The video has been edited or manipulated.', 'There is no friction: moving objects do not slow down on the surface.', 'Gravity pulls sideways instead of downward.', 'Conservation of momentum holds during interactions.']", "q4_correct_answers": "[4]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? (Select ALL that apply.)", "q6_options": "['Objects pass through each other.', 'The collision followed conservation of momentum.', 'Friction gradually slowed the object down.', 'The camera stopped tracking the object.', 'The simulation follows standard physics rules.']", "q6_correct_answers": "[4]", "q6_is_multiselect": true, "q7_type": "predictive", "q7_question": "Based on the video so far, what will happen next?", "q7_options": "['Objects will change color after collision instead.', 'It is impossible to predict what will happen next.', 'Objects will continue to accelerate sideways.', 'The effect will be weaker than before.', 'The next collision will be a normal elastic bounce.']", "q7_correct_answers": "[2]", "q7_is_multiselect": false, "file_name": "output.mp4", "prediction_file_name": "output_prediction.mp4"}

test/cf186c19-5ea6-49ee-aa87-b4fff11f97db/output.mp4

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test/eef0b4e4-6ce1-4476-9b34-444545feb623/metadata.jsonl

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(Select ALL that apply.)", "q4_options": "['There is no friction: moving objects do not slow down on the surface.', 'Normal gravity applies: objects fall downward.', 'This is a rendering glitch in the simulation.', 'Friction applies: objects slow down and stop over time.', 'Gravity pulls sideways instead of downward.', 'After collision, object bounces in the opposite direction from what is expected.']", "q4_correct_answers": "[4]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. For each unusual behavior, explain: (1) affected entities, (2) trigger condition, (3) state transition, and (4) how it differs from real physics. 짧고 간결하게 3문장 이내로 서술하세요.", "q5_correct_answer": "{\"version\": \"v2.1\", \"applied_rule_ids\": [\"gravity_horizontal\"], \"structured_descriptions\": [{\"affected_entities\": \"All objects in the scene\", \"trigger_condition\": \"Always active\", \"state_transition\": \"Objects accelerate sideways instead of downward\", \"contrast_to_real_physics\": \"In real physics, gravity only acts vertically downward\", \"rule_id\": \"gravity_horizontal\"}]}", "q5_is_multiselect": false, "q5_max_new_tokens": 256, "q6_type": "explanatory_reasoning", "q6_question": "Why did the objects behave this way? 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(Select ALL that apply.)", "q4_options": "['Friction applies: objects slow down and stop over time.', 'Conservation of momentum holds during interactions.', 'The video has been edited or manipulated.', 'Gravity pulls sideways instead of downward.', 'There is no friction: moving objects do not slow down on the surface.', 'Gravity is reversed: objects fall upward instead of downward.']", "q4_correct_answers": "[3]", "q4_is_multiselect": true, "q5_type": "rule_description", "q5_question": "Describe the governing physics in this video. 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