scene_id string | series string | scene_name string | initial_frame image | reference_video video | initial_frame_path string | reference_video_path string | event_graph_path string | qa_path string | scene_metadata_path string | prompt_level1 string | prompt_level2 string | prompt_level3 string | num_objects int32 | num_rigid_bodies int32 | num_events int32 | num_causal_edges int32 | temporal_depth int32 | blender_file_path string |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Domino_Series/ball_trigger_step_domino_chain | Domino_Series | ball_trigger_step_domino_chain | assets/base/initial_frames/Domino_Series/ball_trigger_step_domino_chain.png | assets/base/reference_rollouts/Domino_Series/ball_trigger_step_domino_chain.mp4 | annotations/event_graphs/Domino_Series/ball_trigger_step_domino_chain.json | annotations/diagnostic_qa/Domino_Series/ball_trigger_step_domino_chain.json | annotations/scene_metadata/Domino_Series/ball_trigger_step_domino_chain.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small red ball rolls along the seesaw lever, tipping the lever and moving the blue ball.
Important instructions:
- Preserve the fixed camera view.
- The first ... | In a room with a tan floor, a brown seesaw-like plank on a black triangular fulcrum sits on the left, holding a small red ball near the left side and a blue ball farther to the right; in the middle stands a short row of red domino blocks beside a black platform carrying several upright green bars, while a large orange ... | 28 | 25 | 6 | 5 | 6 | source_scenes/blender/Domino_Series/ball_trigger_step_domino_chain.blend | ||
Domino_Series/ball_trigger_y_domino_chain | Domino_Series | ball_trigger_y_domino_chain | assets/base/initial_frames/Domino_Series/ball_trigger_y_domino_chain.png | assets/base/reference_rollouts/Domino_Series/ball_trigger_y_domino_chain.mp4 | annotations/event_graphs/Domino_Series/ball_trigger_y_domino_chain.json | annotations/diagnostic_qa/Domino_Series/ball_trigger_y_domino_chain.json | annotations/scene_metadata/Domino_Series/ball_trigger_y_domino_chain.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The ramp trigger ball rolls down the left launch ramp and hits the first domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is aut... | On a wooden tabletop, a long thin wooden stick on the left slides to the right and its tip hits the first piece in a curved row of upright multicolored rectangular domino blocks across the middle, while a shiny gold ball sits balanced near the taller blocks at the right end and a larger glossy red ball rests on the tab... | 27 | 22 | 9 | 9 | 6 | source_scenes/blender/Domino_Series/ball_trigger_y_domino_chain.blend | ||
Domino_Series/dual_ball_inverted_y_domino_course | Domino_Series | dual_ball_inverted_y_domino_course | assets/base/initial_frames/Domino_Series/dual_ball_inverted_y_domino_course.png | assets/base/reference_rollouts/Domino_Series/dual_ball_inverted_y_domino_course.mp4 | annotations/event_graphs/Domino_Series/dual_ball_inverted_y_domino_course.json | annotations/diagnostic_qa/Domino_Series/dual_ball_inverted_y_domino_course.json | annotations/scene_metadata/Domino_Series/dual_ball_inverted_y_domino_course.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The two trigger balls begin rolling down their upper-left and lower-left ramps toward the first dominoes.
Important instructions:
- Preserve the fixed camera view.... | On a wooden tabletop, a small red ball at the lower left starts moving toward a central staggered arrangement of upright orange and light-blue domino-like blocks, with three colorful tree-shaped pieces above them; to the right sit a gold ball, a green cone, and a larger blue cone, while a red faceted gem and a purple r... | 28 | 26 | 9 | 8 | 6 | source_scenes/blender/Domino_Series/dual_ball_inverted_y_domino_course.blend | ||
Domino_Series/inverted_y_domino_chain | Domino_Series | inverted_y_domino_chain | assets/base/initial_frames/Domino_Series/inverted_y_domino_chain.png | assets/base/reference_rollouts/Domino_Series/inverted_y_domino_chain.mp4 | annotations/event_graphs/Domino_Series/inverted_y_domino_chain.json | annotations/diagnostic_qa/Domino_Series/inverted_y_domino_chain.json | annotations/scene_metadata/Domino_Series/inverted_y_domino_chain.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The first teal dominos at the near end starts tipping into the next domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authorit... | On a wooden tabletop, a long diagonal row of cyan dominoes runs from the near-right foreground up to a junction near the back-left, and from that same junction a row of orange dominoes extends horizontally across the back toward the right; beside the junction on the left sit several stationary props, including a large ... | 44 | 42 | 7 | 6 | 5 | source_scenes/blender/Domino_Series/inverted_y_domino_chain.blend | ||
Domino_Series/l_turn_domino_obstacle_course | Domino_Series | l_turn_domino_obstacle_course | assets/base/initial_frames/Domino_Series/l_turn_domino_obstacle_course.png | assets/base/reference_rollouts/Domino_Series/l_turn_domino_obstacle_course.mp4 | annotations/event_graphs/Domino_Series/l_turn_domino_obstacle_course.json | annotations/diagnostic_qa/Domino_Series/l_turn_domino_obstacle_course.json | annotations/scene_metadata/Domino_Series/l_turn_domino_obstacle_course.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The leaning red domino at the start of the L-shaped path falls into the next domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is... | On a gray tabletop in a corner room, two small yellow toy figures and a shiny gold ball sit on the left, a compact cluster of upright colored rectangular blocks stands in the middle with a red plank leaning against them, a purple cone is in front of the cluster, and a blue cylinder stands by itself on the right. The ac... | 15 | 13 | 6 | 5 | 6 | source_scenes/blender/Domino_Series/l_turn_domino_obstacle_course.blend | ||
Domino_Series/ramp_ball_trigger_domino_line | Domino_Series | ramp_ball_trigger_domino_line | assets/base/initial_frames/Domino_Series/ramp_ball_trigger_domino_line.png | assets/base/reference_rollouts/Domino_Series/ramp_ball_trigger_domino_line.mp4 | annotations/event_graphs/Domino_Series/ramp_ball_trigger_domino_line.json | annotations/diagnostic_qa/Domino_Series/ramp_ball_trigger_domino_line.json | annotations/scene_metadata/Domino_Series/ramp_ball_trigger_domino_line.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small silver ball rolls down the left ramp and strikes the first red domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is aut... | On a wooden tabletop, a silver marble starts near the top of an inclined white rail ramp on the left, with a blue ring leaning nearby, a gray triangular wedge and a small purple-and-yellow trigger mechanism near the ramp’s lower end, an orange ball resting behind them, and a diagonal row of upright domino-like blocks o... | 28 | 13 | 5 | 4 | 5 | source_scenes/blender/Domino_Series/ramp_ball_trigger_domino_line.blend | ||
Domino_Series/s_curve_domino_obstacle_course | Domino_Series | s_curve_domino_obstacle_course | assets/base/initial_frames/Domino_Series/s_curve_domino_obstacle_course.png | assets/base/reference_rollouts/Domino_Series/s_curve_domino_obstacle_course.mp4 | annotations/event_graphs/Domino_Series/s_curve_domino_obstacle_course.json | annotations/diagnostic_qa/Domino_Series/s_curve_domino_obstacle_course.json | annotations/scene_metadata/Domino_Series/s_curve_domino_obstacle_course.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The leaning black domino at the start of the S-curve falls into the next domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is aut... | On a brown tabletop, a broad arc of upright domino-like rectangular blocks runs from the left foreground toward the far right, surrounded by a few small colorful toys and decorative posts topped with pink and green balls that remain still. A dark starter plank at the far left, initially leaning against a peach block, s... | 32 | 30 | 4 | 3 | 4 | source_scenes/blender/Domino_Series/s_curve_domino_obstacle_course.blend | ||
Domino_Series/stepped_domino_chain | Domino_Series | stepped_domino_chain | assets/base/initial_frames/Domino_Series/stepped_domino_chain.png | assets/base/reference_rollouts/Domino_Series/stepped_domino_chain.mp4 | annotations/event_graphs/Domino_Series/stepped_domino_chain.json | annotations/diagnostic_qa/Domino_Series/stepped_domino_chain.json | annotations/scene_metadata/Domino_Series/stepped_domino_chain.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The first tilted red domino at the left end falls into the next domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritativ... | On a black tabletop against a pale wall, a diagonal line of upright domino-like blocks colored red, green, yellow, and blue runs from the lower left across a low black rectangular riser in the middle to the upper right, ending beside a large pale-yellow ball-like object at the right edge. The action begins when the lef... | 31 | 29 | 6 | 5 | 6 | source_scenes/blender/Domino_Series/stepped_domino_chain.blend | ||
Domino_Series/straight_domino_line | Domino_Series | straight_domino_line | assets/base/initial_frames/Domino_Series/straight_domino_line.png | assets/base/reference_rollouts/Domino_Series/straight_domino_line.mp4 | annotations/event_graphs/Domino_Series/straight_domino_line.json | annotations/diagnostic_qa/Domino_Series/straight_domino_line.json | annotations/scene_metadata/Domino_Series/straight_domino_line.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The first tilted green domino falls into the next upright domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for ... | In a simple indoor corner with beige walls and a floor split between white tile on the left and reddish tile on the right, a row of five rectangular blocks stands from left to right: a green plank already leaning diagonally to the right, then two tan upright planks, then two purple upright planks, with three pale cone-... | 12 | 11 | 4 | 3 | 4 | source_scenes/blender/Domino_Series/straight_domino_line.blend | ||
Domino_Series/two_phase_domino_obstacle_course | Domino_Series | two_phase_domino_obstacle_course | assets/base/initial_frames/Domino_Series/two_phase_domino_obstacle_course.png | assets/base/reference_rollouts/Domino_Series/two_phase_domino_obstacle_course.mp4 | annotations/event_graphs/Domino_Series/two_phase_domino_obstacle_course.json | annotations/diagnostic_qa/Domino_Series/two_phase_domino_obstacle_course.json | annotations/scene_metadata/Domino_Series/two_phase_domino_obstacle_course.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The first tilted red domino in the left row falls into the next domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritativ... | On a gray tabletop, a diagonal line of upright red slats sits on the left with a green ring in the front-left foreground, a blue cone and a copper-colored ball just behind it, and a small silver metal ball near the middle of the table; to the right, a shorter line of upright blue slats stands with a gold ball at its fa... | 25 | 24 | 7 | 6 | 7 | source_scenes/blender/Domino_Series/two_phase_domino_obstacle_course.blend | ||
Domino_Series/y_fork_domino_chain | Domino_Series | y_fork_domino_chain | assets/base/initial_frames/Domino_Series/y_fork_domino_chain.png | assets/base/reference_rollouts/Domino_Series/y_fork_domino_chain.mp4 | annotations/event_graphs/Domino_Series/y_fork_domino_chain.json | annotations/diagnostic_qa/Domino_Series/y_fork_domino_chain.json | annotations/scene_metadata/Domino_Series/y_fork_domino_chain.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The first tilted blue domino at the left start of the fork falls into the next domino.
Important instructions:
- Preserve the fixed camera view.
- The first frame ... | A curved, slightly branching line of brightly colored domino blocks stands upright across the middle of a wooden tabletop, with a small purple cone at the far left, a small red-and-teal rounded piece behind the dominoes, several little green and brown peg-like toys in front, a large pink ball near the back-right end, a... | 37 | 35 | 9 | 9 | 6 | source_scenes/blender/Domino_Series/y_fork_domino_chain.blend | ||
Galton_Series/horizontal_galton_board_object_targets | Galton_Series | horizontal_galton_board_object_targets | assets/base/initial_frames/Galton_Series/horizontal_galton_board_object_targets.png | assets/base/reference_rollouts/Galton_Series/horizontal_galton_board_object_targets.mp4 | annotations/event_graphs/Galton_Series/horizontal_galton_board_object_targets.json | annotations/diagnostic_qa/Galton_Series/horizontal_galton_board_object_targets.json | annotations/scene_metadata/Galton_Series/horizontal_galton_board_object_targets.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small red release ball drops from above toward the central Galton peg field.
Important instructions:
- Preserve the fixed camera view.
- The first frame is aut... | On a light tabletop, a small red ball starts high above the center and falls onto the top of a tan slanted panel positioned at the back center above a rectangular field of short black pegs, while colorful geometric solids sit motionless around the edges. After landing near the top of the panel, the ball rolls and slide... | 30 | 29 | 5 | 4 | 5 | source_scenes/blender/Galton_Series/horizontal_galton_board_object_targets.blend | ||
Galton_Series/inclined_galton_board_colored_targets | Galton_Series | inclined_galton_board_colored_targets | assets/base/initial_frames/Galton_Series/inclined_galton_board_colored_targets.png | assets/base/reference_rollouts/Galton_Series/inclined_galton_board_colored_targets.mp4 | annotations/event_graphs/Galton_Series/inclined_galton_board_colored_targets.json | annotations/diagnostic_qa/Galton_Series/inclined_galton_board_colored_targets.json | annotations/scene_metadata/Galton_Series/inclined_galton_board_colored_targets.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small release ball starts rolling down the inclined Galton board toward the peg array.
Important instructions:
- Preserve the fixed camera view.
- The first fr... | A small dark ball starts above the top center of a vertical wooden pegboard mounted between two pale side supports, with a row of stationary colored solids on the concrete at the bottom front edge from left to right: a red cube, green sphere, blue cylinder, yellow cone, purple ring, and light-blue ball. The black ball ... | 37 | 36 | 5 | 4 | 5 | source_scenes/blender/Galton_Series/inclined_galton_board_colored_targets.blend | ||
Galton_Series/inclined_galton_board_domino_targets | Galton_Series | inclined_galton_board_domino_targets | assets/base/initial_frames/Galton_Series/inclined_galton_board_domino_targets.png | assets/base/reference_rollouts/Galton_Series/inclined_galton_board_domino_targets.mp4 | annotations/event_graphs/Galton_Series/inclined_galton_board_domino_targets.json | annotations/diagnostic_qa/Galton_Series/inclined_galton_board_domino_targets.json | annotations/scene_metadata/Galton_Series/inclined_galton_board_domino_targets.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small release ball starts rolling down the inclined Galton board toward the peg array.
Important instructions:
- Preserve the fixed camera view.
- The first fr... | A tan wooden pegboard enclosed by two rough wooden side rails stands on a tabletop, with many staggered pegs across its face and a row of upright colored bars lined up along the bottom edge. A small black ball is released near the upper part of the board and starts dropping under gravity, repeatedly striking the pegs a... | 39 | 38 | 6 | 5 | 6 | source_scenes/blender/Galton_Series/inclined_galton_board_domino_targets.blend | ||
Galton_Series/inclined_galton_board_platform_support | Galton_Series | inclined_galton_board_platform_support | assets/base/initial_frames/Galton_Series/inclined_galton_board_platform_support.png | assets/base/reference_rollouts/Galton_Series/inclined_galton_board_platform_support.mp4 | annotations/event_graphs/Galton_Series/inclined_galton_board_platform_support.json | annotations/diagnostic_qa/Galton_Series/inclined_galton_board_platform_support.json | annotations/scene_metadata/Galton_Series/inclined_galton_board_platform_support.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small release ball starts rolling down the inclined Galton board toward the peg array.
Important instructions:
- Preserve the fixed camera view.
- The first fr... | On a flat brown surface, an inclined wooden pegboard is braced between two thick side supports, with rows of short pegs on its face and a narrow reddish rectangular platform on four thin legs standing in front of the lower half of the board. A small black ball is released from the hole near the top of the pegboard and ... | 36 | 35 | 5 | 4 | 5 | source_scenes/blender/Galton_Series/inclined_galton_board_platform_support.blend | ||
Galton_Series/inclined_galton_board_round_targets | Galton_Series | inclined_galton_board_round_targets | assets/base/initial_frames/Galton_Series/inclined_galton_board_round_targets.png | assets/base/reference_rollouts/Galton_Series/inclined_galton_board_round_targets.mp4 | annotations/event_graphs/Galton_Series/inclined_galton_board_round_targets.json | annotations/diagnostic_qa/Galton_Series/inclined_galton_board_round_targets.json | annotations/scene_metadata/Galton_Series/inclined_galton_board_round_targets.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small release ball starts rolling down the inclined Galton board toward the peg array.
Important instructions:
- Preserve the fixed camera view.
- The first fr... | A wooden pegboard stands on a tabletop between two side rails, with a triangular cluster of small pegs in the upper half, several thin vertical dividers near the bottom, and a row of colorful solids lined up along the base from left to right: a red cube, green sphere, blue cylinder, yellow cone, pink ring, and cyan sph... | 37 | 36 | 5 | 4 | 5 | source_scenes/blender/Galton_Series/inclined_galton_board_round_targets.blend | ||
Galton_Series/triangle_peg_galton_board | Galton_Series | triangle_peg_galton_board | assets/base/initial_frames/Galton_Series/triangle_peg_galton_board.png | assets/base/reference_rollouts/Galton_Series/triangle_peg_galton_board.mp4 | annotations/event_graphs/Galton_Series/triangle_peg_galton_board.json | annotations/diagnostic_qa/Galton_Series/triangle_peg_galton_board.json | annotations/scene_metadata/Galton_Series/triangle_peg_galton_board.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small blue cube drops from the top of the vertical board toward the triangular peg array.
Important instructions:
- Preserve the fixed camera view.
- The first... | A front-facing black pegboard stands between white side walls above a green floor, with staggered rows of small yellow triangular bumpers in the upper area and a row of evenly spaced white vertical divider bars forming collection slots along the bottom. A small blue cube begins near the top center and is released, fall... | 32 | 30 | 5 | 4 | 5 | source_scenes/blender/Galton_Series/triangle_peg_galton_board.blend | ||
Galton_Series/vertical_galton_board | Galton_Series | vertical_galton_board | assets/base/initial_frames/Galton_Series/vertical_galton_board.png | assets/base/reference_rollouts/Galton_Series/vertical_galton_board.mp4 | annotations/event_graphs/Galton_Series/vertical_galton_board.json | annotations/diagnostic_qa/Galton_Series/vertical_galton_board.json | annotations/scene_metadata/Galton_Series/vertical_galton_board.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small ball drops from the top center of the vertical Galton board toward the peg array.
Important instructions:
- Preserve the fixed camera view.
- The first f... | A front-facing black Galton board in a white frame fills the shot, with a centered top release point above a triangular array of small brass pegs and a row of narrow bottom compartments separated by white vertical dividers. A single small golden ball is released from the top center and falls under gravity into the peg ... | 29 | 27 | 5 | 4 | 5 | source_scenes/blender/Galton_Series/vertical_galton_board.blend | ||
Galton_Series/wooden_galton_board_object_targets | Galton_Series | wooden_galton_board_object_targets | assets/base/initial_frames/Galton_Series/wooden_galton_board_object_targets.png | assets/base/reference_rollouts/Galton_Series/wooden_galton_board_object_targets.mp4 | annotations/event_graphs/Galton_Series/wooden_galton_board_object_targets.json | annotations/diagnostic_qa/Galton_Series/wooden_galton_board_object_targets.json | annotations/scene_metadata/Galton_Series/wooden_galton_board_object_targets.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small ball drops from the top of the wooden Galton board toward the peg array.
Important instructions:
- Preserve the fixed camera view.
- The first frame is a... | Inside a wooden box-like setup with gray side rails, a dark wooden backboard holds a triangular grid of small yellow pegs, and along the bottom floor sit, from left to right, a small black sphere, a red cube, a blue rounded object, a yellow cup-shaped container, a short green cylinder, and a taller green cylinder near ... | 32 | 30 | 6 | 5 | 6 | source_scenes/blender/Galton_Series/wooden_galton_board_object_targets.blend | ||
Galton_Series/wooden_square_peg_galton_board | Galton_Series | wooden_square_peg_galton_board | assets/base/initial_frames/Galton_Series/wooden_square_peg_galton_board.png | assets/base/reference_rollouts/Galton_Series/wooden_square_peg_galton_board.mp4 | annotations/event_graphs/Galton_Series/wooden_square_peg_galton_board.json | annotations/diagnostic_qa/Galton_Series/wooden_square_peg_galton_board.json | annotations/scene_metadata/Galton_Series/wooden_square_peg_galton_board.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The small yellow ball drops from the top of the square-peg board toward the peg array.
Important instructions:
- Preserve the fixed camera view.
- The first frame ... | On a wooden tabletop, a vertical wooden Galton board stands centered between two dark side supports, with a triangular array of black pegs in the upper section and narrow collection channels at the bottom. A small yellow ball begins above the board and falls straight down under gravity into the peg field, then repeated... | 32 | 30 | 5 | 4 | 5 | source_scenes/blender/Galton_Series/wooden_square_peg_galton_board.blend | ||
Instability_Series/ball_collision_support_collapse | Instability_Series | ball_collision_support_collapse | assets/base/initial_frames/Instability_Series/ball_collision_support_collapse.png | assets/base/reference_rollouts/Instability_Series/ball_collision_support_collapse.mp4 | annotations/event_graphs/Instability_Series/ball_collision_support_collapse.json | annotations/diagnostic_qa/Instability_Series/ball_collision_support_collapse.json | annotations/scene_metadata/Instability_Series/ball_collision_support_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The red ball rolls down the left ramp.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, objec... | In a wide outdoor scene on rough dirt, a red ball begins at the upper end of a short black ramp on the left, a flat blue overhead platform supported by two wooden posts stands in the middle, and a light-blue cube is balanced on a short purple cylinder on the right. The ball rolls down the slanted ramp to the right unde... | 11 | 10 | 5 | 4 | 5 | source_scenes/blender/Instability_Series/ball_collision_support_collapse.blend | ||
Instability_Series/ball_drop_stack_collapse | Instability_Series | ball_drop_stack_collapse | assets/base/initial_frames/Instability_Series/ball_drop_stack_collapse.png | assets/base/reference_rollouts/Instability_Series/ball_drop_stack_collapse.mp4 | annotations/event_graphs/Instability_Series/ball_drop_stack_collapse.json | annotations/diagnostic_qa/Instability_Series/ball_drop_stack_collapse.json | annotations/scene_metadata/Instability_Series/ball_drop_stack_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The blue ball falls from above toward the block stack.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible... | In a bare tan tiled room with a back corner visible, a compact stack of reddish wooden planks stands slightly left of center on the floor. A blue ball moves high across the room from left toward the right side, then descends toward the stack and strikes the upper right portion of it. The impact knocks the top planks lo... | 20 | 16 | 5 | 4 | 5 | source_scenes/blender/Instability_Series/ball_drop_stack_collapse.blend | ||
Instability_Series/ball_reject_step_ramp | Instability_Series | ball_reject_step_ramp | assets/base/initial_frames/Instability_Series/ball_reject_step_ramp.png | assets/base/reference_rollouts/Instability_Series/ball_reject_step_ramp.mp4 | annotations/event_graphs/Instability_Series/ball_reject_step_ramp.json | annotations/diagnostic_qa/Instability_Series/ball_reject_step_ramp.json | annotations/scene_metadata/Instability_Series/ball_reject_step_ramp.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The golden ball rolls off the small left ramp while the offset stair stack tips.
Important instructions:
- Preserve the fixed camera view.
- The first frame is aut... | On a sunlit stone patio, a yellow tennis ball sits balanced on top of a blue pedestal at the left, beside a compact stepped stack of long pastel boards on the right with a light gray top plank resting above them. The nested boards begin to rotate upward from their right ends and spread open like a fan, so their left en... | 12 | 11 | 5 | 4 | 5 | source_scenes/blender/Instability_Series/ball_reject_step_ramp.blend | ||
Instability_Series/collision_reject_step_ramp | Instability_Series | collision_reject_step_ramp | assets/base/initial_frames/Instability_Series/collision_reject_step_ramp.png | assets/base/reference_rollouts/Instability_Series/collision_reject_step_ramp.mp4 | annotations/event_graphs/Instability_Series/collision_reject_step_ramp.json | annotations/diagnostic_qa/Instability_Series/collision_reject_step_ramp.json | annotations/scene_metadata/Instability_Series/collision_reject_step_ramp.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The golden ball rolls off the small left ramp while the offset stair stack tips.
Important instructions:
- Preserve the fixed camera view.
- The first frame is aut... | On a sunlit stone patio with blurred grass in the background, a yellow tennis ball starts balanced on the square blue top of a metal post at the left, while to the right a compact staircase-like stack of long rectangular boards sits flat with a small yellow cone behind it. The layered boards then actuate and fan upward... | 12 | 11 | 5 | 4 | 5 | source_scenes/blender/Instability_Series/collision_reject_step_ramp.blend | ||
Instability_Series/offset_stair_stack_collapse | Instability_Series | offset_stair_stack_collapse | assets/base/initial_frames/Instability_Series/offset_stair_stack_collapse.png | assets/base/reference_rollouts/Instability_Series/offset_stair_stack_collapse.mp4 | annotations/event_graphs/Instability_Series/offset_stair_stack_collapse.json | annotations/diagnostic_qa/Instability_Series/offset_stair_stack_collapse.json | annotations/scene_metadata/Instability_Series/offset_stair_stack_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The upper slabs of the offset stair stack begin sliding and tipping from the stack.
Important instructions:
- Preserve the fixed camera view.
- The first frame is ... | On a brick-pattern tabletop, a yellow cone near the left has a blue ring balanced on its tip, a small red fuzzy ball sits just to the cone’s right, a layered stack of long gray-green boards forms a raised slanted ramp in the middle-right, and a metallic silver ball in the back right plus a larger pink ball in the front... | 14 | 8 | 5 | 5 | 5 | source_scenes/blender/Instability_Series/offset_stair_stack_collapse.blend | ||
Instability_Series/ramp_ball_iron_block_target_collapse | Instability_Series | ramp_ball_iron_block_target_collapse | assets/base/initial_frames/Instability_Series/ramp_ball_iron_block_target_collapse.png | assets/base/reference_rollouts/Instability_Series/ramp_ball_iron_block_target_collapse.mp4 | annotations/event_graphs/Instability_Series/ramp_ball_iron_block_target_collapse.json | annotations/diagnostic_qa/Instability_Series/ramp_ball_iron_block_target_collapse.json | annotations/scene_metadata/Instability_Series/ramp_ball_iron_block_target_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The dark overhead cube drops toward the top platform while the red ball starts rolling down along the left ramp.
Important instructions:
- Preserve the fixed camer... | In an outdoor gravel clearing, a short black inclined ramp stands on the left, a small blue rectangular table with two wooden legs stands near the center, and a red square pad lies on the ground to the right of the table. A red ball starts near the upper end of the ramp, and a dark cube is suspended high above the tabl... | 11 | 9 | 5 | 4 | 3 | source_scenes/blender/Instability_Series/ramp_ball_iron_block_target_collapse.blend | ||
Instability_Series/ramp_ball_roll_object_collapse | Instability_Series | ramp_ball_roll_object_collapse | assets/base/initial_frames/Instability_Series/ramp_ball_roll_object_collapse.png | assets/base/reference_rollouts/Instability_Series/ramp_ball_roll_object_collapse.mp4 | annotations/event_graphs/Instability_Series/ramp_ball_roll_object_collapse.json | annotations/diagnostic_qa/Instability_Series/ramp_ball_roll_object_collapse.json | annotations/scene_metadata/Instability_Series/ramp_ball_roll_object_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The lower red ball rolls down the foreground ramp as the elevated dark ball starts along the upper ramp.
Important instructions:
- Preserve the fixed camera view.
... | On a dirt patch with grass in the background, a black ball begins at the top of a tall gray ramp in the back right, a red ball sits on a small tilted gray platform in the front right, a light blue table stands in the middle, a red square pad lies on the ground to the left of the table, and a blue cube balances on a sho... | 18 | 16 | 6 | 6 | 4 | source_scenes/blender/Instability_Series/ramp_ball_roll_object_collapse.blend | ||
Instability_Series/ramp_ball_roll_platform_collapse | Instability_Series | ramp_ball_roll_platform_collapse | assets/base/initial_frames/Instability_Series/ramp_ball_roll_platform_collapse.png | assets/base/reference_rollouts/Instability_Series/ramp_ball_roll_platform_collapse.mp4 | annotations/event_graphs/Instability_Series/ramp_ball_roll_platform_collapse.json | annotations/diagnostic_qa/Instability_Series/ramp_ball_roll_platform_collapse.json | annotations/scene_metadata/Instability_Series/ramp_ball_roll_platform_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The lower red ball rolls down the foreground ramp as the elevated dark ball starts rolling down along the upper ramp.
Important instructions:
- Preserve the fixed ... | On a dirt ground, a long elevated gray ramp at the back leads down onto a blue rectangular table, with a shorter slanted gray platform in the lower right and red and purple square pads on the left side of the ground. A red ball starts on the short right-hand platform, rolls off it to the left, drops onto the dirt, and ... | 17 | 14 | 5 | 4 | 4 | source_scenes/blender/Instability_Series/ramp_ball_roll_platform_collapse.blend | ||
Instability_Series/ramp_ball_roll_torus_drop_collapse | Instability_Series | ramp_ball_roll_torus_drop_collapse | assets/base/initial_frames/Instability_Series/ramp_ball_roll_torus_drop_collapse.png | assets/base/reference_rollouts/Instability_Series/ramp_ball_roll_torus_drop_collapse.mp4 | annotations/event_graphs/Instability_Series/ramp_ball_roll_torus_drop_collapse.json | annotations/diagnostic_qa/Instability_Series/ramp_ball_roll_torus_drop_collapse.json | annotations/scene_metadata/Instability_Series/ramp_ball_roll_torus_drop_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The lower red ball rolls down the foreground ramp as the black ball starts rolling down along the back ramp.
Important instructions:
- Preserve the fixed camera vi... | On a dirt patch, a small light-blue rectangular table with two wooden legs stands in the center, with a red ring lying on the ground to its left, a short blue post in the front-left area, a gray ramp behind the table on the right, and a dark slanted panel in the front-right foreground. A small red ball comes in from th... | 18 | 17 | 7 | 6 | 6 | source_scenes/blender/Instability_Series/ramp_ball_roll_torus_drop_collapse.blend | ||
Instability_Series/ramp_ball_wood_block_stack_collision | Instability_Series | ramp_ball_wood_block_stack_collision | assets/base/initial_frames/Instability_Series/ramp_ball_wood_block_stack_collision.png | assets/base/reference_rollouts/Instability_Series/ramp_ball_wood_block_stack_collision.mp4 | annotations/event_graphs/Instability_Series/ramp_ball_wood_block_stack_collision.json | annotations/diagnostic_qa/Instability_Series/ramp_ball_wood_block_stack_collision.json | annotations/scene_metadata/Instability_Series/ramp_ball_wood_block_stack_collision.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The overhead wooden block drops toward the top platform while the red ball starts rolling down along the ramp.
Important instructions:
- Preserve the fixed camera ... | On a dirt patch, a black ramp on the left holds a red ball near its upper end, a small light-blue table with two wooden legs stands in the middle, and on the right a light-blue cube is balanced on top of a purple cylinder. A brown rectangular block begins above the table and falls straight down onto the tabletop, where... | 12 | 11 | 5 | 4 | 4 | source_scenes/blender/Instability_Series/ramp_ball_wood_block_stack_collision.blend | ||
Instability_Series/rear_support_platform_collapse | Instability_Series | rear_support_platform_collapse | assets/base/initial_frames/Instability_Series/rear_support_platform_collapse.png | assets/base/reference_rollouts/Instability_Series/rear_support_platform_collapse.mp4 | annotations/event_graphs/Instability_Series/rear_support_platform_collapse.json | annotations/diagnostic_qa/Instability_Series/rear_support_platform_collapse.json | annotations/scene_metadata/Instability_Series/rear_support_platform_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The red ball rolls down the left ramp.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, objec... | In an outdoor dirt scene, a small red ball begins near the upper end of a dark inclined plank at the far left, with a simple blue tabletop on two pale wooden legs in the middle, a red square patch on the ground to the right of the table, and another dark leaning plank farther right; the ball starts rolling down the lef... | 10 | 8 | 4 | 3 | 4 | source_scenes/blender/Instability_Series/rear_support_platform_collapse.blend | ||
Instability_Series/simple_platform_collapse | Instability_Series | simple_platform_collapse | assets/base/initial_frames/Instability_Series/simple_platform_collapse.png | assets/base/reference_rollouts/Instability_Series/simple_platform_collapse.mp4 | annotations/event_graphs/Instability_Series/simple_platform_collapse.json | annotations/diagnostic_qa/Instability_Series/simple_platform_collapse.json | annotations/scene_metadata/Instability_Series/simple_platform_collapse.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The long dark top block begins tipping off the central red pillar.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for... | On a wooden tabletop against a pale wall, a dark rectangular plank starts balanced like a bridge between a thin red vertical post on the left and a translucent green upright block on the right, with a few small colored toys scattered around the scene but not participating. The plank slowly loses balance and rotates clo... | 10 | 9 | 5 | 5 | 4 | source_scenes/blender/Instability_Series/simple_platform_collapse.blend | ||
Instability_Series_Seesaw/ball_roll_seesaw_crate | Instability_Series_Seesaw | ball_roll_seesaw_crate | assets/base/initial_frames/Instability_Series_Seesaw/ball_roll_seesaw_crate.png | assets/base/reference_rollouts/Instability_Series_Seesaw/ball_roll_seesaw_crate.mp4 | annotations/event_graphs/Instability_Series_Seesaw/ball_roll_seesaw_crate.json | annotations/diagnostic_qa/Instability_Series_Seesaw/ball_roll_seesaw_crate.json | annotations/scene_metadata/Instability_Series_Seesaw/ball_roll_seesaw_crate.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The seesaw plank tips to one side.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object si... | On a wooden tabletop, a long gray plank balanced on a central triangular fulcrum sits almost level, with a smaller weathered plank on a black stand at the left holding a white toy mouse, a clear plastic container below the center-right, and a red can standing upright on the right side of the table. The red can starts t... | 11 | 9 | 5 | 4 | 5 | source_scenes/blender/Instability_Series_Seesaw/ball_roll_seesaw_crate.blend | ||
Instability_Series_Seesaw/blocked_long_seesaw | Instability_Series_Seesaw | blocked_long_seesaw | assets/base/initial_frames/Instability_Series_Seesaw/blocked_long_seesaw.png | assets/base/reference_rollouts/Instability_Series_Seesaw/blocked_long_seesaw.mp4 | annotations/event_graphs/Instability_Series_Seesaw/blocked_long_seesaw.json | annotations/diagnostic_qa/Instability_Series_Seesaw/blocked_long_seesaw.json | annotations/scene_metadata/Instability_Series_Seesaw/blocked_long_seesaw.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The seesaw plank stays still.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, ... | On a wooden tabletop, a long dark plank balanced on a central black wedge runs left to right, with a blue ball on the left section, a small dark toy-like object just to its right, a bronze figurine near the middle-right, a red can standing on the right side of the plank, a pink block at the far left, a pale yellow cup ... | 16 | 13 | 1 | 0 | 1 | source_scenes/blender/Instability_Series_Seesaw/blocked_long_seesaw.blend | ||
Instability_Series_Seesaw/domino_seesaw_chain | Instability_Series_Seesaw | domino_seesaw_chain | assets/base/initial_frames/Instability_Series_Seesaw/domino_seesaw_chain.png | assets/base/reference_rollouts/Instability_Series_Seesaw/domino_seesaw_chain.mp4 | annotations/event_graphs/Instability_Series_Seesaw/domino_seesaw_chain.json | annotations/diagnostic_qa/Instability_Series_Seesaw/domino_seesaw_chain.json | annotations/scene_metadata/Instability_Series_Seesaw/domino_seesaw_chain.json | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, initial poses, contact relations, spatial layo... | Generate a physically realistic continuation video by predicting the subsequent physical evolution from the given fixed-camera first frame.
Trigger event: The seesaw plank stays still.
Important instructions:
- Preserve the fixed camera view.
- The first frame is authoritative for all visible geometry, object sizes, ... | On a wooden tabletop, a long dark balance beam rests on a central pyramid-shaped fulcrum, with three small upright colored pegs clustered on the left arm, three more upright pegs on the right arm, a copper-colored twisted ornament hanging above the beam near the center-right, and a crumpled white-and-black object sitti... | 14 | 11 | 1 | 0 | 1 | source_scenes/blender/Instability_Series_Seesaw/domino_seesaw_chain.blend |
CausalCascade
CausalCascade is a simulator-grounded benchmark for evaluating causal cascade generation in image-to-video models: generating a complete multi-stage physical process in which initiating events propagate through causally dependent interactions to a terminal outcome. The task tests faithful realization of a causal process, not merely a plausible event or final state.
The release contains 50 event-rich Blender scenes, structured causal event graphs, 872 graph-grounded diagnostic questions, three levels of future-event specification, and 2,832 controlled counterfactual variants. A subset of 225 matched factual-counterfactual pairs supports evaluation of selective responsiveness to physical interventions.
Evaluation
The benchmark supports factual causal-cascade evaluation under three levels of future-event specification and paired counterfactual evaluation under delete, move, scale, and mass interventions. Motion-based metrics and graph-grounded diagnostic VQA provide complementary measures of physical evolution and causal-process fidelity.
See the evaluation protocol for prompt conditions, metrics, and scoring.
Load metadata
from datasets import load_dataset
repo = "deepdeltalab/CausalCascade"
base = load_dataset(repo, "base_scenes", split="test")
counterfactuals = load_dataset(repo, "counterfactuals", split="test")
rq2 = load_dataset(repo, "rq2_pairs", split="test")
qa = load_dataset(repo, "diagnostic_qa", split="test")
The base_scenes and rq2_pairs viewers display native image and video
columns; counterfactuals displays counterfactual-variant metadata. Original *_path
columns remain repository-relative paths. Use the included causalcascade
wrapper to resolve and decode media lazily:
from torch.utils.data import DataLoader
from causalcascade import CausalCascadeDataset, collate_fn
dataset = CausalCascadeDataset(
repo_id=repo,
subset="rq2_pairs",
decode_images=True,
decode_video=True,
video_size=(480, 854),
video_frame_stride=2,
)
loader = DataLoader(dataset, batch_size=1, num_workers=4, collate_fn=collate_fn)
batch = next(iter(loader))
Install the wrapper from a clone of this repository with pip install -e ".[video]". See docs/LOADING.md, docs/SCHEMA.md, and docs/EVALUATION.md.
Only the 225 official RQ2 variants include a rendered counterfactual initial frame and reference rollout in this release. The remaining variants provide reproducible metadata deltas but no counterfactual media. Retained variants include changes to downstream event structure as well as finer-grained motion or timing changes.
License
CausalCascade's original dataset content is licensed under CC BY 4.0. Third-party assets retain their original licenses.
Some .blend source scenes and rendered media incorporate textures, HDRIs, and 3D models from Poly Haven, released under CC0 1.0. See ATTRIBUTION.md.
Citation (TBD)
@misc{causalcascade2026,
title = {A Plausible Future Is Not a Causal Future: Can Video Models Generate How the World Unfolds?},
author = {AUTHOR_LIST},
year = {2026},
eprint = {ARXIV_ID},
archivePrefix = {arXiv},
primaryClass = {ARXIV_CATEGORY},
url = {https://arxiv.org/abs/ARXIV_ID}
}
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