Datasets:
images images list | image_sizes list | prompt_answer string | prompt_answer_and_annotation string | answer_gt string | annotation_gt string | reward_contract string | instance_id string | domain string | task string | scene_id string | query_id string | scene_variant string | trace_ref string | trace_supervision_mode string |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
[
{
"width": 760,
"height": 560
}
] | <image>The diagram shows triangle ABC with an incircle tangent to all three sides and labeled equal tangent segments. Use the labeled diagram to find the incircle radius.
Return a JSON object with exactly one key: "answer".
Required answer format: set "answer" to the incircle radius rounded to one decimal place.
Exampl... | <image>The diagram shows triangle ABC with an incircle tangent to all three sides and labeled equal tangent segments. Use the labeled diagram to find the incircle radius.
Return a JSON object with exactly two keys: "answer" and "annotation".
Annotation format: set "annotation" to a JSON object with exactly these visibl... | {"type": "number", "value": 5.5} | {"type": "point_map", "value": {"A": [461.116, 512.0], "B": [627.055, 48.0], "C": [161.059, 316.026], "D": [513.914, 364.364], "E": [335.807, 215.516], "F": [329.841, 426.261], "O": [397.467, 322.719]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "number"}, "reward_contract_version": "v0"} | blake3:3e157a4e70cc3466d4f0823afe22f477a9b57ef942a435ee99e05f18864c3700 | geometry | task_geometry__incircle_tangents__incircle_radius_from_area_value | incircle_tangents | single | triangle_incircle | {"line_index": 28115, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:fe9fb43f0b82fc2f9cf28dbb62f36c329708f15b49728ef7e0a4473c755375fd"} | answer | |
[
{
"width": 864,
"height": 640
}
] | <image>The diagram shows a directed capacity network with source S and sink T. For the source S to sink T flow network, how many directed edges are in the unique minimum cut?
Answer field: set "answer" to the number of directed edges in the unique minimum S-T cut as an integer.
Example JSON:
{"answer":2} | <image>The diagram shows a directed capacity network with source S and sink T. For the source S to sink T flow network, how many directed edges are in the unique minimum cut?
Annotation format: set "annotation" to a list of segments. Each segment is [[x0, y0], [x1, y1]], where each endpoint is an [x, y] pixel point at ... | {"type": "integer", "value": 2} | {"type": "segment_set", "value": [[[545.0, 476.0], [341.0, 123.0]], [[774.0, 342.0], [341.0, 123.0]]]} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:52e5b9a0f8647aa95c1aaf5467a95bf5c8fdfac0d6f677fb001b46132e122dd3 | graph | task_graph__flow_network__min_cut_edge_count | flow_network | single | {"line_index": 34386, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:41cdee199c7c5d40d1846b86d1ff73c02153abb12bcb5cb0e5c3c45f187bb873"} | answer_and_annotation | ||
[
{
"width": 1200,
"height": 800
}
] | <image>The picture shows an isometric dockyard with shoreline tiles, water tiles, a wooden pier, dock objects, and boats tied along the dock. How many boats are tied along the main dock?
Final answer format: set "answer" to the number of boats tied along the main dock.
Example JSON:
{"answer":2} | <image>The picture shows an isometric dockyard with shoreline tiles, water tiles, a wooden pier, dock objects, and boats tied along the dock. How many boats are tied along the main dock?
Annotation format: set "annotation" to a list of [x0, y0, x1, y1] pixel bounding boxes around each counted boat; use [] when the coun... | {"type": "integer", "value": 6} | {"type": "bbox_set", "value": [[689.62, 229.373, 779.054, 279.09], [629.62, 259.373, 719.054, 309.09], [728.02, 289.373, 817.454, 339.09], [668.02, 319.373, 757.454, 369.09], [513.94, 323.223, 591.354, 366.93], [612.34, 353.223, 689.754, 396.93]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:b2a339a564922a44fd9ac3fdf85d2227ab93bcbc4759939968841b75a0f0e9dd | illustrations | task_illustrations__isometric_harbor__boat_mooring_status_count | isometric_harbor | moored_boat_count | {"line_index": 41583, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:522d823e6bd729dcd2f057a72282d0bd2d44a4aee727ecf0bb1d035aa2bd5fdf"} | answer_and_annotation | ||
[
{
"width": 1200,
"height": 920
}
] | <image>The visual shows a 3 by 3 Raven-style matrix puzzle with four labeled image options below it. Choose the panel that belongs in the missing cell by following how the arrangement changes.
Format for the "answer" field: set "answer" to the selected option letter as a string.
Example JSON:
{"answer":"D"} | <image>The visual shows a 3 by 3 Raven-style matrix puzzle with four labeled image options below it. Choose the panel that belongs in the missing cell by following how the arrangement changes.
Use this annotation format: Set annotation to one image-pixel bounding box [x0,y0,x1,y1] around the correct option cell.
Use th... | {"type": "option_letter", "value": "A"} | {"type": "bbox", "value": [295.5, 668.0, 412.5, 785.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:57d8ae6c62e7bf33a005d255bfdde096245122915b2af60097e6a25139fc7cb9 | puzzles | task_puzzles__raven_matrix__raven_spatial_transform_label | raven_matrix | single | raven_strip | {"line_index": 54969, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:46636290e7c517a75f342de1e2395d47b1cf231f5bc12acdcc7f99df29089e2d"} | answer | |
[
{
"width": 1180,
"height": 760
}
] | <image>The image shows an electrostatic coordinate grid with fixed point charges, a marked point or labeled candidate points, and visible option arrows or distance labels. Using the shown charge strengths and positions, which candidate point has zero electric field?
Answer format: set "answer" to the option letter of t... | <image>The image shows an electrostatic coordinate grid with fixed point charges, a marked point or labeled candidate points, and visible option arrows or distance labels. Using the shown charge strengths and positions, which candidate point has zero electric field?
Annotation format: set "annotation" to an object with... | {"type": "option_letter", "value": "B"} | {"type": "point_map", "value": {"Q1": [368.0, 405.0], "Q2": [596.0, 405.0], "zero_point": [444.0, 405.0]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:07a2f3b68cdc29a2ad3381fec94590a0ef15c94ce214402bda32049886e3b491 | physics | task_physics__electrostatic_field__zero_field_point_label | electrostatic_field | single | paper_grid | {"line_index": 50081, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:22b99fa55693933c35c079876d8feac68d9bfaaab320d89b4624081497e2bdb1"} | answer_and_annotation | |
[
{
"width": 760,
"height": 520
}
] | <image>The image shows an isometric voxel-cube structure with orthographic projection panels when needed. How many unit cubes are in the shown voxel structure?
Answer format: set "answer" to the total unit-cube count as an integer.
Example JSON:
{"answer":9} | <image>The image shows an isometric voxel-cube structure with orthographic projection panels when needed. How many unit cubes are in the shown voxel structure?
Annotation format: Set annotation to one image-pixel bounding box [x0,y0,x1,y1] around the voxel structure.
Answer format: set "answer" to the total unit-cube c... | {"type": "integer", "value": 13} | {"type": "bbox", "value": [289.52, 190.32, 470.48, 350.48]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:bc6eee7c53fa96c003c9ad959cf3c60b81716f4a396080bcd1d869fe98f39aa5 | puzzles | task_puzzles__voxel_cube__cube_count | voxel_cube | single | {"line_index": 55998, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:85aa611f7a303377841fefa1fdeb38893a8d608508a29ab9c2973418b6e5426e"} | answer | ||
[
{
"width": 760,
"height": 720
}
] | <image>The figure shows a match-3 jewel grid with row and column numbers and colored gems. How many cyan [#34C4E0] gems are in row 1?
Required answer format: set "answer" to the exact count as an integer.
Example JSON:
{"answer":4} | <image>The figure shows a match-3 jewel grid with row and column numbers and colored gems. How many cyan [#34C4E0] gems are in row 1?
Final answer format: set "answer" to the exact count as an integer.
Annotation format: set "annotation" to bounding boxes [x0, y0, x1, y1], one for each matching gem in the row.
Example ... | {"type": "integer", "value": 5} | {"type": "bbox_set", "value": [[164.0, 259.0, 212.0, 307.0], [237.0, 259.0, 285.0, 307.0], [310.0, 259.0, 358.0, 307.0], [383.0, 259.0, 431.0, 307.0], [456.0, 259.0, 504.0, 307.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:d44d8b9f40a1adac9f2ef3b5cd507f8f9e5f9b951f360d289878ca7ce5e7be81 | games | task_games__match3__gem_count | match3 | row_color_gem_count | wide_board | {"line_index": 17305, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:fd5966a3d2828fd0b7eb6fa48ab33461f4080e0b40e82e98285adc7a74b8c758"} | answer_and_annotation | |
[
{
"width": 788,
"height": 342
}
] | <image>The scene shows a two-row pit board with visible seeds and an arrow direction. Pick up all seeds from the X-marked pit and sow one seed at a time in the arrow direction. After the move, which marked option pit has the most seeds?
Required answer format: set "answer" to the option letter marking the pit with the ... | <image>The scene shows a two-row pit board with visible seeds and an arrow direction. Pick up all seeds from the X-marked pit and sow one seed at a time in the arrow direction. After the move, which marked option pit has the most seeds?
Final answer format: set "answer" to the option letter marking the pit with the mos... | {"type": "option_letter", "value": "D"} | {"type": "bbox", "value": [70.0, 209.0, 178.0, 277.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:67c59da23eeda24f0816511356bbe5c63d9405ebbb2d6969abf53205462d0719 | games | task_games__mancala_pit_board__max_post_sow_option_label | mancala_pit_board | single | busy_seed | {"line_index": 16899, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:2049252075af52f8a41532d0416e52d87ae8c9b8413d9b2c69adfa0dc7707593"} | answer_and_annotation | |
[
{
"width": 1280,
"height": 820
}
] | <image>This image shows a scatter plot with several colored point clusters and a matching legend. Find the centroid of cluster "Brazil" by eye. Which option marker is closest?
Final answer format: set "answer" to the selected option letter as a capital letter.
Example JSON:
{"answer":"D"} | <image>This image shows a scatter plot with several colored point clusters and a matching legend. Find the centroid of cluster "Brazil" by eye. Which option marker is closest?
Required annotation format: set "annotation" to the [x,y] pixel point at the center of the selected option marker.
Final answer format: set "ans... | {"type": "option_letter", "value": "B"} | {"type": "point", "value": [344.092, 513.845]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:72f3de6dba30a48d90e852a69b6ca55cd39bb34ccc39412cd0bd44bcaa09e442 | charts | task_charts__scatter_cluster__centroid_option_selection_label | scatter_cluster | single | single_scatter | {"line_index": 7792, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:cf7acaa83c85e33b4c78a061da80baa496aac0132f4e6e7eca91d7dbb05869ea"} | answer_and_annotation | |
[
{
"width": 900,
"height": 640
}
] | <image>The chart shows a set of labeled violin plots. Wider parts of each shape show where that label's values are denser on the vertical axis. Identify the violin plot that has two distinct density peaks.
Format for the "answer" field: set "answer" to the exact visible label string of the requested violin plot.
Exampl... | <image>The chart shows a set of labeled violin plots. Wider parts of each shape show where that label's values are denser on the vertical axis. Identify the violin plot that has two distinct density peaks.
Annotation format: set "annotation" to one [x0,y0,x1,y1] pixel box around the winning violin plot.
Answer format: ... | {"type": "string", "value": "CCXI"} | {"type": "bbox", "value": [631.36, 174.649, 696.069, 329.027]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:94202dfea6e86fcf2e98c36c7a9a01ac5a5a558dbd42e0b6aae76006cdbfcb03 | charts | task_charts__violin__modality_label | violin | single | violin | {"line_index": 11098, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:aba4f9b652bd6803a971120fe55867775e76f0c79efc817e7a747c7da97163d7"} | answer | |
[
{
"width": 772,
"height": 772
}
] | <image>The diagram shows a circle with labeled points and shown measurements. Determine the tangent-chord angle ∠PTA.
Format for the "answer" field: set "answer" to the requested value as an integer.
Example JSON:
{"answer":28} | <image>The diagram shows a circle with labeled points and shown measurements. Determine the tangent-chord angle ∠PTA.
Annotation format: set "annotation" to a JSON object with exactly these visible point-label keys: "P", "T", "A"; each value must be that label's pixel point [x,y].
Answer format: set "answer" to the req... | {"type": "integer", "value": 28} | {"type": "point_map", "value": {"A": [258.98, 243.46], "P": [246.69, 137.61], "T": [459.91, 215.22]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:f682872d1b65d8a7761a58c9703931f876c493db3cbd5c1f9c00c0ebacb381aa | geometry | task_geometry__circle_theorem__tangent_chord_angle_value_tangent_chord_angle_from_arc | circle_theorem | single | {"line_index": 23976, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:557a9c00be6b3382715c3e3dc7e85fa238f48bb3b2f35dd3ee43c34bd984af79"} | answer | ||
[
{
"width": 1280,
"height": 720
}
] | <image>This circuit diagram shows an ideal-battery circuit with five labeled bulbs and resistance labels. Select the label of the dimmest bulb.
Required answer format: set "answer" to the label of the dimmest bulb as a string, for example "B2".
Example JSON:
{"answer":"B2"} | <image>This circuit diagram shows an ideal-battery circuit with five labeled bulbs and resistance labels. Select the label of the dimmest bulb.
Final answer format: set "answer" to the label of the dimmest bulb as a string, for example "B2".
Annotation format: set "annotation" to one [x0,y0,x1,y1] pixel bounding box ar... | {"type": "string", "value": "B4"} | {"type": "bbox", "value": [626.0, 312.0, 844.5, 387.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:8a1d728fa78b593326f718a084a63883350a93d78acfb807a75d605abb449569 | physics | task_physics__bulb_circuit__brightness_extremum_label | bulb_circuit | dimmest_bulb_label | parallel_unequal | {"line_index": 49416, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:e6c3ba092c1a774d0292558b0160b08c90c20f4b914ee95ec8fa109e976b4ec2"} | answer | |
[
{
"width": 820,
"height": 580
}
] | <image>The figure shows two similar figures with corresponding side marks and measurement labels. Use the similar-figure area relationship. What is the length of "A'B'"?
Answer field: set "answer" to the requested side length as an integer.
Example JSON:
{"answer":26} | <image>The figure shows two similar figures with corresponding side marks and measurement labels. Use the similar-figure area relationship. What is the length of "A'B'"?
Annotation format: set "annotation" to a JSON object mapping each required label ("A", "A'", "B", "B'") to one pixel point [x,y].
Answer format: set "... | {"type": "integer", "value": 26} | {"type": "point_map", "value": {"A": [268.42, 224.312], "A'": [555.387, 219.048], "B": [348.282, 347.918], "B'": [668.831, 391.028]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:0dff9425543a1df5b33580f106c4fb1a74b2d42919d2a3463949e6b9767caded | geometry | task_geometry__similar_figure_measure_transfer__area_scale_side_length_value | similar_figure_measure_transfer | side_length_from_area_pair | {"line_index": 30478, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:5365c114ef530d603eacfd13eb280cca3174d7ebd387c3fc14059a42c4bbd941"} | answer | ||
[
{
"width": 820,
"height": 580
}
] | <image>The diagram shows a labeled shaded composite shape with straight and curved boundaries plus measurement labels. Determine the total shaded area of the figure.
Answer format: set "answer" to the requested value rounded to one decimal place.
Example JSON:
{"answer":460.9} | <image>The diagram shows a labeled shaded composite shape with straight and curved boundaries plus measurement labels. Determine the total shaded area of the figure.
Annotation field: use exactly these visible point labels as keys: "A", "B", "C", "D", "E", "F"; each value is [x,y].
Answer field: set "answer" to the req... | {"type": "number", "value": 460.9} | {"type": "point_map", "value": {"A": [48.0, 196.524], "B": [514.567, 60.468], "C": [608.76, 383.476], "D": [142.193, 519.532], "E": [460.732, 76.167], "F": [530.266, 114.303]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "number"}, "reward_contract_version": "v0"} | blake3:899b68beb9fd90404f3f380d7d2211247771a0b6d055c255858b4fd2a78bf4a0 | geometry | task_geometry__composite_shape__rectangle_quarter_sector_cutout_area | composite_shape | single | {"line_index": 24397, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:cb04a698f9c879bdff5f742964a26c0d46098810e04e6766298c95996888deab"} | answer | ||
[
{
"width": 742,
"height": 742
}
] | <image>The image shows a circle with labeled points and shown measurements. Find the degree measure of arc CD from the visible angle and arc measurements.
Required answer format: set "answer" to the requested value as an integer.
Example JSON:
{"answer":124} | <image>The image shows a circle with labeled points and shown measurements. Find the degree measure of arc CD from the visible angle and arc measurements.
Annotation format: set "annotation" to the pixel point [x,y] for each of these visible point labels: "A", "E", "B", "C", "D".
Format for the "answer" field: set "ans... | {"type": "integer", "value": 124} | {"type": "point_map", "value": {"A": [248.36, 169.03], "B": [287.35, 591.99], "C": [517.34, 556.52], "D": [442.97, 145.94], "E": [372.51, 347.88]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:7da5351990144fd254a0a75ddb81396855e931fdf441116d2e552d6e9a2231cd | geometry | task_geometry__circle_theorem__intersecting_chords_arc_measure_value | circle_theorem | single | {"line_index": 23724, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:37f640f9cc9901011d12db340b39aadfd7cb000a281b284ea0e8ca2dc041b9c4"} | answer | ||
[
{
"width": 1180,
"height": 760
}
] | <image>The figure shows a world map with selected countries colored by value and a color legend. From the map legend, count countries whose values are less than 75.
Required answer format: set "answer" to the requested number of regions as an integer.
Example JSON:
{"answer":3} | <image>The figure shows a world map with selected countries colored by value and a color legend. From the map legend, count countries whose values are less than 75.
Format for the "annotation" field: set "annotation" to an array of [x,y] pixel points at the centers of the counted regions.
Format for the "answer" field:... | {"type": "integer", "value": 2} | {"type": "point_set", "value": [[677.848, 350.216], [449.262, 397.742]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:62cc52bab87398811881a1acac3ddf8a860ec60424063eb781d1fa47aa10c40a | charts | task_charts__region_map__numeric_threshold_region_count | region_map | less_than_numeric_threshold_region_count | geographic_region_map | {"line_index": 7549, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:a76cd50a0006a14aac079b4248b71b5bb6fb36867031a811d62c8aa97e95f4ea"} | answer_and_annotation | |
[
{
"width": 800,
"height": 1200
}
] | <image>The visual shows a three-lane conveyor with small objects on each lane. On the MIDDLE conveyor belt, how many green [#37B94B] objects are there?
Answer field: set "answer" to the count as an integer.
Example JSON:
{"answer":2} | <image>The visual shows a three-lane conveyor with small objects on each lane. On the MIDDLE conveyor belt, how many green [#37B94B] objects are there?
Final answer format: set "answer" to the count as an integer.
Annotation format: set "annotation" to an array containing one [x0, y0, x1, y1] pixel box around each coun... | {"type": "integer", "value": 2} | {"type": "bbox_set", "value": [[370.842, 827.796, 422.655, 879.608], [348.545, 392.557, 390.41, 434.422]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:4295d2ad3224f2f90eb5998e53db6f1f0349f8676d9742b07ff26d92620065cd | three_d | task_three_d__conveyor__scoped_belt_color_count | conveyor | single | parcel_line | {"line_index": 61279, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:8bffbe6ce82f4035258ee41b14a709652011d77f608d4521d87d3690fbd07052"} | answer_and_annotation | |
[
{
"width": 420,
"height": 360
}
] | <image>The automaton panel shows a cellular-automaton source grid marked START where dark cells are alive and light cells are empty. Use the rule that an alive cell survives with exactly 2 or 3 alive neighbors, an empty cell becomes alive with exactly 3 alive neighbors, and all other cells are empty in the next grid. U... | <image>The automaton panel shows a cellular-automaton source grid marked START where dark cells are alive and light cells are empty. Use the rule that an alive cell survives with exactly 2 or 3 alive neighbors, an empty cell becomes alive with exactly 3 alive neighbors, and all other cells are empty in the next grid. U... | {"type": "integer", "value": 9} | {"type": "bbox_set", "value": [[166.0, 182.0, 204.0, 220.0], [205.0, 182.0, 243.0, 220.0], [244.0, 182.0, 282.0, 220.0], [166.0, 221.0, 204.0, 259.0], [205.0, 221.0, 243.0, 259.0], [244.0, 221.0, 282.0, 259.0], [166.0, 260.0, 204.0, 298.0], [205.0, 260.0, 243.0, 298.0], [244.0, 260.0, 282.0, 298.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:25e47c686e3beb6b9adb6c1dc777cba9eb610eee7679c8d4beaf802d2bf2b279 | symbolic | task_symbolic__life_automaton__one_step_cell_state_count | life_automaton | one_step_dead_cell_count | clean_grid | {"line_index": 58102, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:aa1668912d0d5a17cf01bedcfa7f3e2ed1312a2dd052ac7b17d2b42abde14c30"} | answer | |
[
{
"width": 1260,
"height": 1000
}
] | <image>The image shows a dashboard with 4 titled panels named "Schwart Bar", "Thibeau Radar", "Kaytlyn Radar", and "Gayten Radar". It uses a shared category/color key with 6 possible category labels, and exact integer values are shown for each plotted category mark. Across the dashboard, which panel has the least diffe... | <image>The image shows a dashboard with 4 titled panels named "Schwart Bar", "Thibeau Radar", "Kaytlyn Radar", and "Gayten Radar". It uses a shared category/color key with 6 possible category labels, and exact integer values are shown for each plotted category mark. Across the dashboard, which panel has the least diffe... | {"type": "string", "value": "Kaytlyn Radar"} | {"type": "point_map", "value": {"largest_value": [248, 750], "smallest_value": [221, 814]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:70c8e7c6c428776d917c58492953d8714e0053859ab862cdca62dabfb5306537 | charts | task_charts__dashboard__panel_value_range_extremum_label | dashboard | smallest_panel_value_range_label | mixed_dashboard | {"line_index": 3217, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:9d6b652199e4415e4c127e5890486b292aaa2155da5a61d422c819ed61ab2fc7"} | answer | |
[
{
"width": 640,
"height": 860
}
] | <image>This clock display shows one analog clock with all hour numerals, minute ticks, and two visible hands with six labeled degree answer cards below. Compare the hour and minute hands, then select the option card with the smaller angle. Which option shows how many degrees separate the hour hand and minute hand along... | <image>This clock display shows one analog clock with all hour numerals, minute ticks, and two visible hands with six labeled degree answer cards below. Compare the hour and minute hands, then select the option card with the smaller angle. Which option shows how many degrees separate the hour hand and minute hand along... | {"type": "option_letter", "value": "C"} | {"type": "bbox", "value": [224.0, 560.0, 316.0, 626.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:bb02afd026f08788891dfae6ab58fa944551034253135d6980fa4bcfd479cee3 | symbolic | task_symbolic__clock__hand_angle_value | clock | single | classic | {"line_index": 57263, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:5b412fbe992572760eb09de1379b7f0aeca77bd10324f19c9ccefb03929a04b6"} | answer | |
[
{
"width": 900,
"height": 760
}
] | <image>The image shows a Zuma-like marble-chain board with a central shooter, a colored shooter marble, arrow shot options, and colored marbles on a curved track. Fire the shooter marble straight along the chosen arrow. It inserts at the chain gap indicated by that arrow. If the inserted marble's same-color contiguous ... | <image>The image shows a Zuma-like marble-chain board with a central shooter, a colored shooter marble, arrow shot options, and colored marbles on a curved track. Fire the shooter marble straight along the chosen arrow. It inserts at the chain gap indicated by that arrow. If the inserted marble's same-color contiguous ... | {"type": "option_letter", "value": "E"} | {"type": "point", "value": [541.439, 546.658]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:49fbedbebad1719d73dd0e3500dcbc871eb95d694b804eed54c73830c5253b53 | games | task_games__marble_chain__closure_match_direction_label | marble_chain | single | spiral_track | {"line_index": 17115, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:b41e7f2b6703075133f1d6ca111bcf46e709f10d05379e177aa7a69be5babf16"} | answer_and_annotation | |
[
{
"width": 1328,
"height": 960
}
] | <image>The image shows a radial Sankey-style flow diagram. Source nodes and target nodes are labeled around a ring, and each curved band has a printed integer flow value. For every flow from "World". Which target gets the largest printed value?
Required answer format: set "answer" to the exact visible target label as a... | <image>The image shows a radial Sankey-style flow diagram. Source nodes and target nodes are labeled around a ring, and each curved band has a printed integer flow value. For every flow from "World". Which target gets the largest printed value?
Annotation format: set "annotation" to one [x0,y0,x1,y1] pixel box around t... | {"type": "string", "value": "Ultra"} | {"type": "bbox", "value": [923.978, 373.449, 1001.978, 423.449]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:ffaab685e32b414ef7ed520c82f271de50d566fc59b748bc374f76792686cbfe | charts | task_charts__radial_sankey__dominant_endpoint_label | radial_sankey | largest_target_for_source | radial_chord_sankey | {"line_index": 6824, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:a797ac6130136255fc950f5ef0b36108e5ba2521741e4c4f0af9a87f59ce6aa9"} | answer | |
[
{
"width": 1499,
"height": 760
}
] | <image>This image shows a China province map with selected provinces colored by category and a category legend. Count the provinces assigned to "Critical".
Format for the "answer" field: set "answer" to the requested number of regions as an integer.
Example JSON:
{"answer":3} | <image>This image shows a China province map with selected provinces colored by category and a category legend. Count the provinces assigned to "Critical".
Format for the "annotation" field: set "annotation" to an array of [x,y] pixel points at the centers of the counted regions.
Format for the "answer" field: set "ans... | {"type": "integer", "value": 5} | {"type": "point_set", "value": [[746.559, 359.854], [598.445, 374.317], [648.564, 380.945], [756.936, 420.836], [702.579, 452.221]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:9add9a73d62c4ee7c0c6c52e2996b542ea9d50afe54138a911736762f080c277 | charts | task_charts__region_map__categorical_region_count | region_map | single | geographic_region_map | {"line_index": 7158, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:4ef446dae4c6c0098b7de197a2d74431304f60d29867031362f0693f6e7add4e"} | answer_and_annotation | |
[
{
"width": 612,
"height": 612
}
] | <image>The image shows a 4 x 4 2048 board with numbered tiles and move arrows. In 2048, a move slides all tiles toward the arrow; equal adjacent tiles in that direction merge once. What is the largest tile after the displayed move is made?
Answer format: set "answer" to the largest tile value after the shown move.
Exam... | <image>The image shows a 4 x 4 2048 board with numbered tiles and move arrows. In 2048, a move slides all tiles toward the arrow; equal adjacent tiles in that direction merge once. What is the largest tile after the displayed move is made?
Required annotation format: set "annotation" to bounding boxes [x0, y0, x1, y1] ... | {"type": "integer", "value": 16} | {"type": "bbox_set", "value": [[94.0, 431.25, 171.75, 509.0], [180.75, 431.25, 258.5, 509.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:a8d76e259bab7407dae0fd878d616a6db15969c0c3c56af65074869871983daf | games | task_games__2048__max_tile_value | 2048 | single | standard_board | {"line_index": 11567, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:3087389c627bd939bbc56d5829e67c7393a8584c5118e4217f75510c19eefbb9"} | answer | |
[
{
"width": 960,
"height": 960
}
] | <image>The image shows a perspective 3D platform scene with named objects and lettered point markers. Choose the marked point inside the triangle made by the star, the candle, and the leaf.
Format for the "answer" field: set "answer" to the selected marked-point letter.
Example JSON:
{"answer":"C"} | <image>The image shows a perspective 3D platform scene with named objects and lettered point markers. Choose the marked point inside the triangle made by the star, the candle, and the leaf.
Annotation format: set "annotation" to the point [x, y] at the center of the selected point marker.
Answer format: set "answer" to... | {"type": "option_letter", "value": "F"} | {"type": "point", "value": [428.458, 438.699]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:717de2b2f83658a1020ff993ed586669c0b298cd8f8a8e2ed380e9ed8f539b71 | three_d | task_three_d__object_scene__reference_triangle_inside_label | object_scene | single | studio_platform | {"line_index": 62995, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:a85d145fb0a755cc5702e9616dabb790177cbb4c7aceefc96578e339411f3873"} | answer_and_annotation | |
[
{
"width": 686,
"height": 468
}
] | <image>The figure shows a notebook-style cellular-automaton source grid marked START where dark cells are alive and light cells are empty, with labeled future-grid options below. Use the rule that an alive cell survives with exactly 2 or 3 alive neighbors, an empty cell becomes alive with exactly 3 alive neighbors, and... | <image>The figure shows a notebook-style cellular-automaton source grid marked START where dark cells are alive and light cells are empty, with labeled future-grid options below. Use the rule that an alive cell survives with exactly 2 or 3 alive neighbors, an empty cell becomes alive with exactly 3 alive neighbors, and... | {"type": "option_letter", "value": "C"} | {"type": "bbox_map", "value": {"selected_option": [362.0, 249.0, 504.0, 411.0], "source_grid": [294.0, 69.0, 416.0, 191.0]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:4aeebd963563f9a177f8b98299da9a9d686aff6ac53eed3247a4c988384e2c8c | symbolic | task_symbolic__life_automaton__life_future_grid_label | life_automaton | one_step_future_grid | notebook_grid | {"line_index": 58038, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:9d4d704a77b09d965c35fa3e44748d32cd598ecf57735aa8f8daa51ba78380c7"} | answer | |
[
{
"width": 1517,
"height": 843
}
] | <image>The image shows a horizontal dumbbell chart. Each row is a category label, and the two colored dots on that row give the values for the two legend series on the shared horizontal numeric axis. The gray connector shows the gap between the two dots. Using the horizontal axis, how many row pairs show "Temisha" exce... | <image>The image shows a horizontal dumbbell chart. Each row is a category label, and the two colored dots on that row give the values for the two legend series on the shared horizontal numeric axis. The gray connector shows the gap between the two dots. Using the horizontal axis, how many row pairs show "Temisha" exce... | {"type": "integer", "value": 4} | {"type": "segment_set", "value": [[[282.274, 129.26], [517.952, 129.26]], [[508.888, 433.677], [762.695, 433.677]], [[372.92, 477.165], [554.211, 477.165]], [[218.823, 651.117], [391.049, 651.117]]]} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:825e6fc88b8c16bd212896268b1246a6042da84118cea51ddab129b994d7659d | charts | task_charts__dumbbell__side_winner_count | dumbbell | series_b_greater_threshold_count | horizontal_dumbbell | {"line_index": 3850, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:606e3848db17249f5c175e4a44c2852e0a2fbab108507bb4a11f7a3b5a0f3584"} | answer_and_annotation | |
[
{
"width": 975,
"height": 920
}
] | <image>The image shows a partial chess board with white and black pieces. Use normal chess piece movement for one move only. Do not use castling, en passant, or promotion. Friendly pieces block movement; count only opponent-occupied squares the marked piece can capture. The red outlined square contains the marked piece... | <image>The image shows a partial chess board with white and black pieces. Use normal chess piece movement for one move only. Do not use castling, en passant, or promotion. Friendly pieces block movement; count only opponent-occupied squares the marked piece can capture. The red outlined square contains the marked piece... | {"type": "integer", "value": 1} | {"type": "bbox_set", "value": [[419.0, 356.0, 489.0, 426.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:07b59983cb5035a04ac2704ce02e55f3ece2975994ca9a230be4e558737d9b1b | games | task_games__chess__marked_piece_capture_count | chess | single | crowded_board | {"line_index": 14194, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:dd8e153061c2c60c0390a37e4daa18babe1e0df94a889f425708ef59a39f987a"} | answer | |
[
{
"width": 1120,
"height": 760
}
] | <image>The chart shows one perspective 3D bar chart with category labels on the front axis, colored series labels in the legend, and integer value labels on the bars. How many colored series bars in category "2023" are below 18?
Final answer format: set "answer" to the requested integer count.
Example JSON:
{"answer":3... | <image>The chart shows one perspective 3D bar chart with category labels on the front axis, colored series labels in the legend, and integer value labels on the bars. How many colored series bars in category "2023" are below 18?
Annotation format: set "annotation" to [x, y] pixel points, one at the top-center point on ... | {"type": "integer", "value": 4} | {"type": "point_set", "value": [[750.0, 482.75], [785.0, 420.65], [820.0, 456.3], [890.0, 361.425]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:9159be4ffe2af99a53913ede3f7dc414e840c8dfd5871045a46e0a77f0f9f2c5 | charts | task_charts__bar_3d__category_threshold_count | bar_3d | single | three_d_bar_grid | {"line_index": 383, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:79d33d96b7a9a5a8918fe5555b3d72cb65f3b07be2400caa14088fc6bd169883"} | answer_and_annotation | |
[
{
"width": 864,
"height": 640
}
] | <image>The visual shows a directed capacity network with source S and sink T. Using the capacities on the directed edges, what is the maximum flow from source S to sink T?
Answer format: set "answer" to the maximum flow value as an integer.
Example JSON:
{"answer":5} | <image>The visual shows a directed capacity network with source S and sink T. Using the capacities on the directed edges, what is the maximum flow from source S to sink T?
Annotation format: set "annotation" to a list of segments. Each segment is [[x0, y0], [x1, y1]], where each endpoint is an [x, y] pixel point at a n... | {"type": "integer", "value": 6} | {"type": "segment_set", "value": [[[294.0, 124.0], [552.0, 408.0]]]} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:e3ec5c029fbb01673acfafa2b13887ae0f6ef33a0a23426d0f5e136d7caba7a0 | graph | task_graph__flow_network__max_flow_value | flow_network | single | {"line_index": 34355, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:36d76f444273ca9a94dd45484b3e1d860f7d47ff05de7bcc3b2808aeb51747c4"} | answer | ||
[
{
"width": 1004,
"height": 1274
}
] | <image>The image shows a dense mixed infographic page with titled modules, item labels, field labels, printed values, and native context text. How many item values in module "Storage" are below 18% for "Rate"?
Return a JSON object with "answer" only.
Required answer format: set "answer" to the integer count of matching... | <image>The image shows a dense mixed infographic page with titled modules, item labels, field labels, printed values, and native context text. How many item values in module "Storage" are below 18% for "Rate"?
Return a JSON object with "annotation" and "answer".
Format for the "annotation" field: set "annotation" to an... | {"type": "integer", "value": 1} | {"type": "bbox_set", "value": [[596.193, 456.062, 659.336, 481.541]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:f5b6948a8975b1c6c380158f82526e951be2cd1f97cfa23f4533c96f3d65600a | pages | task_pages__mixed_infographic_page__module_condition_item_count | mixed_infographic_page | single | radial_mosaic | {"line_index": 46741, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:87e704ec5179992bbaf40628d0285d6b8112ed721973213f96809e7e6bca2168"} | answer_and_annotation | |
[
{
"width": 1180,
"height": 480
}
] | <image>The figure shows a notebook-style sheet-music staff panel with marked notation items. Find the count of note pairs whose second note is the correct perfect 4th above the first.
Answer format: set "answer" to the integer count of note pairs that match the requested upward interval.
Example JSON:
{"answer":2} | <image>The figure shows a notebook-style sheet-music staff panel with marked notation items. Find the count of note pairs whose second note is the correct perfect 4th above the first.
Format for the "annotation" field: set "annotation" to an array containing every counted transposition-pair range pixel-space bounding b... | {"type": "integer", "value": 1} | {"type": "bbox_set", "value": [[507.0, 273.0, 604.0, 375.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:6f41b0deda7be960bd8d91f23291ce293c6432f2bf2774446bda4532d6763374 | symbolic | task_symbolic__music_staff__transposed_pitch_pair_count | music_staff | single | notebook_staff | {"line_index": 59259, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:4e9e8798b9c1fd057da39c24ce16cb3e47e3b1cb8f4c3f53f654d04b121bf907"} | answer | |
[
{
"width": 780,
"height": 720
}
] | <image>The tape-machine diagram shows a lab-style tape-machine automaton with a starting tape, head marker, state label, step count, symbol alphabet, and transition table. Simulate the shown tape machine using the visible starting configuration. At each step, find the row with the current state and the symbol under the... | <image>The tape-machine diagram shows a lab-style tape-machine automaton with a starting tape, head marker, state label, step count, symbol alphabet, and transition table. Simulate the shown tape machine using the visible starting configuration. At each step, find the row with the current state and the symbol under the... | {"type": "integer", "value": 7} | {"type": "bbox_map", "value": {"machine_panel": [179.0, 70.0, 601.0, 271.0], "transition_table": [186.0, 287.0, 594.0, 631.0]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:6a30876a36fb64697c65b389cc7cec248a00ea452c38982062d400a5bc196f1a | symbolic | task_symbolic__turing_tape__turing_written_symbol_count | turing_tape | single | lab_panel | {"line_index": 60156, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:aae08b99080690dd29a1f1fee45676a58a36b7a8b6d8864dd8116c1e633c6061"} | answer | |
[
{
"width": 712,
"height": 507
}
] | <image>The visual shows a brick-breaker playfield with labeled bricks at the top, a short ball-direction cue, and labeled catch lanes at the bottom. The short dashed arrow shows the ball's current straight direction. Extend that direction and identify the labeled brick reached before any other brick.
Answer field: set ... | <image>The visual shows a brick-breaker playfield with labeled bricks at the top, a short ball-direction cue, and labeled catch lanes at the bottom. The short dashed arrow shows the ball's current straight direction. Extend that direction and identify the labeled brick reached before any other brick.
Annotation format:... | {"type": "string", "value": "L"} | {"type": "point", "value": [461.667, 254.0]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:8199d265449ec9a0125aea8711b23e0bbb7886f6578c54c2385eed305252a297 | games | task_games__brick_breaker__next_hit_label | brick_breaker | single | brick_wall | {"line_index": 12703, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:2f5d0488c91b9f87ba265ce157c231c7e7dbb116c15e97aa31f3379fefd3b23f"} | answer_and_annotation | |
[
{
"width": 1040,
"height": 720
}
] | <image>The visual shows an elliptical orbit with labeled candidate points. Which labeled position has the greatest orbital speed?
Answer field: set "answer" to the label of the planet position with greatest speed.
Example JSON:
{"answer":"B"} | <image>The visual shows an elliptical orbit with labeled candidate points. Which labeled position has the greatest orbital speed?
Answer format: set "answer" to the label of the planet position with greatest speed.
Annotation format: set "annotation" to one [x,y] pixel point at the center of the selected planet-positio... | {"type": "option_letter", "value": "B"} | {"type": "point", "value": [255.655, 480.742]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:7c9e82ed08bcf341a1b25b48610268aa1612bdc552c3976ee021c68af15ba2bd | physics | task_physics__orbital_motion__orbital_speed_extremum_label | orbital_motion | greatest_speed_position_label | {"line_index": 51148, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:6f195a6fc1b024db71d38c4563d4841c4be41ddb6dbbaf26a63a98e19345b808"} | answer | ||
[
{
"width": 1120,
"height": 760
}
] | <image>This scene shows a toggle grid with switch cells, binary cell states, and visual answer options. Choose the one lettered start-grid switch that changes the start grid into the target grid after a single press.
Answer format: set "answer" to the label of the switch cell that transforms the start grid into the tar... | <image>This scene shows a toggle grid with switch cells, binary cell states, and visual answer options. Choose the one lettered start-grid switch that changes the start grid into the target grid after a single press.
Annotation format: Set annotation to one image-pixel bounding box [x0,y0,x1,y1] around the selected swi... | {"type": "option_letter", "value": "C"} | {"type": "bbox", "value": [189.0, 314.0, 261.0, 386.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:7af3c8f95c36f3a085b1a71dd9e8503ecbdc2c5298f157a19b2127523eae7209 | puzzles | task_puzzles__toggle_grid__toggle_repair_switch_label | toggle_grid | single | toggle_console | {"line_index": 55863, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:8c31dd62c78e01e5b8648a039c4903ce90f81b133075ae454dc5959892fefa60"} | answer_and_annotation | |
[
{
"width": 880,
"height": 680
}
] | <image>The picture shows a numbered grid with one icon in each cell. In column 4, how many adjacent two-cell pairs contain one "broom" icon and one "sun" icon? Count overlapping adjacent pairs separately.
Answer format: set "answer" to the adjacent-pair count as an integer.
Example JSON:
{"answer":2} | <image>The picture shows a numbered grid with one icon in each cell. In column 4, how many adjacent two-cell pairs contain one "broom" icon and one "sun" icon? Count overlapping adjacent pairs separately.
Final answer format: set "answer" to the adjacent-pair count as an integer.
Annotation format: set "annotation" to ... | {"type": "integer", "value": 1} | {"type": "segment_set", "value": [[[625.0, 314.0], [625.0, 418.0]]]} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:48b7de7078bc4b3ddfffd76fccd5d9400186810e46b363264dd7a9f740fdb8fb | icons | task_icons__named_grid__line_adjacency_pair_count | named_grid | column_unordered_adjacent_pair_count | single_panel_named_grid | {"line_index": 38425, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:8579bba43f2a92e1ed1b6267c293d264896b36d92717afa9f95eb00831b5e18f"} | answer_and_annotation | |
[
{
"width": 980,
"height": 780
}
] | <image>This page shows one month calendar where date cells contain short category chips in Top, Mid, and Bottom event slots. How many dates have "Health" in the "Mid" slot?
Return a JSON object with "answer" only.
Answer format: set "answer" to the integer number of dates whose requested slot has the requested category... | <image>This page shows one month calendar where date cells contain short category chips in Top, Mid, and Bottom event slots. How many dates have "Health" in the "Mid" slot?
Return a JSON object with "annotation" and "answer".
Annotation format: set "annotation" to a JSON array of [x0, y0, x1, y1] boxes in image pixel c... | {"type": "integer", "value": 4} | {"type": "bbox_set", "value": [[843.8, 395.222, 933.0, 413.111], [411.0, 494.889, 500.2, 512.778], [194.6, 594.556, 283.8, 612.444], [302.8, 594.556, 392.0, 612.444]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:229d50fa512def70ec9d2aec5882f4b0ac56d988e08430335953814785f35825 | pages | task_pages__calendar_event_grid__category_slot_day_count | calendar_event_grid | single | minimal | {"line_index": 44559, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:26f1011a5ddaee8939b8f064e078f74169e0d528a983589a86b53e8adda2396f"} | answer_and_annotation | |
[
{
"width": 860,
"height": 780
}
] | <image>The image shows a histogram with labeled x-axis values and bar heights showing counts. Scan the histogram cumulatively from left to right. Which x-axis value contains item 83?
Format for the "answer" field: set "answer" to the x-axis value containing the requested item rank, as an integer.
Example JSON:
{"answer... | <image>The image shows a histogram with labeled x-axis values and bar heights showing counts. Scan the histogram cumulatively from left to right. Which x-axis value contains item 83?
Final answer format: set "answer" to the x-axis value containing the requested item rank, as an integer.
Annotation format: set "annotati... | {"type": "integer", "value": 40} | {"type": "bbox", "value": [591.0, 466.333, 637.8, 675.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:7fb6de3f7d1507d28bc8ac6693d9926dae8f231e45f272435e8a9b324a9fd2d8 | charts | task_charts__histogram__cumulative_rank_bin_label | histogram | single | histogram | {"line_index": 4671, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:c4ff740bd3006169cadca7ac2219354bea90a616e7a1077749d26ccbd7e8dfaa"} | answer | |
[
{
"width": 864,
"height": 640
}
] | <image>The visual shows a directed capacity network with source S and sink T. What is the number of directed edges in the minimum-capacity cut from S to T?
Answer format: set "answer" to the number of directed edges in the unique minimum S-T cut as an integer.
Example JSON:
{"answer":2} | <image>The visual shows a directed capacity network with source S and sink T. What is the number of directed edges in the minimum-capacity cut from S to T?
Required annotation format: set "annotation" to a list of segments. Each segment is [[x0, y0], [x1, y1]], where each endpoint is an [x, y] pixel point at a node cen... | {"type": "integer", "value": 2} | {"type": "segment_set", "value": [[[83.0, 352.0], [395.0, 228.0]], [[432.0, 563.0], [395.0, 228.0]]]} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:52d212fc56a1d9c416cf5a00f0049c39ab51790147e2e03b7002ad5f1842d4b7 | graph | task_graph__flow_network__min_cut_edge_count | flow_network | single | {"line_index": 34425, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:2d8976384eaeddef721bcc709bfc75e1e5a3055ce3a4e3b6a35a4cfec6918856"} | answer_and_annotation | ||
[
{
"width": 968,
"height": 650
}
] | <image>The figure shows a numbered backgammon board with black and white checker stacks and two dice. How many board points show exactly one black checker?
Required answer format: set "answer" to the number of numbered points matching the requested checker-stack condition.
Example JSON:
{"answer":3} | <image>The figure shows a numbered backgammon board with black and white checker stacks and two dice. How many board points show exactly one black checker?
Required annotation format: set "annotation" to bounding boxes [x0, y0, x1, y1] around the numbered points matching the requested checker-stack condition.
Required ... | {"type": "integer", "value": 6} | {"type": "bbox_set", "value": [[769.142, 409.8, 831.0, 596.0], [645.426, 106.0, 707.284, 292.2], [583.568, 106.0, 645.426, 292.2], [521.71, 106.0, 583.568, 292.2], [459.852, 106.0, 521.71, 292.2], [104.858, 106.0, 166.716, 292.2]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:879a32a5ebe9e28c5b5e725b924768a82da7c059c183fd0e5793fdfd5baf7e9d | games | task_games__backgammon__point_state_count | backgammon | single | standard_board | {"line_index": 11857, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:3c030d1a4e8810d2d25e0e437ae61382c5d79a3fa14dcf6b18bd148a22d4e34a"} | answer_and_annotation | |
[
{
"width": 900,
"height": 900
}
] | <image>The image shows a Snake game board with a yellow snake head, connected body cells, red food, and gray wall cells. A move is safe when the head stays inside the board and does not enter the snake body or a gray wall cell. Moving onto red food counts as safe. The planned moves are 1. RIGHT, 2. RIGHT, 3. RIGHT. Cho... | <image>The image shows a Snake game board with a yellow snake head, connected body cells, red food, and gray wall cells. A move is safe when the head stays inside the board and does not enter the snake body or a gray wall cell. Moving onto red food counts as safe. The planned moves are 1. RIGHT, 2. RIGHT, 3. RIGHT. Cho... | {"type": "option_letter", "value": "B"} | {"type": "bbox_set", "value": [[377.543, 177.257, 426.457, 226.171], [438.686, 177.257, 487.6, 226.171], [499.829, 177.257, 548.743, 226.171]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:852c394bb77b21f581308bcaf645f0913d1a3558adef3d3da3a1b767fd0fcdc1 | games | task_games__snake__path_outcome_option_label | snake | single | square_grid | {"line_index": 20187, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:f20fbb709e53e5fd87ad4942823a5c627336b0ae80020ec4817ecc447236b9b7"} | answer | |
[
{
"width": 820,
"height": 580
}
] | <image>A right triangle has an altitude drawn to the hypotenuse. Determine the length of DC. Use the altitude-to-hypotenuse theorem.
Return a JSON object with exactly one key: "answer".
Required answer format: set "answer" to the requested length as an integer.
Example JSON:
{"answer":63} | <image>A right triangle has an altitude drawn to the hypotenuse. Determine the length of DC. Use the altitude-to-hypotenuse theorem.
Return a JSON object with exactly two keys: "annotation" and "answer".
Annotation format: set "annotation" to a JSON object with exactly these point keys: "A", "B", "C", "D"; each value i... | {"type": "integer", "value": 63} | {"type": "point_map", "value": {"A": [441.307, 246.095], "B": [106.688, 325.88], "C": [501.146, 497.06], "D": [359.141, 435.435]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:ca886adf34f9a1985044838f2ae48549a73b07eba4e95c556fc71876d0c389cc | geometry | task_geometry__triangle_relations__altitude_to_hypotenuse_value | triangle_relations | missing_projection_from_altitude | {"line_index": 32408, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:769b1517beb2fcaaac78bc2b261f46b1f32f63404acbf6ec6a3ec4ee6856cfd5"} | answer | ||
[
{
"width": 864,
"height": 640
}
] | <image>The diagram shows a labeled directed graph. How many nodes have in-degree 1?
Final answer format: set "answer" to the count as an integer.
Example JSON:
{"answer":2} | <image>The diagram shows a labeled directed graph. How many nodes have in-degree 1?
Annotation format: set "annotation" to an array of [x,y] pixel points at the centers of all nodes with in-degree 1; use an empty array when the answer is zero.
Required answer format: set "answer" to the count as an integer.
Example JSO... | {"type": "integer", "value": 1} | {"type": "point_set", "value": [[509.0, 328.0]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:b4efcf8065105cb0c7b932b6f43cd2b6cf4e33e66096e573f7e6881a1290a0f9 | graph | task_graph__node_link__degree_value_filter_count | node_link | directed_in_degree_count | {"line_index": 35292, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:84b61dcf68856a6ccb76672a46cd4a4350c3c657b1f35d4a887bc67f990045bc"} | answer_and_annotation | ||
[
{
"width": 1000,
"height": 740
}
] | <image>The image shows a bowling lane with a ball, labeled pins, and any shown aiming paths. The dashed arrow shows the ball's current straight path. Extend that path and identify the labeled pin reached before any other pin.
Answer format: set "answer" to the selected pin label as a string.
Example JSON:
{"answer":"G"... | <image>The image shows a bowling lane with a ball, labeled pins, and any shown aiming paths. The dashed arrow shows the ball's current straight path. Extend that path and identify the labeled pin reached before any other pin.
Annotation format: set "annotation" to one point [x, y] at the center of the first pin hit by ... | {"type": "string", "value": "F"} | {"type": "point", "value": [539.518, 130.392]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:cd477f817e60d4a1d39cdf92ffd4224718e53254b67f07c7411e236bc010d166 | games | task_games__bowling__first_pin_hit_label | bowling | single | lane_rack | {"line_index": 12457, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:1f4b550bda03b5ef85ca36358df9e0290546d6e72d0a32bc86ea1a4dac20c0e8"} | answer_and_annotation | |
[
{
"width": 1296,
"height": 864
}
] | <image>The scene shows a top-down pixel village. How many trees are in the orchard?
Answer format: set "answer" to the count of trees in the orchard as an integer.
Example JSON:
{"answer":3} | <image>The scene shows a top-down pixel village. How many trees are in the orchard?
Required annotation format: set "annotation" to a JSON array of [x0, y0, x1, y1] boxes in image pixel coordinates around each counted tree in the orchard.
Required answer format: set "answer" to the count of trees in the orchard as an i... | {"type": "integer", "value": 6} | {"type": "bbox_set", "value": [[864.0, 144.0, 912.0, 240.0], [960.0, 144.0, 1008.0, 240.0], [1056.0, 144.0, 1104.0, 240.0], [864.0, 240.0, 912.0, 336.0], [960.0, 240.0, 1008.0, 336.0], [1056.0, 240.0, 1104.0, 336.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:c3b9d3f65dcc5efb31d6d9b107047426cfd3a6e95bcf6aa2c5896378b54af90b | illustrations | task_illustrations__pixel_village__territory_object_count | pixel_village | single | {"line_index": 43087, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:bbbcde11749e727f1ef69b7f5f49e707cb5949d987d31acc729a6915683ad3f8"} | answer_and_annotation | ||
[
{
"width": 1280,
"height": 640
}
] | <image>The image shows an ordered labeled horizontal bar chart where each bar length is read from the horizontal axis from top to bottom. How many labeled marks have value in the inclusive interval [16, 20]?
Answer field: set "answer" to the requested count as an integer.
Example JSON:
{"answer":3} | <image>The image shows an ordered labeled horizontal bar chart where each bar length is read from the horizontal axis from top to bottom. How many labeled marks have value in the inclusive interval [16, 20]?
Annotation format: set "annotation" to an array of [x,y] pixel points on every mark whose value is inside the in... | {"type": "integer", "value": 12} | {"type": "point_set", "value": [[652.68, 61.385], [652.68, 100.154], [721.64, 138.923], [756.12, 177.692], [687.16, 216.462], [652.68, 255.231], [721.64, 294.0], [756.12, 332.769], [721.64, 371.538], [721.64, 410.308], [721.64, 449.077], [652.68, 526.615]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:8f31f3508996dde74f0a5dc75b3f8ef66190e1a7a342203134ffee2a5050cd95 | charts | task_charts__single_series__interval_value_count | single_series | single | horizontal_bar | {"line_index": 8788, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:7f3c657e71aa76321d306a581e8b461086ef19cb2e61c696e3a57a5ae1466911"} | answer_and_annotation | |
[
{
"width": 900,
"height": 640
}
] | <image>The figure shows a directed graph as an adjacency matrix. Count the node pairs whose two mirrored cells both show directed edges.
Answer format: set "answer" to the number of counted unordered node pairs as an integer.
Example JSON:
{"answer":1} | <image>The figure shows a directed graph as an adjacency matrix. Count the node pairs whose two mirrored cells both show directed edges.
Annotation format: set "annotation" to a list of segments. Each segment is [[x0, y0], [x1, y1]], where each endpoint is an [x, y] pixel point at the center of one mirrored matrix cell... | {"type": "integer", "value": 3} | {"type": "segment_set", "value": [[[543.0, 213.0], [357.0, 399.0]], [[605.0, 213.0], [357.0, 461.0]], [[481.0, 275.0], [419.0, 337.0]]]} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:6b881f8cdd1b87757cd48c91b7b3f20e85f715ffda2653940a84274c1d04c519 | graph | task_graph__adjacency__directed_pair_reciprocity_count | adjacency | single | {"line_index": 33326, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:489a86ca5da5735c51dc5b17507261c8bb0b8627a56debe5f32fd91bdb5ece69"} | answer_and_annotation | ||
[
{
"width": 960,
"height": 960
}
] | <image>The visual shows small objects arranged on concentric inner and outer conveyor belts. On the INNER belt, how many neighboring cards are immediately followed by umbrellas?
Format for the "answer" field: set "answer" to the count as an integer.
Example JSON:
{"answer":2} | <image>The visual shows small objects arranged on concentric inner and outer conveyor belts. On the INNER belt, how many neighboring cards are immediately followed by umbrellas?
Format for the "annotation" field: set "annotation" to an array containing one pixel-space segment [[x0, y0], [x1, y1]] per counted adjacent o... | {"type": "integer", "value": 2} | {"type": "segment_set", "value": [[[529.383, 258.683], [349.748, 331.615]], [[625.569, 393.015], [664.344, 249.295]]]} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:57932beee02bd6ac3119ecf22cb34bfd8d61316e0d8568f90ce1888a98514ee0 | three_d | task_three_d__carousel__object_type_ordered_adjacent_pair_count | carousel | single | airport_carousel | {"line_index": 60521, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:b9eaba94b02e1555adeecec22cb6b2ea8902ac16ba2a017fbbf2718c013d8fac"} | answer_and_annotation | |
[
{
"width": 820,
"height": 580
}
] | <image>A split triangle has standard marked angles and labeled segments. Find the marked side length AC. Use the labels shown in the figure.
Return a JSON object with exactly one key: "answer".
Answer format: set "answer" to the target side length as a number rounded to one decimal place.
Example JSON:
{"answer":14.1} | <image>A split triangle has standard marked angles and labeled segments. Find the marked side length AC. Use the labels shown in the figure.
Return a JSON object with exactly two keys: "annotation" and "answer".
Annotation format: set "annotation" to a JSON object with exactly these point keys: "A", "B", "C", "D"; each... | {"type": "number", "value": 14.1} | {"type": "point_map", "value": {"A": [317.43, 149.87], "B": [207.144, 500.957], "C": [660.237, 342.506], "D": [414.812, 428.334]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "number"}, "reward_contract_version": "v0"} | blake3:cbcff7b0524cf652956325f8e8c15ade77fd62dccf5cf3ec0cb8abffdeba54b7 | geometry | task_geometry__triangle_relations__split_triangle_trig_side_length_value | triangle_relations | single | {"line_index": 33112, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:099dfc342abcc3dfa755ee263af6fa437b3c279f05a5449575f3859be5eddea7"} | answer | ||
[
{
"width": 900,
"height": 900
}
] | <image>The image shows a 6 by 6 Reversi board with black and white discs. A frontier disc is a disc of the named color that touches at least one empty square in any of the 8 neighboring directions: horizontal, vertical, or diagonal. How many Black discs are frontier discs?
Answer format: set "answer" to the count of Bl... | <image>The image shows a 6 by 6 Reversi board with black and white discs. A frontier disc is a disc of the named color that touches at least one empty square in any of the 8 neighboring directions: horizontal, vertical, or diagonal. How many Black discs are frontier discs?
Annotation format: set "annotation" to one pix... | {"type": "integer", "value": 1} | {"type": "point_set", "value": [[324.5, 562.5]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:66f561d42dedc7023a37eeae0486c0d048233baae69ca05968d0d556d12dfc69 | games | task_games__reversi__frontier_disc_count | reversi | single | compact_board | {"line_index": 19064, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:e308099a71e7fdadc901c8a289a63c8ba4c52fa641050c71bd10fd6f8aa46669"} | answer_and_annotation | |
[
{
"width": 709,
"height": 709
}
] | <image>This coordinate diagram shows a coordinate grid with point P, any shown transformation guide, and lettered candidate image points. Point O is the rotation center. After the shown 90-degree rotation, which candidate is P'?
Answer field: set "answer" to the selected candidate letter as a capital letter.
Example JS... | <image>This coordinate diagram shows a coordinate grid with point P, any shown transformation guide, and lettered candidate image points. Point O is the rotation center. After the shown 90-degree rotation, which candidate is P'?
Annotation format: set "annotation" to the pixel point [x,y] at the center of the selected ... | {"type": "option_letter", "value": "C"} | {"type": "point", "value": [453.0, 519.0]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:ad21c4b957a06defc9d505a8d8173e00ddb505c38fb07023ca2495a1afbc64a0 | geometry | task_geometry__coordinate_plane__rotated_point_label | coordinate_plane | single | {"line_index": 26105, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:77e2073f58c4f2108bafd6cbcbebaac42c867271c33a00d02beaa5c754373c3e"} | answer_and_annotation | ||
[
{
"width": 900,
"height": 760
}
] | <image>The image shows a Zuma-like marble-chain board with a central shooter, a colored shooter marble, arrow shot options, and colored marbles on a curved track. Fire the shooter marble straight along the chosen arrow. It inserts at the chain gap indicated by that arrow. If the inserted marble's same-color contiguous ... | <image>The image shows a Zuma-like marble-chain board with a central shooter, a colored shooter marble, arrow shot options, and colored marbles on a curved track. Fire the shooter marble straight along the chosen arrow. It inserts at the chain gap indicated by that arrow. If the inserted marble's same-color contiguous ... | {"type": "integer", "value": 5} | {"type": "bbox_set", "value": [[168.361, 287.072, 222.361, 341.072], [195.015, 226.096, 249.015, 280.096], [235.527, 173.3, 289.527, 227.3], [287.526, 131.773, 341.526, 185.773], [347.974, 103.941, 401.974, 157.941]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:c19986ce301085039d73059b4b532e7507086476673f6e6fde850f3148062678 | games | task_games__marble_chain__shot_effect_value | marble_chain | single | semicircle_track | {"line_index": 17220, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:1367f6e5585eea4e00a2d6d2b6824c9a1dfe9900868e3497000dc2c56db9f276"} | answer | |
[
{
"width": 1280,
"height": 860
}
] | <image>The image contains one waveform panel with four visual frequency-spectrum options. Select the labeled spectrum that matches the input waveform.
Answer field: set "answer" to the matching spectrum option letter as a string.
Example JSON:
{"answer":"B"} | <image>The image contains one waveform panel with four visual frequency-spectrum options. Select the labeled spectrum that matches the input waveform.
Annotation format: set "annotation" to an object with keys "input_waveform" and "selected_spectrum"; each value is a pixel bounding box [x0,y0,x1,y1] around the input wa... | {"type": "option_letter", "value": "C"} | {"type": "bbox_map", "value": {"input_waveform": [92.0, 112.0, 1188.0, 306.0], "selected_spectrum": [92.0, 578.0, 622.0, 776.0]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:1f01eab9efc6e9e1345de0ce64f078f31742b992aec663a9a79c8fa3de7a9ea0 | physics | task_physics__signal_transform__periodic_harmonic_spectrum_match_label | signal_transform | single | grid_match | {"line_index": 51720, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:34e468c3e28d1d203b9ffe483a0b0f74784be4bc0fd16944d124473f027a1a66"} | answer | |
[
{
"width": 820,
"height": 580
}
] | <image>This labeled solid diagram shows a compound solid with labeled measurements and one dimension marked ?. Use the solid-volume relationship shown by the diagram to solve the missing dimension. The solid is a house-shaped prism. Find the length marked ? using volume = cross-section area × length.
Return a JSON obje... | <image>This labeled solid diagram shows a compound solid with labeled measurements and one dimension marked ?. Use the solid-volume relationship shown by the diagram to solve the missing dimension. The solid is a house-shaped prism. Find the length marked ? using volume = cross-section area × length.
Return a JSON obje... | {"type": "number", "value": 29.0} | {"type": "bbox", "value": [206.0, 18.0, 690.0, 474.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "number"}, "reward_contract_version": "v0"} | blake3:7af1db140c9d6ebb2e7a315e1c46ff4ee6cb0ddf2ecf1b3a89625895f9a79ec0 | geometry | task_geometry__solid_formula__house_prism_length_from_volume | solid_formula | single | {"line_index": 30939, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:9de620104732ca3a209c97fcdb960ee263e33d817549ba14bd2695deb1fc05da"} | answer | ||
[
{
"width": 900,
"height": 760
}
] | <image>The image shows a Zuma-like marble-chain board with a central shooter, a colored shooter marble, arrow shot options, and colored marbles on a curved track. Fire the shooter marble straight along the chosen arrow. It inserts at the chain gap indicated by that arrow. If the inserted marble's same-color contiguous ... | <image>The image shows a Zuma-like marble-chain board with a central shooter, a colored shooter marble, arrow shot options, and colored marbles on a curved track. Fire the shooter marble straight along the chosen arrow. It inserts at the chain gap indicated by that arrow. If the inserted marble's same-color contiguous ... | {"type": "integer", "value": 4} | {"type": "bbox_set", "value": [[280.954, 119.446, 328.954, 167.446], [376.302, 91.118, 424.302, 139.118], [473.694, 103.473, 521.694, 151.473], [555.439, 152.317, 603.439, 200.317]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:18f04d1852a23f887669778f90faba2234072843e2080cef78d2c0e2074ee2e0 | games | task_games__marble_chain__shot_effect_value | marble_chain | single | double_arc_track | {"line_index": 17230, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:a8439c0b8d60fca093e83f0c5a1606dcbe03197c09de66cd13e120eca0b968bc"} | answer | |
[
{
"width": 1100,
"height": 780
}
] | <image>The visual shows one card-style equal-sector spinner. Each sector has a color and a shape marker. Answer from the visible sector colors and shape markers by choosing the matching A-F fraction option. What probability corresponds to landing on a sector that is purple?
Format for the "answer" field: set "answer" t... | <image>The visual shows one card-style equal-sector spinner. Each sector has a color and a shape marker. Answer from the visible sector colors and shape markers by choosing the matching A-F fraction option. What probability corresponds to landing on a sector that is purple?
Annotation format: set "annotation" to the fu... | {"type": "option_letter", "value": "D"} | {"type": "bbox", "value": [281.0, 47.0, 819.0, 629.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:0f48a019b492867ca9e73cecc527a5f1c46b227c1683b4310aad8586829fae80 | symbolic | task_symbolic__spinner__single_attribute_probability | spinner | single_color_probability | spinner_card | {"line_index": 59829, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:612d0be9c4a1e014eebfc4eb76406f3994e72ec31f56a9cd39c22cb619ef177c"} | answer | |
[
{
"width": 1008,
"height": 1008
}
] | <image>The image shows a top-down pixel RPG dungeon with stone chambers, corridors, a player, treasure chests, and boulders blocking some paths. Count the treasure chests reachable from the player without crossing boulders. What is the count?
Return JSON with key "answer".
Answer format: set "answer" to the number of t... | <image>The image shows a top-down pixel RPG dungeon with stone chambers, corridors, a player, treasure chests, and boulders blocking some paths. Count the treasure chests reachable from the player without crossing boulders. What is the count?
Return JSON with keys "annotation" and "answer".
Required annotation format: ... | {"type": "integer", "value": 2} | {"type": "bbox_set", "value": [[144.0, 96.0, 240.0, 144.0], [768.0, 96.0, 864.0, 144.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:0616673f52898c5ee5d839be7424f6c95ae915991930b70cce7a438a2ef7e536 | illustrations | task_illustrations__rpg_dungeon__reachable_chest_count | rpg_dungeon | single | {"line_index": 43300, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:f00c5c388592de2d183de5edbd27eab0dfe50da63d85deb7e63b79608bedfaf3"} | answer | ||
[
{
"width": 920,
"height": 800
}
] | <image>The image shows a rooted phylogeny cladogram with labeled taxa and one marked clade. Count the descendant taxa inside the marked clade.
Answer field: set "answer" to the number of descendant taxa in the marked clade as an integer.
Example JSON:
{"answer":3} | <image>The image shows a rooted phylogeny cladogram with labeled taxa and one marked clade. Count the descendant taxa inside the marked clade.
Required annotation format: set "annotation" to a JSON array of [x,y] pixel points at the terminal centers of every descendant taxon in the marked clade.
Required answer format:... | {"type": "integer", "value": 6} | {"type": "point_set", "value": [[782, 542], [782, 604], [782, 479], [782, 730], [782, 416], [782, 667]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:7902d8064f1e17496d14675493491da4b8c73f475bc0a9c38bfc2c0dd339e52f | graph | task_graph__phylogeny_tree__clade_leaf_count | phylogeny_tree | single | {"line_index": 36609, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:c2dc0eb443c6c1123abae0cab8a5bb2230c6654d4c393bb394cd7dbe3ddf92e5"} | answer_and_annotation | ||
[
{
"width": 780,
"height": 560
}
] | <image>The figure shows a circle tangent inside a square with visible measurements and one marked target value. Determine the area of the shaded region. Use the labels shown on the diagram.
Return a JSON object with exactly one key: "answer".
Final answer format: set "answer" to the shaded area as a number rounded to o... | <image>The figure shows a circle tangent inside a square with visible measurements and one marked target value. Determine the area of the shaded region. Use the labels shown on the diagram.
Return a JSON object with exactly two keys: "annotation" and "answer".
Annotation format: set "annotation" to the pixel bounding b... | {"type": "number", "value": 454.1} | {"type": "bbox", "value": [173.0, 113.0, 497.0, 437.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "number"}, "reward_contract_version": "v0"} | blake3:680f3d1369a980b85e5309e011c03e41cd631d3ceb3e119286c64648815c5de4 | geometry | task_geometry__tangent_packing__circle_in_square_gap_area | tangent_packing | single | {"line_index": 31716, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:be0fedb4a6635ac5a8aae24e49fe8ec80bd58c277b1d4c95415e628980645b00"} | answer | ||
[
{
"width": 1200,
"height": 800
}
] | <image>The picture shows a perspective 3D platform scene with small objects and lettered point markers. Find the point directly above the helmet. Which letter is it?
Final answer format: set "answer" to the selected marked-point letter.
Example JSON:
{"answer":"C"} | <image>The picture shows a perspective 3D platform scene with small objects and lettered point markers. Find the point directly above the helmet. Which letter is it?
Annotation format: set "annotation" to the point [x, y] at the center of the selected point marker.
Answer format: set "answer" to the selected marked-poi... | {"type": "option_letter", "value": "C"} | {"type": "point", "value": [575.684, 197.217]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:ee01b9c5ab7c7bdd8252094140e22bab4fe5c2fa2edd1a7834bdc927386127fc | three_d | task_three_d__object_scene__marked_point_vertical_relation_label | object_scene | single | studio_platform | {"line_index": 62591, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:4c6f5762aeeffdfb387b92504424e347d516195a15478aff568333b5384a7708"} | answer_and_annotation | |
[
{
"width": 732,
"height": 732
}
] | <image>The figure shows a 4 x 4 2048 board with numbered tiles and move arrows. In 2048, a move slides all tiles toward the arrow; equal adjacent tiles in that direction merge once. Using the shown move arrow, how many merges occur?
Required answer format: set "answer" to the number of merges made by the shown move.
Ex... | <image>The figure shows a 4 x 4 2048 board with numbered tiles and move arrows. In 2048, a move slides all tiles toward the arrow; equal adjacent tiles in that direction merge once. Using the shown move arrow, how many merges occur?
Final answer format: set "answer" to the number of merges made by the shown move.
Annot... | {"type": "integer", "value": 0} | {"type": "segment_set", "value": []} | {"annotation": {"id": "segment_set_soft_distance_v0", "type": "segment_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:285e39f1d8fbf934f3b70a0c0ce520bd7070173fdf7c62760c9e7e5cc7322762 | games | task_games__2048__merge_count | 2048 | single | standard_board | {"line_index": 11587, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:14d2957dd398243f12086ba3de28b6e8206ad726eb9a67915593143de15f6230"} | answer | |
[
{
"width": 840,
"height": 620
}
] | <image>The diagram shows a labeled polygon diagram. Determine x.
Return a JSON object with exactly one key: "answer".
Answer field: set "answer" to the value of the variable as an integer.
Example JSON:
{"answer":84} | <image>The diagram shows a labeled polygon diagram. Determine x.
Return a JSON object with exactly two keys: "answer" and "annotation".
Final answer format: set "answer" to the value of the variable as an integer.
Annotation format: set "annotation" to a JSON object with exactly these visible vertex-label keys: "A", "B... | {"type": "integer", "value": 84} | {"type": "point_map", "value": {"A": [620.399, 229.997], "B": [452.755, 539.712], "C": [226.401, 252.857]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:16f1f6a06c80146fdeb8a6e43b7a6bbeb565494390ea7ca1d201e23ea8de13bb | geometry | task_geometry__polygon_equation_diagram__interior_angle_sum_variable_value | polygon_equation_diagram | single | algebraic_polygon_measurement | {"line_index": 29049, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:fd669b4c5b85f263de9a5e6caf5165a879f07c32b29362caac358fafbccde382"} | answer | |
[
{
"width": 820,
"height": 580
}
] | <image>The diagram shows a square pyramid cut by a plane parallel to its base, with the cross-section marked and dimensions labeled. The cut is parallel to the base, so the cross-section is similar to the base. Use the scale d/H from the apex, then find the marked area.
Return a JSON object with exactly one key: "answe... | <image>The diagram shows a square pyramid cut by a plane parallel to its base, with the cross-section marked and dimensions labeled. The cut is parallel to the base, so the cross-section is similar to the base. Use the scale d/H from the apex, then find the marked area.
Return a JSON object with exactly two keys: "anno... | {"type": "number", "value": 104.0} | {"type": "bbox", "value": [305.6, 256.8, 536.0, 302.4]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "number"}, "reward_contract_version": "v0"} | blake3:5ebcd51dee8d1bcbb05a2cbe8485c172ec2667a625dd813879d3adc8bc3172ea | geometry | task_geometry__solid_cross_section__square_pyramid_parallel_slice_area | solid_cross_section | single | {"line_index": 30783, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:eb460e506efd07ea17c56104288d71083fb39432837f5ffdaae48ee87cd2d0d3"} | answer | ||
[
{
"width": 1160,
"height": 740
}
] | <image>The visual shows a piston-cylinder apparatus shown in initial and final states, with constant pressure in MPa, initial and final volumes in liters, and a process arrow. Using the initial and final state labels, what signed integer boundary work is done by the gas in kJ?
Final answer format: set "answer" to the s... | <image>The visual shows a piston-cylinder apparatus shown in initial and final states, with constant pressure in MPa, initial and final volumes in liters, and a process arrow. Using the initial and final state labels, what signed integer boundary work is done by the gas in kJ?
Annotation format: set "annotation" to an ... | {"type": "integer", "value": 8} | {"type": "bbox_map", "value": {"final_cylinder": [670.8, 151.0, 920.8, 583.0], "initial_cylinder": [253.2, 151.0, 503.2, 583.0], "pressure_readout": [359.0, 64.0, 801.0, 148.0]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:3665023defeb6d51346ef86ed2763429afa68454aecd2436513d65f85a56b41d | physics | task_physics__piston_cylinder__boundary_work_value | piston_cylinder | single | {"line_index": 51231, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:7a5acfa966f4efa38e9d442de40e8ef56d900cf1b26ece5559bf19c8770721f5"} | answer | ||
[
{
"width": 900,
"height": 660
}
] | <image>This diagram shows a labeled binary tree with the root at the top and left/right children shown by position. What is the label of the sibling of node 4?
Required answer format: set "answer" to the answer node label as a string exactly as shown.
Example JSON:
{"answer":"M"} | <image>This diagram shows a labeled binary tree with the root at the top and left/right children shown by position. What is the label of the sibling of node 4?
Annotation format: set "annotation" to a JSON object with keys "node" and "sibling"; each value is a [x,y] pixel point at that node center.
Answer format: set "... | {"type": "string", "value": "8"} | {"type": "point_map", "value": {"node": [805.0, 411.0], "sibling": [646.0, 411.0]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:e899f15bc9e57989b8bc66c473e85ed6e4b90c98187cd59a352441b6cff31548 | graph | task_graph__binary_tree__local_relative_node_label | binary_tree | sibling_label | boxed_tree | {"line_index": 34143, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:cb3ab1856a220ff02a4aa96ea3f56f31ef28a7f60b1aeaece015afab501a51cd"} | answer_and_annotation | |
[
{
"width": 960,
"height": 960
}
] | <image>The image shows three straight parallel conveyor belts with small 3D objects on them. Count all objects on the RIGHT belt. How many are there?
Answer format: set "answer" to the count as an integer.
Example JSON:
{"answer":2} | <image>The image shows three straight parallel conveyor belts with small 3D objects on them. Count all objects on the RIGHT belt. How many are there?
Annotation format: set "annotation" to an array containing one [x0, y0, x1, y1] pixel box around each counted object on the requested belt.
Answer format: set "answer" to... | {"type": "integer", "value": 7} | {"type": "bbox_set", "value": [[694.507, 759.162, 751.011, 803.017], [694.894, 380.488, 751.398, 424.343], [696.318, 637.523, 752.822, 681.378], [685.024, 175.916, 741.528, 219.771], [680.106, 283.797, 736.61, 327.652], [687.522, 504.129, 744.026, 547.984], [678.009, 87.223, 734.514, 131.467]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:c3e8691c7ffd9b485a21a36a09f83fff391e82928eef4e5cb776c7dfc6d5448c | three_d | task_three_d__conveyor__belt_total_object_count | conveyor | single | parcel_line | {"line_index": 60823, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:3042cdaf4e565c69f3df38e03d9f55a252b1f39b8c6eef0277bf846deb03bd0b"} | answer_and_annotation | |
[
{
"width": 1200,
"height": 800
}
] | <image>The picture shows three separate straight conveyor belts with objects on the belts. What is the number of cubes on the TOP belt?
Required answer format: set "answer" to the count as an integer.
Example JSON:
{"answer":2} | <image>The picture shows three separate straight conveyor belts with objects on the belts. What is the number of cubes on the TOP belt?
Annotation format: set "annotation" to an array containing one [x0, y0, x1, y1] pixel box around each counted object on the requested belt.
Answer format: set "answer" to the count as ... | {"type": "integer", "value": 5} | {"type": "bbox_set", "value": [[675.851, 101.657, 732.623, 173.455], [564.67, 93.803, 620.282, 166.378], [296.018, 108.803, 356.283, 180.071], [926.112, 78.706, 1002.859, 155.396], [426.979, 105.2, 481.294, 173.592]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:2e3c5ed0d07f79e5f8bb0dbdab127df39ddc61caae06e668d5e191b7bf21064c | three_d | task_three_d__conveyor__scoped_belt_object_type_count | conveyor | single | warehouse_line | {"line_index": 61358, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:c45e1a901ef89b7c04eaac62bef4fb0e65c85fdd50d594c5de93abfe063c50ce"} | answer_and_annotation | |
[
{
"width": 1200,
"height": 800
}
] | <image>A 3D conveyor carousel is shown with objects on the inner and outer belts. Count the purple [#963ACA] objects on the INNER belt. How many are there?
Format for the "answer" field: set "answer" to the count as an integer.
Example JSON:
{"answer":2} | <image>A 3D conveyor carousel is shown with objects on the inner and outer belts. Count the purple [#963ACA] objects on the INNER belt. How many are there?
Final answer format: set "answer" to the count as an integer.
Annotation format: set "annotation" to an array containing one [x0, y0, x1, y1] pixel box around each ... | {"type": "integer", "value": 4} | {"type": "bbox_set", "value": [[681.587, 302.47, 728.693, 359.251], [408.244, 226.996, 452.068, 282.47], [483.257, 395.345, 539.943, 454.331], [355.645, 286.873, 408.664, 344.663]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:71074c1d4b10aa503a81cbb9e35bf181dc621ed561020a8dbee8b99aa2c8b658 | three_d | task_three_d__carousel__scoped_belt_color_count | carousel | single | airport_carousel | {"line_index": 60625, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:73a5d53ddeec86569bfe0303797b84355880688faa848be9ce823cf932f99a08"} | answer_and_annotation | |
[
{
"width": 1280,
"height": 720
}
] | <image>The image shows a grouped lollipop chart with labeled categories on the horizontal axis and a legend. Each colored point gives that series value for its category. Across the labeled categories, which one has the largest requested share of "Nml" within its category total?
Answer field: set "answer" to the request... | <image>The image shows a grouped lollipop chart with labeled categories on the horizontal axis and a legend. Each colored point gives that series value for its category. Across the labeled categories, which one has the largest requested share of "Nml" within its category total?
Format for the "annotation" field: set "a... | {"type": "string", "value": "Bres"} | {"type": "point_map", "value": {"Bres:Adt": [129.5, 643.0], "Bres:Ldi": [159.833, 572.92], "Bres:Nml": [190.167, 479.48]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:3252befa49a1ac5344ea408be3ef336a827e20224159e90dca0681f4afe5c577 | charts | task_charts__multiseries__ranked_series_share_extremum_label | multiseries | largest_series_share_label | grouped_lollipop | {"line_index": 5235, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:101d7d1f923d474c33e36f5d78af99c4b6e1dbb284be927cd7039aa210b930c7"} | answer | |
[
{
"width": 840,
"height": 870
}
] | <image>The scene shows a Ludo-style cross board with one visible token for each player color, colored home lanes leading toward the center, and arrows showing movement direction. Finish is the final colored cell at the end of a token's home lane near the center. Count spaces only along that same colored home lane; the ... | <image>The scene shows a Ludo-style cross board with one visible token for each player color, colored home lanes leading toward the center, and arrows showing movement direction. Finish is the final colored cell at the end of a token's home lane near the center. Count spaces only along that same colored home lane; the ... | {"type": "integer", "value": 1} | {"type": "point", "value": [373.0, 393.0]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:4f725147a521f3c4dff5fa373e6da871870bc12b2dd5d5da034da9d41b6bbee5 | games | task_games__ludo_board__winning_roll_value | ludo_board | single | {"line_index": 16844, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:b7480f22ea0b445658c88c09c8461d9e2feeea94bed9645d9af63016c5648a77"} | answer | ||
[
{
"width": 1200,
"height": 1000
}
] | <image>The chart shows multiple line-plot panels with the same method labels repeated across panels. Looking only at subplot "Logistic", count the curves that pass upward through the y = 65 guide.
Answer field: set "answer" to the requested count as an integer.
Example JSON:
{"answer":2} | <image>The chart shows multiple line-plot panels with the same method labels repeated across panels. Looking only at subplot "Logistic", count the curves that pass upward through the y = 65 guide.
Required annotation format: set "annotation" to an array of [x,y] pixel points on every curve-threshold crossing in the req... | {"type": "integer", "value": 2} | {"type": "point_set", "value": [[668.806, 690.25], [662.02, 690.25]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:dd4a57358edfa22b31b72404abc43ce9011b0415793f82c3dd25476f7dc92d06 | charts | task_charts__curve_panels__panel_curve_threshold_crossing_count | curve_panels | panel_curve_upward_threshold_crossing_count | multipanel_line_grid | {"line_index": 2707, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:9748cf92c02c21794740fa0ecb31cee2ee3d7996ce6c0dc19f42c690b12094ac"} | answer_and_annotation | |
[
{
"width": 1280,
"height": 860
}
] | <image>The image shows a synthetic 3D chart. Compare the labeled points by "y-axis". Which one is nearest to 64?
Required answer format: set "answer" to the exact visible point label as a string.
Example JSON:
{"answer":"Haidon"} | <image>The image shows a synthetic 3D chart. Compare the labeled points by "y-axis". Which one is nearest to 64?
Annotation format: set "annotation" to one [x,y] pixel point at the center of the selected point marker.
Answer format: set "answer" to the exact visible point label as a string.
Example JSON:
{"annotation":... | {"type": "string", "value": "City"} | {"type": "point", "value": [674.896, 365.512]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:ed6d097cdab070c0dda1089620b14a83d34e19edc46bc0811b1557154dd79c8a | charts | task_charts__surface_3d__reference_nearest_label | surface_3d | single | three_d_scatter | {"line_index": 10157, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:da1d8097b7089ef58be242ffa728cea3da31d4f85c2f31f380014270deb41b10"} | answer_and_annotation | |
[
{
"width": 1280,
"height": 720
}
] | <image>The image shows a START-to-END icon path with icon types placed on path stops. How many path stops are strictly between the "pentagon" icon and the "magnifying glass" icon along the path from START to END?
Final answer format: set "answer" to the number of path stops strictly between the two named icons as an in... | <image>The image shows a START-to-END icon path with icon types placed on path stops. How many path stops are strictly between the "pentagon" icon and the "magnifying glass" icon along the path from START to END?
Annotation format: set "annotation" to an array of [x0, y0, x1, y1] bounding boxes in image pixel coordinat... | {"type": "integer", "value": 6} | {"type": "bbox_set", "value": [[407, 229, 453, 270], [513, 236, 557, 274], [618, 299, 661, 353], [721, 363, 768, 412], [824, 391, 876, 436], [935, 406, 974, 459]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:232a3ef9e8f3cc14d02df9cee952080533353fddf587ee77a41dd34ecc40a3f6 | icons | task_icons__named_path__path_distance_value | named_path | single | single_panel_named_path | {"line_index": 38633, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:7601aa347f246d48c6d3ebd4cfe72e9a9bfc2f2a22318de1c4c0149e02947ea3"} | answer_and_annotation | |
[
{
"width": 1180,
"height": 760
}
] | <image>The ripple-tank diagram shows two sources and a visible wave-interference pattern. Compare the two source phases at each candidate. Which point gives destructive interference? Read the needed distances from the shown ring spacing.
Final answer format: set "answer" to the matching candidate point letter as a stri... | <image>The ripple-tank diagram shows two sources and a visible wave-interference pattern. Compare the two source phases at each candidate. Which point gives destructive interference? Read the needed distances from the shown ring spacing.
Answer format: set "answer" to the matching candidate point letter as a string.
An... | {"type": "option_letter", "value": "D"} | {"type": "point", "value": [507.625, 172.734]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:85ad84579a7d49899a40f70e1d40235af5eb11d8fdbf74ba6992593e400d3620 | physics | task_physics__wave_interference__interference_point_choice | wave_interference | destructive_interference_point_choice | grid_tank | {"line_index": 52260, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:0ef9bd7e689a24e61e844e1eeae0c38a4bdf91642448f29d1160f15933c173b8"} | answer_and_annotation | |
[
{
"width": 1300,
"height": 950
}
] | <image>The diagram shows database tables with field rows, key markers, cardinality markers, and relationship lines. Between table "Achievement" and table "Game", what cardinality label do the endpoint markers show?
Return a JSON object with "answer" only.
Format for the "answer" field: set "answer" to one of "one_to_on... | <image>The diagram shows database tables with field rows, key markers, cardinality markers, and relationship lines. Between table "Achievement" and table "Game", what cardinality label do the endpoint markers show?
Return a JSON object with "annotation" and "answer".
Final answer format: set "answer" to one of "one_to_... | {"type": "string", "value": "one_to_many"} | {"type": "bbox_map", "value": {"source_cardinality_marker": [754.0, 512.08, 778.0, 536.08], "target_cardinality_marker": [954.0, 231.333, 978.0, 255.333]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:aa95104fa2a5c944aacbe038b6866f97e04dde7a0302670456f1d8c52fd2ea74 | pages | task_pages__schema__relationship_cardinality_label | schema | single | layered | {"line_index": 48350, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:79b13a8e8af562af14011ebee83aeb2cfbdb7ecc0db0e1a39a80f609cc9121a8"} | answer_and_annotation | |
[
{
"width": 960,
"height": 1128
}
] | <image>The picture shows a perspective 3D platform scene with several objects and two reference objects. Which option describes the object between the chair and the washing machine?
Required answer format: set "answer" to the selected option letter.
Example JSON:
{"answer":"C"} | <image>The picture shows a perspective 3D platform scene with several objects and two reference objects. Which option describes the object between the chair and the washing machine?
Annotation format: set "annotation" to the bounding box [x0, y0, x1, y1] around the selected object in the scene.
Answer format: set "answ... | {"type": "option_letter", "value": "F"} | {"type": "bbox", "value": [359.068, 341.968, 416.836, 413.121]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:e7b048b243c573aff2663f28863ded0399a1363f04aec346816283c1aed07e28 | three_d | task_three_d__object_scene__between_references_label | object_scene | single | studio_platform | {"line_index": 62125, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:bb427656fcd8f8b1f4107c7838a44faa3ff3963835e5dd2ce07d89a3e6a13945"} | answer_and_annotation | |
[
{
"width": 720,
"height": 560
}
] | <image>The figure shows labeled angle relations. Use the displayed angle expressions. Solve for the measure of angle "ABC".
Answer field: set "answer" to the requested value as an integer.
Example JSON:
{"answer":42} | <image>The figure shows labeled angle relations. Use the displayed angle expressions. Solve for the measure of angle "ABC".
Annotation format: set "annotation" to a JSON object with exactly the keys "A", "B", "C", and "D"; each value is the pixel point [x,y] at that labeled point.
Format for the "answer" field: set "an... | {"type": "integer", "value": 96} | {"type": "point_map", "value": {"A": [340.042, 512.0], "B": [311.772, 229.46], "C": [531.683, 183.864], "D": [578.081, 104.42]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:6ff826934679e19b9b4df75fd61889d3d7d0df5cd54c8a3422634e1568ea2a03 | geometry | task_geometry__angle_relations__algebraic_angle_value | angle_relations | single | {"line_index": 22442, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:9258b8385a96cfa94b052bf27cec8d32fff57813264f25cc3efbaa9e3aefb3c7"} | answer | ||
[
{
"width": 789,
"height": 789
}
] | <image>The diagram shows a circle with labeled points and shown measurements. From exterior point P, one segment touches the circle at T and another line crosses the circle at A then B. What is the length of AB?
Format for the "answer" field: set "answer" to the requested value as an integer.
Example JSON:
{"answer":11... | <image>The diagram shows a circle with labeled points and shown measurements. From exterior point P, one segment touches the circle at T and another line crosses the circle at A then B. What is the length of AB?
Annotation field: use exactly these visible point-label keys: "P", "T", "A", "B"; each value must be that la... | {"type": "integer", "value": 115} | {"type": "point_map", "value": {"A": [420.4, 382.95], "B": [161.38, 498.45], "P": [627.62, 290.55], "T": [287.4, 298.94]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:46ae9360eefd78cbff38efb0c76d82c3cfeb3b132bdf748f8839356231471efc | geometry | task_geometry__circle_theorem__tangent_secant_length_value | circle_theorem | single | {"line_index": 24178, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:12af947fb37d2ea327cc3313c14ae443f77b15ce151502e9702238b8b0f7427d"} | answer | ||
[
{
"width": 1424,
"height": 888
}
] | <image>The chart shows small multiple radar charts. Each panel has the same metric spokes and one colored profile polygon; panel labels identify the separate radar charts. Count the panels where 4 or more metric vertices are greater than 4.
Answer format: set "answer" to the count as an integer.
Example JSON:
{"answer"... | <image>The chart shows small multiple radar charts. Each panel has the same metric spokes and one colored profile polygon; panel labels identify the separate radar charts. Count the panels where 4 or more metric vertices are greater than 4.
Annotation format: set "annotation" to an array of [x0,y0,x1,y1] pixel boxes, o... | {"type": "integer", "value": 5} | {"type": "bbox_set", "value": [[35.0, 78.0, 472.333, 456.0], [953.667, 78.0, 1391.0, 456.0], [35.0, 478.0, 472.333, 856.0], [494.333, 478.0, 931.667, 856.0], [953.667, 478.0, 1391.0, 856.0]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:9a9f4f1af90631feaa1f5e3334ad6fcaeaaec84bd3d650a6c0a4538d3d171e39 | charts | task_charts__radar__matching_condition_panel_count | radar | single | small_multiple_radar | {"line_index": 6422, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:0d11be9d49da51971d28273e05fad5ea6d57b09b2ac674b9c8599c543730e72e"} | answer | |
[
{
"width": 720,
"height": 560
}
] | <image>The labeled diagram shows labeled angle relations. Use the displayed lower-triangle angles and the parallel lines. Determine the measure of angle "PQR".
Final answer format: set "answer" to the requested value as an integer.
Example JSON:
{"answer":42} | <image>The labeled diagram shows labeled angle relations. Use the displayed lower-triangle angles and the parallel lines. Determine the measure of angle "PQR".
Final answer format: set "answer" to the requested value as an integer.
Annotation format: set "annotation" to a JSON object with exactly the keys "P", "Q", "R"... | {"type": "integer", "value": 58} | {"type": "point_map", "value": {"P": [264.823, 158.0], "Q": [390.0, 302.0], "R": [434.025, 158.0], "S": [345.975, 446.0], "T": [515.177, 446.0]}} | {"annotation": {"id": "point_map_soft_distance_v0", "type": "point_map"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:1fc4b35c5b31deed73e5563a9a0504b85b3ab16ce14359f5ea9299fe58e29310 | geometry | task_geometry__angle_relations__parallel_transversal_triangle_angle_value | angle_relations | single | {"line_index": 22599, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:e9e479e5561754ab732cfac73ee8c10beec7f1f05e815aab780c800d3e28e899"} | answer | ||
[
{
"width": 706,
"height": 792
}
] | <image>The scene shows a Sixteen Soldiers board with red and blue pieces on points connected by drawn movement lines. A capture is possible when the piece marked with an X can jump along one drawn straight line over an adjacent opponent piece and land on the empty point immediately beyond it. How many immediate capture... | <image>The scene shows a Sixteen Soldiers board with red and blue pieces on points connected by drawn movement lines. A capture is possible when the piece marked with an X can jump along one drawn straight line over an adjacent opponent piece and land on the empty point immediately beyond it. How many immediate capture... | {"type": "integer", "value": 4} | {"type": "point_set", "value": [[337.0, 535.0], [402.0, 535.0], [272.0, 600.0], [402.0, 665.0]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:fdafd5a0c462e8375edef782f45a2958e12bd2cc622701f0df4f46b2c41c0ffc | games | task_games__sixteen_soldiers__marked_piece_capture_count | sixteen_soldiers | single | triangle_wing_midgame | {"line_index": 19641, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:53f970d488331bd2019537774f5937ee0efb7a2bac8bb843564ae2d0b45c2c95"} | answer | |
[
{
"width": 960,
"height": 544
}
] | <image>The figure shows one panel of assorted icons. How many icons in the Scene panel are of the most frequent type?
Answer field: set "answer" to the count as an integer.
Example JSON:
{"answer":2} | <image>The figure shows one panel of assorted icons. How many icons in the Scene panel are of the most frequent type?
Final answer format: set "answer" to the count as an integer.
Annotation format: set "annotation" to a JSON array of [x0, y0, x1, y1] bounding boxes in image pixel coordinates for every counted icon of ... | {"type": "integer", "value": 3} | {"type": "bbox_set", "value": [[58, 334, 122, 398], [138, 350, 202, 414], [795, 399, 859, 463]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:0826fcd4ebdef584e240fb629295a9089b648b1a15c7e5b034164e3446c8adff | icons | task_icons__icon_field__most_frequent_type_count | icon_field | single | single_panel_scene | {"line_index": 37249, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:da3e2194a1815821defa68b9c8dc712e67a20d38310835fb8ff4c0f3ab035dc6"} | answer_and_annotation | |
[
{
"width": 1200,
"height": 800
}
] | <image>The view shows a perspective 3D platform scene with named objects and lettered point markers. Which marked point lies on the line connecting the plug and the fish?
Answer field: set "answer" to the selected marked-point letter.
Example JSON:
{"answer":"C"} | <image>The view shows a perspective 3D platform scene with named objects and lettered point markers. Which marked point lies on the line connecting the plug and the fish?
Annotation format: set "annotation" to the point [x, y] at the center of the selected point marker.
Answer format: set "answer" to the selected marke... | {"type": "option_letter", "value": "B"} | {"type": "point", "value": [451.675, 263.772]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:0308251e8a05da31bb1dd8d57f5d6171d32ad47adf35b60284d6d9d299319193 | three_d | task_three_d__object_scene__point_on_object_line_label | object_scene | single | floor_grid_room | {"line_index": 62848, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:9c9c5a1e2df8063cac128138c797f3035ec6000b226e2cb4b4b4ba3436f0e27d"} | answer_and_annotation | |
[
{
"width": 980,
"height": 660
}
] | <image>The image shows several smooth labeled density curves with a legend and exact x-axis reference marks when needed. Look where the curves meet the marked x-position "59". Which label is lowest there?
Required answer format: set "answer" to the exact visible density-curve label as a string.
Example JSON:
{"answer":... | <image>The image shows several smooth labeled density curves with a legend and exact x-axis reference marks when needed. Look where the curves meet the marked x-position "59". Which label is lowest there?
Annotation format: set "annotation" to the [x,y] pixel point on the answer curve at the marked x-position.
Answer f... | {"type": "string", "value": "Low"} | {"type": "point", "value": [510.359, 519.921]} | {"annotation": {"id": "point_soft_distance_v0", "type": "point"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:52ad1b260a746010fb413183a81b49f7c2ee6c435f1c7c58171bd5ef31299972 | charts | task_charts__density_curve__density_at_x_extremum_label | density_curve | lowest_density_at_x_label | density_curve | {"line_index": 3492, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:3108bea45f83c41845f7a54e8f4dbe330950400c72921b3e7578b5bba0e02ebb"} | answer | |
[
{
"width": 1118,
"height": 1144
}
] | <image>The scene shows a construction-site source panel with one missing region and lettered patch options. Which option exactly fills the missing region?
Final answer format: set "answer" to the selected option letter as a string.
Example JSON:
{"answer":"C"} | <image>The scene shows a construction-site source panel with one missing region and lettered patch options. Which option exactly fills the missing region?
Annotation format: set "annotation" to a JSON object with keys "missing_region" and "selected_option", each mapped to a [x0, y0, x1, y1] box in image pixel coordinat... | {"type": "option_letter", "value": "D"} | {"type": "bbox_map", "value": {"missing_region": [468.495, 552.49, 637.083, 664.229], "selected_option": [284.824, 989.693, 453.411, 1101.433]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:6b6090d2be914034117091391d278965396affabe62c1b9d48405fb1af46d6f5 | illustrations | task_illustrations__construction_site__missing_patch_label | construction_site | single | {"line_index": 40411, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:dc8276d689f8cf4e7f9df127d4a4d7b90a1a3bec9701d461e73efdce2c3552a9"} | answer | ||
[
{
"width": 760,
"height": 520
}
] | <image>The picture shows an isometric voxel-cube structure with orthographic projection panels when needed. Which labeled option matches the right orthographic projection of the voxel structure?
Use this answer format: set "answer" to the label of the matching projection option.
Example JSON:
{"answer":"C"} | <image>The picture shows an isometric voxel-cube structure with orthographic projection panels when needed. Which labeled option matches the right orthographic projection of the voxel structure?
Use this annotation format: Set annotation to one image-pixel bounding box [x0,y0,x1,y1] around the selected projection optio... | {"type": "option_letter", "value": "C"} | {"type": "bbox", "value": [318.0, 300.0, 508.0, 478.0]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:7dd7d4acf4b24445265906c0dc3b31af0e9fdd137dc4fcc8ba3e6e9a945e3189 | puzzles | task_puzzles__voxel_cube__cube_projection_match_label | voxel_cube | single | {"line_index": 56016, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:b380bf0c1f560efc16ff439117653b6cfa3a951e84d93fa6ff8012a3305b89bd"} | answer | ||
[
{
"width": 960,
"height": 960
}
] | <image>The scene shows a pixel-art isometric quarry with varied rock levels and clearly separated quarry objects. How many ore veins sit on the lowest terrain?
Return JSON with key "answer".
Required answer format: set "answer" to the number of matching ore veins.
Example JSON:
{"answer":2} | <image>The scene shows a pixel-art isometric quarry with varied rock levels and clearly separated quarry objects. How many ore veins sit on the lowest terrain?
Return JSON with keys "annotation" and "answer".
Final answer format: set "answer" to the number of matching ore veins.
Annotation format: set "annotation" to a... | {"type": "integer", "value": 2} | {"type": "bbox_set", "value": [[93.669, 510.634, 125.76, 539.664], [587.383, 634.062, 619.474, 663.093]]} | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:d0c5bd5cbcba610c03cee9f1298202805ddaa16fd14c168671777f55a4f948bd | illustrations | task_illustrations__isometric_quarry__terrain_level_object_count | isometric_quarry | lowest_terrain_object_count | {"line_index": 41856, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:37f08f2c5dc83fdec8cee9eb9de394497eef0c5e9cc959d581b3f0793e0fd87a"} | answer_and_annotation | ||
[
{
"width": 980,
"height": 760
}
] | <image>This clock display shows one digital reference display above six labeled analog-clock options. Which labeled analog clock shows the same time as the reference display?
Final answer format: set "answer" to the single matching option label as a string.
Example JSON:
{"answer":"B"} | <image>This clock display shows one digital reference display above six labeled analog-clock options. Which labeled analog clock shows the same time as the reference display?
Required annotation format: set "annotation" to an object/dictionary with keys "reference" and "correct_option", each containing a visual boundin... | {"type": "string", "value": "F"} | {"type": "bbox_map", "value": {"correct_option": [720.0, 584.0, 872.0, 736.0], "reference": [315.0, 145.0, 665.0, 255.0]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:e25646a70049bcc6825651a27310d23649652d235e0af8a4d10d16096e864954 | symbolic | task_symbolic__clock__equivalent_time_label | clock | digital_reference_analog_options | minimal | {"line_index": 57137, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:47d4c764f91b38ccde95efab44c8df7490a263eec553c631e5c7769c59ca5983"} | answer | |
[
{
"width": 1120,
"height": 760
}
] | <image>The image shows a kinematics graph with labeled axes, a piecewise-linear curve, and one marked time interval. For the highlighted interval, choose the option that describes whether the object speeds up, slows down, or keeps constant speed.
Format for the "answer" field: set "answer" to the option letter for the ... | <image>The image shows a kinematics graph with labeled axes, a piecewise-linear curve, and one marked time interval. For the highlighted interval, choose the option that describes whether the object speeds up, slows down, or keeps constant speed.
Required annotation format: set "annotation" to the marked velocity-time ... | {"type": "option_letter", "value": "A"} | {"type": "segment", "value": [[417.333, 124.0], [560.0, 124.0]]} | {"annotation": {"id": "segment_soft_distance_v0", "type": "segment"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:0e02a5cd927c298ed34be354e3780401a61ac077002fe129f9e8389a9ce821a4 | physics | task_physics__motion_graph__speed_change_state_choice | motion_graph | single | {"line_index": 51016, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:174f20036e128a0f5e27d016e54c2353637f4b06f0bea137e1a2b2722ac5ffa6"} | answer | ||
[
{
"width": 800,
"height": 1200
}
] | <image>The image contains many small 3D objects arranged on a plain surface. How many small objects are visible?
Final answer format: set "answer" to the count as an integer.
Example JSON:
{"answer":3} | <image>The image contains many small 3D objects arranged on a plain surface. How many small objects are visible?
Annotation format: set "annotation" to an array containing one [x0, y0, x1, y1] pixel box around each counted object.
Answer format: set "answer" to the count as an integer.
Example JSON:
{"annotation":[[120... | {"type": "integer", "value": 9} | {"type": "bbox_set", "value": [[406.297, 362.248, 485.414, 474.152], [107.526, 288.461, 170.79, 381.827], [324.029, 272.659, 372.788, 346.29], [225.696, 267.55, 285.074, 358.125], [275.344, 318.657, 350.82, 430.75], [36.451, 463.273, 127.763, 585.773], [186.65, 257.676, 246.428, 348.647], [224.957, 346.654, 300.509, 45... | {"annotation": {"id": "bbox_set_soft_iou_v0", "type": "bbox_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:65d543665eccba4b38268df25610b2aa0904908134702e7b2c5f815f5dd7b0ab | three_d | task_three_d__object_cluster__total_object_count | object_cluster | single | shallow_tray | {"line_index": 62058, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:88091ce742f933b924c89972cef2aab5f410754e0073cd9dcf9c02b3f46011cb"} | answer_and_annotation | |
[
{
"width": 900,
"height": 660
}
] | <image>The diagram shows a labeled binary tree with the root at the top and left/right children shown by position. How many nodes have one child rather than zero or two?
Required answer format: set "answer" to the requested count as an integer.
Example JSON:
{"answer":2} | <image>The diagram shows a labeled binary tree with the root at the top and left/right children shown by position. How many nodes have one child rather than zero or two?
Annotation format: set "annotation" to an array of [x,y] pixel points at the centers of every node with exactly one child; use [] when the answer is z... | {"type": "integer", "value": 1} | {"type": "point_set", "value": [[503.0, 273.0]]} | {"annotation": {"id": "point_set_soft_distance_v0", "type": "point_set"}, "answer": {"id": "answer_exact_match_v0", "type": "integer"}, "reward_contract_version": "v0"} | blake3:1041b9f350e6eba1d258115d6d725457ca4b819be7f8af51aeff12082ca53964 | graph | task_graph__binary_tree__child_structure_node_count | binary_tree | single_child_node_count | classic_tree | {"line_index": 33961, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:5737690e88a3243c089cba3e213450336e7cdefd150cf56e8dfe5d2ebf588fea"} | answer_and_annotation | |
[
{
"width": 1050,
"height": 1218
}
] | <image>The image shows a top-down pixel RPG dungeon with one region removed and lettered patch options below it. Choose the letter of the patch that fits the blank region in the top dungeon panel.
Return JSON with key "answer".
Answer format: set "answer" to the selected patch option letter.
Example JSON:
{"answer":"C"... | <image>The image shows a top-down pixel RPG dungeon with one region removed and lettered patch options below it. Choose the letter of the patch that fits the blank region in the top dungeon panel.
Return JSON with keys "annotation" and "answer".
Required annotation format: set "annotation" to an object with keys "missi... | {"type": "option_letter", "value": "F"} | {"type": "bbox_map", "value": {"missing_region": [769.676, 134.434, 1020.833, 309.359], "selected_option": [670.023, 1028.497, 921.181, 1203.423]}} | {"annotation": {"id": "bbox_map_soft_iou_v0", "type": "bbox_map"}, "answer": {"id": "answer_exact_match_v0", "type": "option_letter"}, "reward_contract_version": "v0"} | blake3:2e2e2814979616a61e7ef97a62d666bb8bd655696f3133ea23b90c21fb521b18 | illustrations | task_illustrations__rpg_dungeon__missing_patch_label | rpg_dungeon | single | {"line_index": 43186, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:d3fec97b121bb13ca0f7da5ed88785185d0c35bea9d888c48128c55ca250c1a7"} | answer | ||
[
{
"width": 907,
"height": 1409
}
] | <image>The image shows a multi-section infographic with labeled metric cards and printed values. Within section "Books", order the metric-card values from lowest to highest. What card label is second?
Return a JSON object with "answer" only.
Final answer format: set "answer" to the exact visible metric-card label reque... | <image>The image shows a multi-section infographic with labeled metric cards and printed values. Within section "Books", order the metric-card values from lowest to highest. What card label is second?
Return a JSON object with "annotation" and "answer".
Annotation format: set "annotation" to the selected metric card [x... | {"type": "string", "value": "Bronze"} | {"type": "bbox", "value": [103.43, 322.398, 338.799, 407.973]} | {"annotation": {"id": "bbox_soft_iou_v0", "type": "bbox"}, "answer": {"id": "answer_exact_match_v0", "type": "string"}, "reward_contract_version": "v0"} | blake3:80dab26f0784cccd0c892a9543a8e58f837949249aecf798858e8613a0f18155 | pages | task_pages__infographic__section_metric_ranked_item_label | infographic | nth_lowest_metric_in_section_label | staggered_mosaic | {"line_index": 46168, "shard_id": "trace_shard_0001.jsonl.zst", "trace_record_hash": "blake3:649d284165f34808bcf14a60fc7b7700a3d088738f53495db65483d5d9d10b69"} | answer |
TRACE: A Taxonomy-Guided Environment for Multidomain Visual Reasoning
TRACE is a synthetic dataset for grounded visual reasoning and reinforcement learning with verifiable rewards. Each example pairs a rendered image with two prompt variants, typed targets, a reward contract, and a reference to its execution trace.
Paper · Project page · GitHub · Collection · Task catalog · Training recipes · 3B model · 7B model
Dataset structure
The release covers 1,000 tasks, 277 scenes, and 11 visual domains: charts, games, geometry, graphs, icons, illustrations, pages, physics, puzzles, symbolic notation, and 3D scenes.
| Split | Examples | Coverage | Generation seed |
|---|---|---|---|
| train | 64,000 | 64 examples per task | 42 |
| validation | 2,000 | 2 examples per task | 1042 |
Both splits are deterministically shuffled with row-order seed 20260711.
Validation is IID over the same 1,000 tasks; it is not a held-out test of new
task families.
This is the canonical dataset release for reproducing the public TRACE 3B and
7B checkpoints. The dataset-v1 tag is the stable human-facing release name;
the public training configurations pin its immutable commit. An independent
equivalence receipt
verifies that every field consumed by training is identical to the original
run input, including embedded image bytes and row order.
The optional trace_supervision_mode column is advisory metadata. The released
training profiles select prompt_answer, score answer_gt, and do not read
this column.
Fields
| Field | Description |
|---|---|
images, image_sizes |
Embedded rendered image and dimensions defining the annotation coordinate frame |
prompt_answer |
Prompt selected by the released training profiles |
prompt_answer_and_annotation |
Prompt requesting an answer and image-space annotation |
answer_gt, annotation_gt |
JSON-encoded typed verifier targets |
reward_contract |
JSON-encoded metadata-backed scoring contract |
instance_id, domain, scene_id, task, query_id |
Identity and public taxonomy |
trace_ref |
JSON-encoded reference to the compressed execution-trace sidecar |
trace_supervision_mode |
Optional advisory prompt-selection recommendation; unused by the released training profiles |
The sidecars/ directories contain build and validation reports, canonical
instance records, curriculum indices, manifests, and compressed execution
traces. Images are embedded in the Parquet files and are not duplicated in
the sidecars. Report and manifest paths on the default branch are
repository-relative; dataset ids and content hashes retain artifact identity.
Loading
from datasets import load_dataset
dataset = load_dataset("maveryn/trace", revision="dataset-v1")
train = dataset["train"]
validation = dataset["validation"]
The contract fields are stored as JSON strings. Decode them before scoring:
import json
row = dataset["train"][0]
answer = json.loads(row["answer_gt"])
annotation = json.loads(row["annotation_gt"])
reward_contract = json.loads(row["reward_contract"])
The public 3B and 7B training configurations pin the immutable release commit and validate the split sizes, task coverage, schema, prompts, and model inputs before training.
Intended use and limitations
TRACE is intended for research on multimodal reasoning, verifiable-reward post-training, grounded supervision, synthetic curricula, and task-level analysis. Its procedurally generated images do not represent the full distribution of natural images or real documents. Prompts are predominantly English, and metadata-backed labels do not eliminate model or task-design biases. The dataset should not be treated as evidence of real-world model reliability or safety.
Citation
If you use TRACE, please cite:
@misc{alam2026trace,
title = {Trace: A Taxonomy-Guided Environment for Multidomain Visual Reasoning},
author = {Alam, Md Tanvirul},
year = {2026},
eprint = {2607.19790},
archivePrefix = {arXiv},
primaryClass = {cs.CV},
url = {https://arxiv.org/abs/2607.19790}
}
License
The dataset is released under CC BY 4.0. The generator software is separately licensed under Apache-2.0; bundled assets and dependencies retain the terms documented in the source repository.
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