Datasets:
| video,prompt,source_prompt,family,sample,variant,domain_key,domain_index,width,height,fps,frames,seed,video_sha256,source_sha256 | |
| videos/G-3/00000/revised/video.mp4,"On a bakery work table, there are two types of baking dishes: three blue round enamel bowls and three orange square baking tins, each of a different size, scattered at random. Keep all dishes unchanged in appearance (type, size, and color). Only rearrange their positions using the overhead gantry gripper: first group the dishes by type, then within each group, sort the dishes from smallest to largest (left to right), and arrange all six dishes in a single horizontal row from left to right.","The scene contains two types of shapes, each type has three shapes of different sizes arranged randomly. Keep all shapes unchanged in appearance (type, size, and color). Only rearrange their positions: first group the shapes by type, then within each group, sort the shapes from smallest to largest (left to right), and arrange all shapes in a single horizontal line from left to right.",G-3,00000,revised,workshop_bench,,1024,1024,12.0,96,,dddafb9231b7cc30499f7e383b0ad7077aefb34104e392c84b5cbe27accd4248,72f3971942964fdf9521920be5de07905700e7f0cd025c6b1f7da4c3b123c512 | |
| videos/G-3/00001/revised/video.mp4,"On a bakery work table, there are two types of baking dishes: three orange triangular baking tins and three green square baking tins, each of a different size, scattered at random. Keep all dishes unchanged in appearance (type, size, and color). Only rearrange their positions using the overhead gantry gripper: first group the dishes by type, then within each group, sort the dishes from smallest to largest (left to right), and arrange all six dishes in a single horizontal row from left to right.","The scene contains two types of shapes, each type has three shapes of different sizes arranged randomly. Keep all shapes unchanged in appearance (type, size, and color). Only rearrange their positions: first group the shapes by type, then within each group, sort the shapes from smallest to largest (left to right), and arrange all shapes in a single horizontal line from left to right.",G-3,00001,revised,workshop_bench,,1024,1024,12.0,96,,208f77a312fa7ac5abfad24417f3ab39f1a3c64ced9d75a5472268ece11847cf,414f845e6042f6c13b3978fcb25f7e928c4f910dae979c7a3024fea9f5ce733f | |
| videos/G-3/00002/revised/video.mp4,"On a bakery work table, there are two types of baking dishes: three red round enamel bowls and three blue square baking tins, each of a different size, scattered at random. Keep all dishes unchanged in appearance (type, size, and color). Only rearrange their positions using the overhead gantry gripper: first group the dishes by type, then within each group, sort the dishes from smallest to largest (left to right), and arrange all six dishes in a single horizontal row from left to right.","The scene contains two types of shapes, each type has three shapes of different sizes arranged randomly. Keep all shapes unchanged in appearance (type, size, and color). Only rearrange their positions: first group the shapes by type, then within each group, sort the shapes from smallest to largest (left to right), and arrange all shapes in a single horizontal line from left to right.",G-3,00002,revised,workshop_bench,,1024,1024,12.0,96,,fb017c3097e0932c424b45b6f1b4583e520e37070eeae8381b3b63cc117428d2,3743143134b6f435c2adf4c4db7c390a57c48dddd20ae3801d507527437e47f7 | |
| videos/G-3/00003/revised/video.mp4,"On a bakery work table, there are two types of baking dishes: three orange triangular baking tins and three orange round enamel bowls, each of a different size, scattered at random. Keep all dishes unchanged in appearance (type, size, and color). Only rearrange their positions using the overhead gantry gripper: first group the dishes by type, then within each group, sort the dishes from smallest to largest (left to right), and arrange all six dishes in a single horizontal row from left to right.","The scene contains two types of shapes, each type has three shapes of different sizes arranged randomly. Keep all shapes unchanged in appearance (type, size, and color). Only rearrange their positions: first group the shapes by type, then within each group, sort the shapes from smallest to largest (left to right), and arrange all shapes in a single horizontal line from left to right.",G-3,00003,revised,workshop_bench,,1024,1024,12.0,96,,e885b1c39894128d79b6fe2a959ecf24353b8d4be2a5b405c782c5fff6aa6df2,0e37e70829ee435b1ee22f88be140fa3059a0b29a6cd4f831019c088a672384b | |
| videos/G-3/00004/revised/video.mp4,"On a bakery work table, there are two types of baking dishes: three blue square baking tins and three orange triangular baking tins, each of a different size, scattered at random. Keep all dishes unchanged in appearance (type, size, and color). Only rearrange their positions using the overhead gantry gripper: first group the dishes by type, then within each group, sort the dishes from smallest to largest (left to right), and arrange all six dishes in a single horizontal row from left to right.","The scene contains two types of shapes, each type has three shapes of different sizes arranged randomly. Keep all shapes unchanged in appearance (type, size, and color). Only rearrange their positions: first group the shapes by type, then within each group, sort the shapes from smallest to largest (left to right), and arrange all shapes in a single horizontal line from left to right.",G-3,00004,revised,workshop_bench,,1024,1024,12.0,96,,ab9c97c970ee7c70af110e290d60301acee7053f5ac32b4ccc1f3b93d1bf5fed,23b6f939675bf0f64ed9a673306b80c62c0ad4f2ff9f66186c5765c0b70a0fc3 | |
| videos/G-5/00000/revised/video.mp4,"On a wooden craft table, there are colored items (a red ball, a pink sketchbook and a yellow triangular block) and small four-pointed star decals. Keep all star decals unchanged in position. Move each colored item to the star decal with the same color using straight paths, aligning the center of each item with the center of its matching star decal.","The scene contains multiple colored objects and star markers. Keep all star markers unchanged in position. Move each colored object to the star marker with the same color using straight paths, aligning the center of each object with the center of its matching star marker.",G-5,00000,revised,workshop_bench,,1024,1024,10.0,30,,4cb2c6770f4f68b6855e52ff4da38a52f97f820e1d6f98722e598f63e7f660aa,34b87f34e331ec35c037379956ffb42a36ba708ef8898ed998a6583f0b99f6dc | |
| videos/G-5/00001/revised/video.mp4,"On a wooden craft table, there are colored items (a yellow ball, a red triangular block and a pink gift box) and small four-pointed star decals. Keep all star decals unchanged in position. Move each colored item to the star decal with the same color using straight paths, aligning the center of each item with the center of its matching star decal.","The scene contains multiple colored objects and star markers. Keep all star markers unchanged in position. Move each colored object to the star marker with the same color using straight paths, aligning the center of each object with the center of its matching star marker.",G-5,00001,revised,workshop_bench,,1024,1024,10.0,30,,b44aebb80bdffcf13637a51acc94d21d987252740de2574e9a3d5a53383d80b5,4b1cb91a7158835558e569cf2faee75304af97aa182faf584acf07e0e21dda09 | |
| videos/G-5/00002/revised/video.mp4,"On a wooden craft table, there are colored items (a green sketchbook and a red gift box) and small four-pointed star decals. Keep all star decals unchanged in position. Move each colored item to the star decal with the same color using straight paths, aligning the center of each item with the center of its matching star decal.","The scene contains multiple colored objects and star markers. Keep all star markers unchanged in position. Move each colored object to the star marker with the same color using straight paths, aligning the center of each object with the center of its matching star marker.",G-5,00002,revised,workshop_bench,,1024,1024,10.0,30,,11d6bfe4ebc12260ada429936619f7595bcc099a93468436d15fed61e26487d4,a4d95625dd599c55d41ee6a085b321f8592a90ac4c42be5824e4b73d5923fcd9 | |
| videos/G-5/00003/revised/video.mp4,"On a wooden craft table, there are colored items (an orange triangular block and a pink sketchbook) and small four-pointed star decals. Keep all star decals unchanged in position. Move each colored item to the star decal with the same color using straight paths, aligning the center of each item with the center of its matching star decal.","The scene contains multiple colored objects and star markers. Keep all star markers unchanged in position. Move each colored object to the star marker with the same color using straight paths, aligning the center of each object with the center of its matching star marker.",G-5,00003,revised,workshop_bench,,1024,1024,10.0,30,,94726c1b0661a78378f60b988b4e75ddb220a0ee75b9875c85ba76ee0eb24f07,a012fee307719ae0f60bb8a23ff403b54f3c1247ef7257f69a89f5fd4dd49741 | |
| videos/G-5/00004/revised/video.mp4,"On a wooden craft table, there are colored items (a red gift box, a green sketchbook and an orange ball) and small four-pointed star decals. Keep all star decals unchanged in position. Move each colored item to the star decal with the same color using straight paths, aligning the center of each item with the center of its matching star decal.","The scene contains multiple colored objects and star markers. Keep all star markers unchanged in position. Move each colored object to the star marker with the same color using straight paths, aligning the center of each object with the center of its matching star marker.",G-5,00004,revised,workshop_bench,,1024,1024,10.0,30,,ae7474a36ac1377236e29a963dbd5ca6a444e4200c788be324bdbe6f57866342,c2c192a30b9891f95159370426452d32663cde636166772c6971c0dac87dfb7c | |
| videos/G-8/00000/revised/video.mp4,"On a light wooden craft table, the square purple gift box marked with a green border is the only item that will move. It will move horizontally to align directly below the rectangular green sketch pad marked with a red star. Track the movement with the green border as the gift box moves.",The purple square marked with a green border is the only object that will move. It will move horizontally to align directly below the green rectangle marked with a red star. Track the movement with the green border as the object moves.,G-8,00000,revised,workshop_bench,,1024,1024,10.0,60,,e26fcf22b9f90c8e5252c5d30b2cac559c36b91af8ead19fd713de1d03efd30c,e026fc56303433f2d5b992de53e849902f7ed48e8ff2a1010a7db2806a6c900f | |
| videos/G-8/00001/revised/video.mp4,"On a light wooden craft table, the rectangular pink sketch pad marked with a green border is the only item that will move. It will move horizontally to align directly below the red ball marked with a red star. Track the movement with the green border as the sketch pad moves.",The pink rectangle marked with a green border is the only object that will move. It will move horizontally to align directly below the red circle marked with a red star. Track the movement with the green border as the object moves.,G-8,00001,revised,workshop_bench,,1024,1024,10.0,60,,3da931b909e10f1801a941f7a37aa178f8ba32775bae3f294fe65b226353772b,d539fb6e3e134c27f4d879611ab1489ea33bd935b8e8f62eac8c3187fe60d1b8 | |
| videos/G-8/00002/revised/video.mp4,"On a light wooden craft table, the red ball marked with a green border is the only item that will move. It will move horizontally to align directly below the yellow ball marked with a red star. Track the movement with the green border as the red ball moves.",The red circle marked with a green border is the only object that will move. It will move horizontally to align directly below the yellow circle marked with a red star. Track the movement with the green border as the object moves.,G-8,00002,revised,workshop_bench,,1024,1024,10.0,60,,ba102976cbee4b6a7b9d7d7798a6389c8370840e55b31118251031bafb8a4555,30eedc66c55c1b503918475998a85012c8549b1ab4ae38c170fe12bb14f744c0 | |
| videos/G-8/00003/revised/video.mp4,"On a light wooden craft table, the square orange gift box marked with a green border is the only item that will move. It will move horizontally to align directly below the square purple gift box marked with a red star. Track the movement with the green border as the gift box moves.",The orange square marked with a green border is the only object that will move. It will move horizontally to align directly below the purple square marked with a red star. Track the movement with the green border as the object moves.,G-8,00003,revised,workshop_bench,,1024,1024,10.0,60,,6bbf9f80c81621b6089b27c2aba48ae0df91952549162f79169726ffed9341f8,edd140f50d38e51244f0eb20c4f84813744544c36426e371e5688fc45cf19a86 | |
| videos/G-8/00004/revised/video.mp4,"On a light wooden craft table, the rectangular pink sketch pad marked with a green border is the only item that will move. It will move horizontally to align directly below the blue ball marked with a red star. Track the movement with the green border as the sketch pad moves.",The pink rectangle marked with a green border is the only object that will move. It will move horizontally to align directly below the blue circle marked with a red star. Track the movement with the green border as the object moves.,G-8,00004,revised,workshop_bench,,1024,1024,10.0,60,,f1da5e8b0de52dd10214c23b3e65aeb1afce1cb430d063afb4643ca5d694f599,66981920ced580a16bc55296fa8556c00be3c7aed6b5d4a5f8eb9af0bf1adbb0 | |
| videos/G-9/00000/revised/video.mp4,"On a pale stone bathroom vanity, soap bars rest on a square wooden tray and a round wooden tray. Outline all trapezoid-shaped soap bars on the square tray with a green border. Only outline soap bars on that tray.",Outline all trapezoids in the square region with a green border. Only outline objects within that region.,G-9,00000,revised,workshop_bench,,1024,1024,10.0,20,,b753c7de19b56bb4cbcd5636d8873fb4e6e377cd1bd77d5c10f519faed2e7aad,793bd3d23e8bb987f698ed7aa5df529db2b9f92d33b4e9ed229e9b91d516b89e | |
| videos/G-9/00001/revised/video.mp4,"On a pale stone bathroom vanity, soap bars rest on a square wooden tray and a round wooden tray. Outline all square soap bars on the round tray with a green border. Only outline soap bars on that tray.",Outline all squares in the circular region with a green border. Only outline objects within that region.,G-9,00001,revised,workshop_bench,,1024,1024,10.0,20,,b8ee7a203a2c50fc793a8f672dc1c8cdb87d6f119290b457a365f5eded6449a5,3e7d770186152b4b92e8c68a98fa28d3dab3cdeec7ca7d8a0d2f91d061e6d400 | |
| videos/G-9/00002/revised/video.mp4,"On a pale stone bathroom vanity, soap bars rest on a square wooden tray and a round wooden tray. Outline all square soap bars on the square tray with a green border. Only outline soap bars on that tray.",Outline all squares in the square region with a green border. Only outline objects within that region.,G-9,00002,revised,workshop_bench,,1024,1024,10.0,20,,109353d35470c1cc48f72e9d37848db9e2106e5af8337c2f22ae6d9a6c925ffb,d096ea9858712e03dbe711dce6cda5326e1c893bfe1376f8a3f16e0e357bd746 | |
| videos/G-9/00003/revised/video.mp4,"On a pale stone bathroom vanity, soap bars rest on a square wooden tray and a round wooden tray. Outline all round soap bars on the square tray with a green border. Only outline soap bars on that tray.",Outline all circles in the square region with a green border. Only outline objects within that region.,G-9,00003,revised,workshop_bench,,1024,1024,10.0,20,,413049d889fe06a0715e9935e7b0b0b983ffe7f7315f8dcf28fc895d84c8fed1,d825684f24d7435cc605ca64970b5e91728577924835cc1f2c6f7e7a8f80c78a | |
| videos/G-9/00004/revised/video.mp4,"On a pale stone bathroom vanity, soap bars rest on a round wooden tray and a square wooden tray. Outline all trapezoid-shaped soap bars on the round tray with a green border. Only outline soap bars on that tray.",Outline all trapezoids in the circular region with a green border. Only outline objects within that region.,G-9,00004,revised,workshop_bench,,1024,1024,10.0,20,,a35b99b7ad9b1bf24f6555dd34286145c6a15498cde57a01e5405e4c45bf6dc8,db81cc6e2f71741e841579f45722376fa5317b33e841507da98322922dd92dbe | |
| videos/G-18/00000/revised/video.mp4,"The scene shows a 10x10 grid of white lines painted on a concrete yard floor, with a green-outlined start bay labelled START (containing a purple transfer trolley) and a pink-outlined end bay labelled DESTINATION. Starting from the green start bay, the trolley can move to adjacent cells (up, down, left, right) each step. The goal is to move the trolley to the pink DESTINATION bay along the shortest path.","The scene shows a 10x10 grid with a green start square (containing a purple circular agent) and a pink end square. Starting from the green start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the pink end square along the shortest path.",G-18,00000,revised,container_yard,,1024,1024,10.0,46,,3b02a59dcbcab980735d0be6c86ad002b0996093681bd450666aa79ec54d7740,cb361fb23d86b7096ad3921ef37c737931e8dfb923efeda9dc2b60ebd1177498 | |
| videos/G-18/00001/revised/video.mp4,"The scene shows a 10x10 grid of white lines painted on a concrete yard floor, with a purple-outlined start bay labelled START (containing a pink transfer trolley) and a red-outlined end bay labelled DESTINATION. Starting from the purple start bay, the trolley can move to adjacent cells (up, down, left, right) each step. The goal is to move the trolley to the red DESTINATION bay along the shortest path.","The scene shows a 10x10 grid with a purple start square (containing a pink circular agent) and a red end square. Starting from the purple start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path.",G-18,00001,revised,container_yard,,1024,1024,10.0,26,,445dad4ce6a2d6ff9e5b821896d5db9b6cc18affc155555e4edc4c1d7afea761,643deffb0c7b12a778bbd696f9bbf340df55f678d59b8e341491d0733a7cd0f6 | |
| videos/G-18/00002/revised/video.mp4,"The scene shows a 10x10 grid of white lines painted on a concrete yard floor, with a purple-outlined start bay labelled START (containing an orange transfer trolley) and a blue-outlined end bay labelled DESTINATION. Starting from the purple start bay, the trolley can move to adjacent cells (up, down, left, right) each step. The goal is to move the trolley to the blue DESTINATION bay along the shortest path.","The scene shows a 10x10 grid with a purple start square (containing a orange circular agent) and a blue end square. Starting from the purple start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the blue end square along the shortest path.",G-18,00002,revised,container_yard,,1024,1024,10.0,14,,83f0acf27be0cc5f926f19efa3566ad15f365702ecb9bc138a4c7c0d71cec39b,085b81c6485489d203b4637d939f7e13412371f787ddb1b7973f3c3ac2335d0b | |
| videos/G-18/00003/revised/video.mp4,"The scene shows a 10x10 grid of white lines painted on a concrete yard floor, with a red-outlined start bay labelled START (containing a purple transfer trolley) and a blue-outlined end bay labelled DESTINATION. Starting from the red start bay, the trolley can move to adjacent cells (up, down, left, right) each step. The goal is to move the trolley to the blue DESTINATION bay along the shortest path.","The scene shows a 10x10 grid with a red start square (containing a purple circular agent) and a blue end square. Starting from the red start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the blue end square along the shortest path.",G-18,00003,revised,container_yard,,1024,1024,10.0,26,,8ac8f5e8c279f43c3369df87536199588c84223b7d9f9ce15c2b04b43392ea50,7dadfd2b71af07d1ccd41e0c8ead52f1b8843c6c0a19699273b67af1f4cc2ef9 | |
| videos/G-18/00004/revised/video.mp4,"The scene shows a 10x10 grid of white lines painted on a concrete yard floor, with a yellow-outlined start bay labelled START (containing a pink transfer trolley) and a blue-outlined end bay labelled DESTINATION. Starting from the yellow start bay, the trolley can move to adjacent cells (up, down, left, right) each step. The goal is to move the trolley to the blue DESTINATION bay along the shortest path.","The scene shows a 10x10 grid with a yellow start square (containing a pink circular agent) and a blue end square. Starting from the yellow start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the blue end square along the shortest path.",G-18,00004,revised,container_yard,,1024,1024,10.0,18,,eea0b48762115f31ec846d3f6b23e11a202a0b15ac5d154081da7848a7867400,eb311f0f38a380688201f52ba1e8b617b1fb4a13065b2848e585ae57386a23ee | |
| videos/G-21/00000/revised/video.mp4,"On a small wooden puppet-theatre stage, the scene shows 3 ornaments (a pale yellow round vase, a mint-green cone-shaped vase and a pale yellow lidded box) arranged in a horizontal line in the center of the stage, with a red fringed curtain on a rail initially positioned above them. Move the curtain vertically downward in a continuous motion until it drops out of view. As it moves, the curtain passes in front of the ornaments, temporarily blocking them from view.","The scene shows 3 objects arranged in a horizontal line in the center of the frame, with a dark rectangular mask initially positioned above them. Move the mask vertically downward in a continuous motion until it leaves the frame. As it moves, the mask passes in front of the objects, temporarily blocking them from view.",G-21,00000,revised,workshop_bench,,1024,1024,10.0,40,,2ece417125f2a0f95f9a163fc12f5b74c140316d1cf47bc02d2bd96e884fbb1b,d73e780d10d98cb173ac7c47af1889365b88dd472301590f1b4de6876bb0a257 | |
| videos/G-21/00001/revised/video.mp4,"On a small wooden puppet-theatre stage, the scene shows 3 ornaments (two cream angular-bodied vases and a cream lidded box) arranged in a horizontal line in the center of the stage, with a red fringed curtain on a rail initially positioned above them. Move the curtain vertically downward in a continuous motion until it drops out of view. As it moves, the curtain passes in front of the ornaments, temporarily blocking them from view.","The scene shows 3 objects arranged in a horizontal line in the center of the frame, with a dark rectangular mask initially positioned above them. Move the mask vertically downward in a continuous motion until it leaves the frame. As it moves, the mask passes in front of the objects, temporarily blocking them from view.",G-21,00001,revised,workshop_bench,,1024,1024,10.0,40,,cecdd4f9ce27e42ac91a3f953cec3634348385d32c50fa062eb1a63f4ced2ac9,ba12124e60b58952c36790e77485c253dfc7507fcc14c4cde8cc1f7807afb65d | |
| videos/G-21/00002/revised/video.mp4,"On a small wooden puppet-theatre stage, the scene shows 4 ornaments (two mint-green lidded boxes, a pink lidded box and a yellow lidded box) arranged in a horizontal line in the center of the stage, with a red fringed curtain on a rail initially positioned above them. Move the curtain vertically downward in a continuous motion until it drops out of view. As it moves, the curtain passes in front of the ornaments, temporarily blocking them from view.","The scene shows 4 objects arranged in a horizontal line in the center of the frame, with a dark rectangular mask initially positioned above them. Move the mask vertically downward in a continuous motion until it leaves the frame. As it moves, the mask passes in front of the objects, temporarily blocking them from view.",G-21,00002,revised,workshop_bench,,1024,1024,10.0,40,,388f2a4f51d7e85e8d3e25005963a4e23c7b38a49a3e8cc0faa2142a6509b8c8,4acbf32d5fd2358f0a133ec6d6493ff0666d38cd4bb2fef9335de1f91150750a | |
| videos/G-21/00003/revised/video.mp4,"On a small wooden puppet-theatre stage, the scene shows 4 ornaments (a coral cone-shaped vase, a mint-green cone-shaped vase, a mint-green lidded box and a purple cone-shaped vase) arranged in a horizontal line in the center of the stage, with a red fringed curtain on a rail initially positioned above them. Move the curtain vertically downward in a continuous motion until it drops out of view. As it moves, the curtain passes in front of the ornaments, temporarily blocking them from view.","The scene shows 4 objects arranged in a horizontal line in the center of the frame, with a dark rectangular mask initially positioned above them. Move the mask vertically downward in a continuous motion until it leaves the frame. As it moves, the mask passes in front of the objects, temporarily blocking them from view.",G-21,00003,revised,workshop_bench,,1024,1024,10.0,40,,0fdd995f9ca12cd86d7d36d4d9f25d1cc0712a6227b54108c92cbe4186188bb9,23b55a9ce20c41d140e3f354423715f756bbade8b072fe3060bbc84db2ff84f4 | |
| videos/G-21/00004/revised/video.mp4,"On a small wooden puppet-theatre stage, the scene shows 4 ornaments (a coral cone-shaped vase, a cream round vase, a purple angular-bodied vase and a pale yellow lidded box) arranged in a horizontal line in the center of the stage, with a red fringed curtain on a rail initially positioned above them. Move the curtain vertically downward in a continuous motion until it drops out of view. As it moves, the curtain passes in front of the ornaments, temporarily blocking them from view.","The scene shows 4 objects arranged in a horizontal line in the center of the frame, with a dark rectangular mask initially positioned above them. Move the mask vertically downward in a continuous motion until it leaves the frame. As it moves, the mask passes in front of the objects, temporarily blocking them from view.",G-21,00004,revised,workshop_bench,,1024,1024,10.0,40,,eba15bde1fb6dde75c697889f9e062e58e5f956cba8ec9e90ae4cc059683e5c2,2ee8cc8ace64db44d1d13d34598d34eb2f105cf660f5927a7814b30c0490556d | |
| videos/G-24/00000/revised/video.mp4,"On a dark grey workbench mat, the scene shows 2 hand tools on the left side, a red-handled screwdriver and a pink-handled hammer, and yellow dashed tool outlines on the right side. The dashed tool outlines remain completely stationary. Move each tool horizontally to the right so that it aligns exactly with and fits within its corresponding dashed tool outline.",The scene shows 2 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. Move each object horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.,G-24,00000,revised,workshop_bench,,1024,1024,10.0,30,,2d5a3f0d2d3c2c1431926e158b63d847ba4c8188092e6e5359bad6c161d8c2f6,1f96bff05f48215ca9f728eb52b803c5da494ca7345b90ec767aee84bd19abcf | |
| videos/G-24/00001/revised/video.mp4,"On a dark grey workbench mat, the scene shows 2 hand tools on the left side, a yellow-handled screwdriver and a tan-handled hammer, and yellow dashed tool outlines on the right side. The dashed tool outlines remain completely stationary. Move each tool horizontally to the right so that it aligns exactly with and fits within its corresponding dashed tool outline.",The scene shows 2 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. Move each object horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.,G-24,00001,revised,workshop_bench,,1024,1024,10.0,30,,227305e0ac6a30931fafac48303dc7b60e3839b641c268ed4fdf01558eb3a55b,ec1041f0f9c59adabab1bfabf4be8f2f6a72a292114377744bd9bf1b90a87082 | |
| videos/G-24/00002/revised/video.mp4,"On a dark grey workbench mat, the scene shows 3 hand tools on the left side, an orange-gripped wrench, a red-handled screwdriver and a yellow-handled hammer, and yellow dashed tool outlines on the right side. The dashed tool outlines remain completely stationary. Move each tool horizontally to the right so that it aligns exactly with and fits within its corresponding dashed tool outline.",The scene shows 3 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. Move each object horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.,G-24,00002,revised,workshop_bench,,1024,1024,10.0,30,,600ec0e65ef2bb05eac3473a77ca30f6fbf49e5d5ba127502e217e2e1065ac16,3ad5f70da65023eb13dcab09354d4bf48ec91c6e9c978de44fac499103014fcb | |
| videos/G-24/00003/revised/video.mp4,"On a dark grey workbench mat, the scene shows 4 hand tools on the left side, a large purple-handled hammer, a grey wrench, a small cream-handled hammer and a green-handled screwdriver, and yellow dashed tool outlines on the right side. The dashed tool outlines remain completely stationary. Move each tool horizontally to the right so that it aligns exactly with and fits within its corresponding dashed tool outline.",The scene shows 4 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. Move each object horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.,G-24,00003,revised,workshop_bench,,1024,1024,10.0,30,,6fbcabcedd855bbaccc143b476defedc80b15502181c9fd620af7bb544ffa323,cbe586df999c5b5ccce85eec3252885cefad72970e8f2e5a932b97900ae56424 | |
| videos/G-24/00004/revised/video.mp4,"On a dark grey workbench mat, the scene shows 3 hand tools on the left side, a green-gripped wrench, a purple-handled screwdriver and a green-handled hammer, and yellow dashed tool outlines on the right side. The dashed tool outlines remain completely stationary. Move each tool horizontally to the right so that it aligns exactly with and fits within its corresponding dashed tool outline.",The scene shows 3 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. Move each object horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.,G-24,00004,revised,workshop_bench,,1024,1024,10.0,30,,8e4d299c19d23b0daf446cd71478cd0f6fe6d0f2bb43523f0d0a6a7f5dd0aa46,0fba756147e8206dcfa87ee43d661522308b193e7021103f9fead397988d570c | |
| videos/G-25/00000/revised/video.mp4,"On a dark grey workbench mat, the scene shows 3 hand tools on the left side (a wrench, a screwdriver and a hammer) and dashed yellow target outlines on the right side. The dashed target outlines remain completely stationary. For each tool, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.","The scene shows 3 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. For each object, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.",G-25,00000,revised,workshop_bench,,1024,1024,10.0,17,,ca60c1a4b16b489981134ec8264461be8ad589bca5f0d8d6cd8e0e3cff09ea3e,ddbac4e2ddaa105c485c7e3cd94b48998090ed1b7b02f565b0aab85df03ad130 | |
| videos/G-25/00001/revised/video.mp4,"On a dark grey workbench mat, the scene shows 2 hand tools on the left side (a screwdriver and a hammer) and dashed yellow target outlines on the right side. The dashed target outlines remain completely stationary. For each tool, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.","The scene shows 2 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. For each object, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.",G-25,00001,revised,workshop_bench,,1024,1024,10.0,17,,45f6b019d42add8e0a67d7dbfba376470bd90b09ac8191bc357fd16909c59aec,1307f1084e8f8947084f6434d4f93fa8bc0d29f1971dca6590cb074ab258ccbd | |
| videos/G-25/00002/revised/video.mp4,"On a dark grey workbench mat, the scene shows 3 hand tools on the left side (a wrench, a screwdriver and a hammer) and dashed yellow target outlines on the right side. The dashed target outlines remain completely stationary. For each tool, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.","The scene shows 3 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. For each object, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.",G-25,00002,revised,workshop_bench,,1024,1024,10.0,17,,cb37698f9cb34a896b098fadfff0dfdddbcb74f49f5948e83148deea5599d219,1f46b39685c125afa075a9eedc9148b2eef98747ec4e7164356dd2ad03f428a7 | |
| videos/G-25/00003/revised/video.mp4,"On a dark grey workbench mat, the scene shows 4 hand tools on the left side (a wrench, a small hammer, a screwdriver and a large hammer) and dashed yellow target outlines on the right side. The dashed target outlines remain completely stationary. For each tool, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.","The scene shows 4 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. For each object, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.",G-25,00003,revised,workshop_bench,,1024,1024,10.0,17,,fd67e048b76e2c9276bf0e2d1f10ec6a664ac004e8f08b2f4341ce5b8b1b1890,b792ab2827b34d9fd39e0e2756251a4fce8cc680724800ba5b21a631fbf3b896 | |
| videos/G-25/00004/revised/video.mp4,"On a dark grey workbench mat, the scene shows 3 hand tools on the left side (a hammer, a screwdriver and a wrench) and dashed yellow target outlines on the right side. The dashed target outlines remain completely stationary. For each tool, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.","The scene shows 3 objects on the left side and dashed target outlines on the right side. The dashed target outlines remain completely stationary. For each object, first rotate it in place to match the orientation of its corresponding dashed target outline, then move it horizontally to the right so that it aligns exactly with and fits within its corresponding dashed target outline.",G-25,00004,revised,workshop_bench,,1024,1024,10.0,17,,5fd566a2e1786b63267bf35e93081de41e87b1efb96ff2a449c180714ba04ad5,9dbba02d0e61f7f3ca1bf33240f032e5b146f72645b47039429daf3e98e169bc | |
| videos/G-29/00000/revised/video.mp4,"On a white poster propped upright on a wooden ledge, the scene shows a bar chart titled 'Monthly Product Sales Statistics 2024' with Month on the x-axis and Sales on the y-axis, each bar a column of stacked coloured plastic bricks. Find the month with the lowest sales and draw a red rectangular border around the corresponding brick column to highlight it.",The scene shows a bar chart titled 'Monthly Product Sales Statistics 2024' with Month on the x-axis and Sales on the y-axis. Find the month with the lowest sales and draw a red rectangular border around the corresponding bar to highlight it.,G-29,00000,revised,workshop_bench,,1024,1024,10.0,30,,d11fb8cbe72e1e9efe8261ff9e8721c2600a60822d967a9345ea0cf57853ed6f,04ababedb122f628c4401834b847a2ee11c988a4e36bab9a826b0059c6ab278b | |
| videos/G-29/00001/revised/video.mp4,"On a dark slate counter, the scene shows a pie chart titled 'Product Category Sales Share 2024', made as a round cake with each segment iced a different colour. Find the category with the largest sales and draw a red border around the corresponding cake slice to highlight it.",The scene shows a pie chart titled 'Product Category Sales Share 2024'. Find the category with the largest sales and draw a red rectangular border around the corresponding segment to highlight it.,G-29,00001,revised,workshop_bench,,1024,1024,10.0,30,,fffe81085c154405b2b25f7d9af5420f0121374ef7127f63e1a7da13ab256d3b,55ba57218edaf22303e1c312004509069492fcc3d242198b7ccb20abfc9b9656 | |
| videos/G-29/00002/revised/video.mp4,"On a white poster propped upright on a wooden ledge, the scene shows a bar chart titled 'Monthly Product Sales Statistics 2024' with Month on the x-axis and Sales on the y-axis, each bar a column of stacked coloured plastic bricks. Find the month with the lowest sales and draw a red rectangular border around the corresponding brick column to highlight it.",The scene shows a bar chart titled 'Monthly Product Sales Statistics 2024' with Month on the x-axis and Sales on the y-axis. Find the month with the lowest sales and draw a red rectangular border around the corresponding bar to highlight it.,G-29,00002,revised,workshop_bench,,1024,1024,10.0,30,,3a1a0b3392f686b0dcc219b1449ee330199cac46eee58b2ee726ef91c415d838,d6b8c9d0467f992ed7d2f8c758af6070071a352a63040bf293e665091c634929 | |
| videos/G-29/00003/revised/video.mp4,"On a white poster propped upright on a wooden ledge, the scene shows a bar chart titled 'Weekly Website Visit Statistics' with Day of Week on the x-axis and Visits on the y-axis, each bar a column of stacked coloured plastic bricks. Find the week with the lowest visits and draw a red rectangular border around the corresponding brick column to highlight it.",The scene shows a bar chart titled 'Weekly Website Visit Statistics' with Day of Week on the x-axis and Visits on the y-axis. Find the week with the lowest visits and draw a red rectangular border around the corresponding bar to highlight it.,G-29,00003,revised,workshop_bench,,1024,1024,10.0,30,,e396967de198b23ce5eac3de20dc712ec575c28ca8ff63a29210d1e912955911,fb78ea9c4e96bcfcdab6659930c2ec4034c1f220540b3a82bd1761c191bcfcbb | |
| videos/G-29/00004/revised/video.mp4,"On a paper sheet taped to a corkboard, the scene shows a scatter chart titled 'Correlation Analysis: Math vs Physics Scores' with Math Score on the x-axis and Physics Score on the y-axis, each point a blue push pin. Find the point with the highest physics score and draw a red rectangular border around the corresponding pin to highlight it.",The scene shows a scatter chart titled 'Correlation Analysis: Math vs Physics Scores' with Math Score on the x-axis and Physics Score on the y-axis. Find the point with the highest physics score and draw a red rectangular border around the corresponding point to highlight it.,G-29,00004,revised,workshop_bench,,1024,1024,10.0,30,,09e90003969b1756b148a599c05998198232072debf9332a172f4d8e613c1110,ebb1ea0380f386b472bc23fab483aa37b012537ccb9103377c322043aaedcd30 | |
| videos/G-31/00000/revised/video.mp4,"On a pale grey board on a workshop bench, the scene shows a network of round discs connected by one-way dark grey rods (rods with white arrowheads indicating direction) with a green disc labelled START, a red disc labelled DESTINATION, and a blue toy cart positioned on the green START disc. The cart can only move along rods in the direction their arrowheads point (from the disc where a rod starts to the disc it points to, cannot move backwards), moving from one disc to an adjacent disc each step. Move the blue toy cart from the green START disc to the red DESTINATION disc along the path with the minimum number of steps.","The scene shows a network of nodes connected by directed edges (edges with arrows indicating direction) with a green starting node, a red ending node, and a blue triangular agent positioned at the green starting node. The agent can only move along edges in the direction they point (from the source node to the target node, cannot move backwards), moving from one node to an adjacent node each step. Move the blue triangular agent from the green starting node to the red ending node along the path with the minimum number of steps.",G-31,00000,revised,workshop_bench,,1024,1024,10.0,40,,1ad558ea947e621a6452b8902612827374ed04b2de4fc1a6a2def5538e9c6484,7eb56f859fbf66cbf43eed9ceae9e4e3a6fe00fe4e34a41b4bafc3f5a34887d1 | |
| videos/G-31/00001/revised/video.mp4,"On a pale grey board on a workshop bench, the scene shows a network of round discs connected by one-way dark grey rods (rods with white arrowheads indicating direction) with a green disc labelled START, a red disc labelled DESTINATION, and a blue toy cart positioned on the green START disc. The cart can only move along rods in the direction their arrowheads point (from the disc where a rod starts to the disc it points to, cannot move backwards), moving from one disc to an adjacent disc each step. Move the blue toy cart from the green START disc to the red DESTINATION disc along the path with the minimum number of steps.","The scene shows a network of nodes connected by directed edges (edges with arrows indicating direction) with a green starting node, a red ending node, and a blue triangular agent positioned at the green starting node. The agent can only move along edges in the direction they point (from the source node to the target node, cannot move backwards), moving from one node to an adjacent node each step. Move the blue triangular agent from the green starting node to the red ending node along the path with the minimum number of steps.",G-31,00001,revised,workshop_bench,,1024,1024,10.0,20,,950411ba2f77b15465d19e371cdc29b730827e311da426a179df9840357bc5ce,a7ad5e3cb200ff768162302bf0d7aea00ac0c4922a55f554df326dc057db4a35 | |
| videos/G-31/00002/revised/video.mp4,"On a pale grey board on a workshop bench, the scene shows a network of round discs connected by one-way dark grey rods (rods with white arrowheads indicating direction) with a green disc labelled START, a red disc labelled DESTINATION, and a blue toy cart positioned on the green START disc. The cart can only move along rods in the direction their arrowheads point (from the disc where a rod starts to the disc it points to, cannot move backwards), moving from one disc to an adjacent disc each step. Move the blue toy cart from the green START disc to the red DESTINATION disc along the path with the minimum number of steps.","The scene shows a network of nodes connected by directed edges (edges with arrows indicating direction) with a green starting node, a red ending node, and a blue triangular agent positioned at the green starting node. The agent can only move along edges in the direction they point (from the source node to the target node, cannot move backwards), moving from one node to an adjacent node each step. Move the blue triangular agent from the green starting node to the red ending node along the path with the minimum number of steps.",G-31,00002,revised,workshop_bench,,1024,1024,10.0,20,,6584a49dc0c5eb7f9f79a23c4742ee619152ad0d8a643019263d476aa0cf0eac,ebd700836465d538da96a8e7425304612908f6b53b58e5c83d1e0cde80c06120 | |
| videos/G-31/00003/revised/video.mp4,"On a pale grey board on a workshop bench, the scene shows a network of round discs connected by one-way dark grey rods (rods with white arrowheads indicating direction) with a green disc labelled START, a red disc labelled DESTINATION, and a blue toy cart positioned on the green START disc. The cart can only move along rods in the direction their arrowheads point (from the disc where a rod starts to the disc it points to, cannot move backwards), moving from one disc to an adjacent disc each step. Move the blue toy cart from the green START disc to the red DESTINATION disc along the path with the minimum number of steps.","The scene shows a network of nodes connected by directed edges (edges with arrows indicating direction) with a green starting node, a red ending node, and a blue triangular agent positioned at the green starting node. The agent can only move along edges in the direction they point (from the source node to the target node, cannot move backwards), moving from one node to an adjacent node each step. Move the blue triangular agent from the green starting node to the red ending node along the path with the minimum number of steps.",G-31,00003,revised,workshop_bench,,1024,1024,10.0,20,,30308fdfef8aa1fa91a8fb6235d38cfe1899793db7c7e635a6eda0c89e71c9f2,4c022781187b3f65ba7f1adeab6729e42866ebed99ba63c433614f163290f627 | |
| videos/G-31/00004/revised/video.mp4,"On a pale grey board on a workshop bench, the scene shows a network of round discs connected by one-way dark grey rods (rods with white arrowheads indicating direction) with a green disc labelled START, a red disc labelled DESTINATION, and a blue toy cart positioned on the green START disc. The cart can only move along rods in the direction their arrowheads point (from the disc where a rod starts to the disc it points to, cannot move backwards), moving from one disc to an adjacent disc each step. Move the blue toy cart from the green START disc to the red DESTINATION disc along the path with the minimum number of steps.","The scene shows a network of nodes connected by directed edges (edges with arrows indicating direction) with a green starting node, a red ending node, and a blue triangular agent positioned at the green starting node. The agent can only move along edges in the direction they point (from the source node to the target node, cannot move backwards), moving from one node to an adjacent node each step. Move the blue triangular agent from the green starting node to the red ending node along the path with the minimum number of steps.",G-31,00004,revised,workshop_bench,,1024,1024,10.0,20,,2d6b65ec7f719dfebb4b8e4147ece7cd5bc720af4bdd14c03d6196d94283e6bf,fd9cea8f7328f4a7fea722edc37f878cf9d9a6596b1ec53f66942cb217703704 | |
| videos/G-39/00000/revised/video.mp4,"On a pale mat on a wooden workbench, the scene shows two handmade soaps, one on the left and one on the right, with a green attention box around the left soap. The soaps remain stationary and unchanged throughout. Move the green attention box from the left soap to the right soap.","The scene shows two objects, one on the left and one on the right, with a green attention box around the left object. The objects remain stationary and unchanged throughout. Move the green attention box from the left object to the right object.",G-39,00000,revised,workshop_bench,,1024,1024,10.0,25,,e5fcad0ea25b0656c682f350a0f9edf452aece55e6e39d3291a8ac59c7e24cbf,e63df8c1c5a47a16dcbcd85dfa94212e377988f6e3887f678bdf54d9e095cb2a | |
| videos/G-39/00001/revised/video.mp4,"On a pale mat on a wooden workbench, the scene shows two handmade soaps, one on the left and one on the right, with a green attention box around the right soap. The soaps remain stationary and unchanged throughout. Move the green attention box from the right soap to the left soap.","The scene shows two objects, one on the left and one on the right, with a green attention box around the right object. The objects remain stationary and unchanged throughout. Move the green attention box from the right object to the left object.",G-39,00001,revised,workshop_bench,,1024,1024,10.0,25,,ddf4fbeac39a8e9fdfcab1751dedb649e00e82cac6c9a7178e439684509b95c7,9a18d64b15b0f79dee2a915b6c26a5f6ddf44f85dfc6f70a9ac9d42063ea257f | |
| videos/G-39/00002/revised/video.mp4,"On a pale mat on a wooden workbench, the scene shows two soaps, a thin aqua soap sliver on the left and a hexagonal soap bar on the right, with a green attention box around the right soap. The soaps remain stationary and unchanged throughout. Move the green attention box from the right soap to the left soap.","The scene shows two objects, one on the left and one on the right, with a green attention box around the right object. The objects remain stationary and unchanged throughout. Move the green attention box from the right object to the left object.",G-39,00002,revised,workshop_bench,,1024,1024,10.0,25,,1022121553dc8d35364325f51e92d3232a92d87c4a50dbf9e3e508cfd6dab5ad,5071131423485f1faf04e80cbf45cf271c85487efa29948b4bb9881668c4e09f | |
| videos/G-39/00003/revised/video.mp4,"On a pale mat on a wooden workbench, the scene shows two handmade soaps, one on the left and one on the right, with a green attention box around the left soap. The soaps remain stationary and unchanged throughout. Move the green attention box from the left soap to the right soap.","The scene shows two objects, one on the left and one on the right, with a green attention box around the left object. The objects remain stationary and unchanged throughout. Move the green attention box from the left object to the right object.",G-39,00003,revised,workshop_bench,,1024,1024,10.0,25,,703e8c332ec28a650a456815a433d61a1e80d126cc54a3c12427538ffafd6cd6,3ba428e1a974d62ac61527d0b481ad2141dbb57af5c497414fccb803722ee52e | |
| videos/G-39/00004/revised/video.mp4,"On a pale mat on a wooden workbench, the scene shows two handmade soaps, one on the left and one on the right, with a green attention box around the left soap. The soaps remain stationary and unchanged throughout. Move the green attention box from the left soap to the right soap.","The scene shows two objects, one on the left and one on the right, with a green attention box around the left object. The objects remain stationary and unchanged throughout. Move the green attention box from the left object to the right object.",G-39,00004,revised,workshop_bench,,1024,1024,10.0,25,,bc78880ec3de2169a3add4f6a45c2d02c08782e0386892d9f4db67615fe28baf,a77560a72c4e53882ab12cf829c165045fc6b7de7cda7ad03748617175ce6db6 | |
| videos/G-41/00000/revised/video.mp4,"On a wooden workbench, the scene shows a 4x4 grid of white tiles set in a dark wooden frame, with a cost value printed on each tile, a green START tile (holding a yellow pawn) at the top-left, and a pale red GOAL tile at the bottom-right. Starting from the green START tile, the pawn can move to adjacent tiles (up, down, left, right) one step at a time. Move the pawn to the red GOAL tile along the path with the highest total cost (the sum of all cost values of tiles visited along the path), showing the complete movement process step by step.","The scene shows a 4x4 grid with cost values displayed in each cell, a green start cell (containing a yellow Pac-Man agent) at the top-left, and a red goal cell at the bottom-right. Starting from the green start cell, the agent can move to adjacent cells (up, down, left, right) one step at a time. Move the agent to the red goal cell along the path with the highest total cost (the sum of all cost values of cells visited along the path), showing the complete movement process step by step.",G-41,00000,revised,workshop_bench,,1024,1024,30.0,180,,7f2d22fef95e2d7472619b2b7b70a7189008dedd9354765a887fcf0944cc7725,310589630645e76b6514557a19e391330f7a6dc962eae62b4f1433341daa8b9c | |
| videos/G-41/00001/revised/video.mp4,"On a wooden workbench, the scene shows a 4x4 grid of white tiles set in a dark wooden frame, with a cost value printed on each tile, a green START tile (holding a yellow pawn) at the top-left, and a pale red GOAL tile at the bottom-right. Starting from the green START tile, the pawn can move to adjacent tiles (up, down, left, right) one step at a time. Move the pawn to the red GOAL tile along the path with the highest total cost (the sum of all cost values of tiles visited along the path), showing the complete movement process step by step.","The scene shows a 4x4 grid with cost values displayed in each cell, a green start cell (containing a yellow Pac-Man agent) at the top-left, and a red goal cell at the bottom-right. Starting from the green start cell, the agent can move to adjacent cells (up, down, left, right) one step at a time. Move the agent to the red goal cell along the path with the highest total cost (the sum of all cost values of cells visited along the path), showing the complete movement process step by step.",G-41,00001,revised,workshop_bench,,1024,1024,30.0,180,,a72385b5cc63335a20db4a1bd093b22370ab289fcbc9408f76572556dcee7de9,81bcaa3e4c7ffb3b2855e02e25f582ae6bd7baf4d4d21350c1c4b2e133068e3d | |
| videos/G-41/00002/revised/video.mp4,"On a wooden workbench, the scene shows a 4x4 grid of white tiles set in a dark wooden frame, with a cost value printed on each tile, a green START tile (holding a yellow pawn) at the top-left, and a pale red GOAL tile at the bottom-right. Starting from the green START tile, the pawn can move to adjacent tiles (up, down, left, right) one step at a time. Move the pawn to the red GOAL tile along the path with the highest total cost (the sum of all cost values of tiles visited along the path), showing the complete movement process step by step.","The scene shows a 4x4 grid with cost values displayed in each cell, a green start cell (containing a yellow Pac-Man agent) at the top-left, and a red goal cell at the bottom-right. Starting from the green start cell, the agent can move to adjacent cells (up, down, left, right) one step at a time. Move the agent to the red goal cell along the path with the highest total cost (the sum of all cost values of cells visited along the path), showing the complete movement process step by step.",G-41,00002,revised,workshop_bench,,1024,1024,30.0,180,,1fd7e614c92a9eb7c6f672d27f64c692cc035ba4be7b722fdb685185fa24cb6c,0e63fd86077bf60b0af6dda787c64c19abce83fb53de5f55d3af93b9ea8c8196 | |
| videos/G-41/00003/revised/video.mp4,"On a wooden workbench, the scene shows a 4x4 grid of white tiles set in a dark wooden frame, with a cost value printed on each tile, a green START tile (holding a yellow pawn) at the top-left, and a pale red GOAL tile at the bottom-right. Starting from the green START tile, the pawn can move to adjacent tiles (up, down, left, right) one step at a time. Move the pawn to the red GOAL tile along the path with the highest total cost (the sum of all cost values of tiles visited along the path), showing the complete movement process step by step.","The scene shows a 4x4 grid with cost values displayed in each cell, a green start cell (containing a yellow Pac-Man agent) at the top-left, and a red goal cell at the bottom-right. Starting from the green start cell, the agent can move to adjacent cells (up, down, left, right) one step at a time. Move the agent to the red goal cell along the path with the highest total cost (the sum of all cost values of cells visited along the path), showing the complete movement process step by step.",G-41,00003,revised,workshop_bench,,1024,1024,30.0,180,,967672c5a8628bdef1485625e5b2ce12715d7e33d2ae7e080a6971a8ee11e4fd,5efb8d744e6d6edb53d366eefd18216b33517075e20a60ee712e9e7fb861e304 | |
| videos/G-41/00004/revised/video.mp4,"On a wooden workbench, the scene shows a 4x4 grid of white tiles set in a dark wooden frame, with a cost value printed on each tile, a green START tile (holding a yellow pawn) at the top-left, and a pale red GOAL tile at the bottom-right. Starting from the green START tile, the pawn can move to adjacent tiles (up, down, left, right) one step at a time. Move the pawn to the red GOAL tile along the path with the highest total cost (the sum of all cost values of tiles visited along the path), showing the complete movement process step by step.","The scene shows a 4x4 grid with cost values displayed in each cell, a green start cell (containing a yellow Pac-Man agent) at the top-left, and a red goal cell at the bottom-right. Starting from the green start cell, the agent can move to adjacent cells (up, down, left, right) one step at a time. Move the agent to the red goal cell along the path with the highest total cost (the sum of all cost values of cells visited along the path), showing the complete movement process step by step.",G-41,00004,revised,workshop_bench,,1024,1024,30.0,180,,9ec1d53aa02b38d1366df9bff246996c9a9963ccfafbefe4033da62768a1ba32,6eb2a821a913992692b735d4bfe3e0527a00299b37f488b63df941dd7de142c3 | |
| videos/G-43/00000/revised/video.mp4,"The scene shows a furnished apartment model with multiple rooms, seen from above. Identify the kitchen and draw a green rectangular box around it to highlight it.",The scene shows a floorplan with multiple rooms. Identify the kitchen and draw a green rectangular box around it to highlight it.,G-43,00000,revised,workshop_bench,,1024,1024,10.0,28,,64af59c5d20bd40069110c3f032d2071b87a0f2110cdd89323940d78518ac64d,60a80bdd55928fd06dc7dda9d32af8106d938b7bd846629ad8c24be623acb681 | |
| videos/G-43/00001/revised/video.mp4,"The scene shows a furnished apartment model with multiple rooms, seen from above. Identify the kitchen and draw a green rectangular box around it to highlight it.",The scene shows a floorplan with multiple rooms. Identify the kitchen and draw a green rectangular box around it to highlight it.,G-43,00001,revised,workshop_bench,,1024,1024,10.0,28,,1e673d0d3edd5971f3d8210eeff3df7ccc74e4b2b75652ad6f918169c8b5991b,2cb03db5d8d71f20fd268bd34d85c92c3207cb640e688dcad4a11842c9c513ac | |
| videos/G-43/00002/revised/video.mp4,"The scene shows a furnished apartment model with multiple rooms, seen from above. Identify the bathroom and draw a green rectangular box around it to highlight it.",The scene shows a floorplan with multiple rooms. Identify the bathroom and draw a green rectangular box around it to highlight it.,G-43,00002,revised,workshop_bench,,1024,1024,10.0,28,,c7dcd49a098fb2a4d103aa7cc77bd7184f0c240158e69705e1760a3695e9f116,a9510cd2568d1e243ab056b3fbe58346f946dd0820b0cb2ec1a94418b0a111eb | |
| videos/G-43/00003/revised/video.mp4,"The scene shows a furnished apartment model with multiple rooms, seen from above. Identify the bathroom and draw a green rectangular box around it to highlight it.",The scene shows a floorplan with multiple rooms. Identify the bathroom and draw a green rectangular box around it to highlight it.,G-43,00003,revised,workshop_bench,,1024,1024,10.0,28,,2a01a2453f008144a36ad03da51e4739c1252397996dcadecf3b477b0650ed12,a91cea330cbc82bf72344d2d48226001b5e8f529aae2cf6689334924b654b3a5 | |
| videos/G-43/00004/revised/video.mp4,"The scene shows a furnished apartment model with multiple rooms, seen from above. Identify the kitchen and draw a green rectangular box around it to highlight it.",The scene shows a floorplan with multiple rooms. Identify the kitchen and draw a green rectangular box around it to highlight it.,G-43,00004,revised,workshop_bench,,1024,1024,10.0,28,,e3922bab0ddc97298ce5852dab25a1c461cb5703a346f2bb6548fcdde0351f73,fc8c8fe0cfc0273da75ea8761d11508c2bc751bde3307b3a8eb9e2af70acca0f | |
| videos/G-47/00000/revised/video.mp4,"The scene shows a maze of green crop rows on a dirt field, with a green tractor, two harvest crates of corn with different colored rims, and a red gate marked DESTINATION. Collect all crates along the shortest path (visiting all crates in the optimal order), then navigate to the red gate along the shortest path, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, two colored diamond-shaped keys, and a red hollow rectangular door. Collect all keys along the shortest path (visiting all keys in the optimal order), then navigate to the red door along the shortest path, showing the complete movement process step by step.",G-47,00000,revised,workshop_bench,,1024,1024,10.0,72,,80d09a496f29d5679c3f65742d02ff792ceb3c1411fdf496d8b19435d198ab34,ee1c6e384c4c413aa18941ffce0a575e0ea5af9e8ac4a72968210f1b3f6b7367 | |
| videos/G-47/00001/revised/video.mp4,"The scene shows a maze of green crop rows on a dirt field, with a green tractor, two harvest crates of corn with different colored rims, and a red gate marked DESTINATION. Collect all crates along the shortest path (visiting all crates in the optimal order), then navigate to the red gate along the shortest path, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, two colored diamond-shaped keys, and a red hollow rectangular door. Collect all keys along the shortest path (visiting all keys in the optimal order), then navigate to the red door along the shortest path, showing the complete movement process step by step.",G-47,00001,revised,workshop_bench,,1024,1024,10.0,100,,ca2ec33ce6168c19e0267da0a1e22f971cf4e139035518be85e6e7c91c2cb14c,dc690b5b80c4e3828555dd9a616a50ece6e838f5340f5eaaeaf55d680b2108a6 | |
| videos/G-47/00002/revised/video.mp4,"The scene shows a maze of green crop rows on a dirt field, with a green tractor, two harvest crates of corn with different colored rims, and a red gate marked DESTINATION. Collect all crates along the shortest path (visiting all crates in the optimal order), then navigate to the red gate along the shortest path, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, two colored diamond-shaped keys, and a red hollow rectangular door. Collect all keys along the shortest path (visiting all keys in the optimal order), then navigate to the red door along the shortest path, showing the complete movement process step by step.",G-47,00002,revised,workshop_bench,,1024,1024,10.0,68,,7fc526c01787233fa8e941f0c1779c34e7390502477d1ae1759d713294326341,175ed30721b2344bfe4e2069524ee7d68b3c3283b1f2a7bb7267352e08b6621d | |
| videos/G-47/00003/revised/video.mp4,"The scene shows a maze of green crop rows on a dirt field, with a green tractor, two harvest crates of corn with different colored rims, and a red gate marked DESTINATION. Collect all crates along the shortest path (visiting all crates in the optimal order), then navigate to the red gate along the shortest path, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, two colored diamond-shaped keys, and a red hollow rectangular door. Collect all keys along the shortest path (visiting all keys in the optimal order), then navigate to the red door along the shortest path, showing the complete movement process step by step.",G-47,00003,revised,workshop_bench,,1024,1024,10.0,98,,f74982cdbde9d012a94c922afe9649963913a426d84d437fac031c7ba799f164,825e7feb96687b82f3107ddaddc5ed278796f71c7e5309bca1976e41300b1676 | |
| videos/G-47/00004/revised/video.mp4,"The scene shows a maze of green crop rows on a dirt field, with a green tractor, two harvest crates of corn with different colored rims, and a red gate marked DESTINATION. Collect all crates along the shortest path (visiting all crates in the optimal order), then navigate to the red gate along the shortest path, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, two colored diamond-shaped keys, and a red hollow rectangular door. Collect all keys along the shortest path (visiting all keys in the optimal order), then navigate to the red door along the shortest path, showing the complete movement process step by step.",G-47,00004,revised,workshop_bench,,1024,1024,10.0,70,,f0fb4ec575b45ebdaa25d53a7e9175d2abbd4ff4e5d7f6d69d72e1227b302a22,e4c439e3208c34a3d9b4d79cd0799e3cd7595325743f31ec472de9a4af15dd5c | |
| videos/G-51/00000/revised/video.mp4,"On a wooden craft table, a row of round open paint pots is filled with coloured paint. Predict the next color in the sequence.",Predict the next color in the sequence.,G-51,00000,revised,workshop_bench,,1024,1024,30.0,120,,e5af0aa75602506f08f3476088a7590d6a6673a419895bad254c354bbf18a1a9,fa7d58925b82832366a383b16f4e23d6d1580dc8ba864f93019bbf0e5d7c0f1d | |
| videos/G-51/00001/revised/video.mp4,"On a wooden craft table, a row of round open paint pots is filled with coloured paint. Predict the next color in the sequence.",Predict the next color in the sequence.,G-51,00001,revised,workshop_bench,,1024,1024,30.0,120,,7dafe4581ec2e84e9fe0ec4f3980207659806f361d5a24325ed5cdf77c49c4ad,f8f80f912733609c24d648d544ded5d0dd883d8e9c07352d97d5caa6e6c72da2 | |
| videos/G-51/00002/revised/video.mp4,"On a wooden craft table, a row of round open paint pots is filled with coloured paint. Predict the next color in the sequence.",Predict the next color in the sequence.,G-51,00002,revised,workshop_bench,,1024,1024,30.0,120,,60b36e83d6520accbffe317bb29b6fbb59febc1bdb521d573514f357835c381f,5738cfcb95de844258f177ac09afe7da3b1564df1805a808d51b152b51877fff | |
| videos/G-51/00003/revised/video.mp4,"On a wooden craft table, a row of round open paint pots is filled with coloured paint. Predict the next color in the sequence.",Predict the next color in the sequence.,G-51,00003,revised,workshop_bench,,1024,1024,30.0,120,,4bb9b6646857fc3394c5ccb78e8f76d35dfb4e9073d7393d1e3b1cc2ad6d4ae6,1d37dbf6ee0bcc195df44f9fbba6614e7a7aebe7cabdaeec3a41dd9bbdd5f2a2 | |
| videos/G-51/00004/revised/video.mp4,"On a wooden craft table, a row of round open paint pots is filled with coloured paint. Predict the next color in the sequence.",Predict the next color in the sequence.,G-51,00004,revised,workshop_bench,,1024,1024,30.0,120,,c02cafdf787243e25c320720441059e56f8a01017306303844c7af4f47cf414b,93fc2aec748364917542ab16ca26a2ce26e0acd992f623125ccb2b52d2a1f413 | |
| videos/G-54/00000/revised/video.mp4,Sewing buttons in two colors lie on a linen sheet on a wooden table. Animate smooth thread curves that connect each color's buttons without crossing other buttons or threads.,Animate smooth curves that connect each color's shapes without crossing other shapes or curves.,G-54,00000,revised,workshop_bench,,1024,1024,10.0,30,,1afc05ec309505f132cb10143150facf848379737f1660fa597a8d258b093171,62ab055bbe34cf8641b52cd5792f2bee591e7470e9002992c3899bee46c1194d | |
| videos/G-54/00001/revised/video.mp4,Sewing buttons in several colors lie on a linen sheet on a wooden table. Animate smooth thread curves that connect each color's buttons without crossing other buttons or threads.,Animate smooth curves that connect each color's shapes without crossing other shapes or curves.,G-54,00001,revised,workshop_bench,,1024,1024,10.0,30,,951b9ca1acea84f96c7b8d2cd17d7bf7d7792f2652d916702acc3ba7b30f52d4,4742a84fba28f07f0a0753852862b73f00d461fc6dbb57ded95d7537ceb00ff0 | |
| videos/G-54/00002/revised/video.mp4,Sewing buttons in several colors lie on a linen sheet on a wooden table. Animate smooth thread curves that connect each color's buttons without crossing other buttons or threads.,Animate smooth curves that connect each color's shapes without crossing other shapes or curves.,G-54,00002,revised,workshop_bench,,1024,1024,10.0,30,,49b770dd34be055787289df7b14da560e6c43e89faa77ca85f9cdcd477de4ecb,90ed7fe484360c7d65b90d934095cc61c1d7c0af070435c0a4afd98b20c05bfc | |
| videos/G-54/00003/revised/video.mp4,Sewing buttons in several colors lie on a linen sheet on a wooden table. Connect each pair of same-colored buttons with smooth thread curves. Only link buttons that share the exact same color.,Connect each pair of same-colored shapes with smooth curves. Only link shapes that share the exact same color.,G-54,00003,revised,workshop_bench,,1024,1024,10.0,30,,3435a9cfc108b4591ac592d093d0000f84fc1bb09e3cbe69a641652a4e5a1cd1,a5c4a7314a97ef24abb26606763f25e4d3ca323ea8e393aeff589f63a3cb33ba | |
| videos/G-54/00004/revised/video.mp4,Sewing buttons in several colors lie on a linen sheet on a wooden table. Animate smooth thread curves that connect each color's buttons without crossing other buttons or threads.,Animate smooth curves that connect each color's shapes without crossing other shapes or curves.,G-54,00004,revised,workshop_bench,,1024,1024,10.0,30,,56b88ad497ffb491ecfcdd21dc63d33a3fd639222942814e483c2954313921f1,1e35d63cce4aacdaa784b7a5a6d1fd066f119639f9da024f055abddb0ce9aca2 | |
| videos/G-174/00000/revised/video.mp4,"On a kitchen counter, an overhead gantry gripper moves ceramic prep bowls. Display the bowls moving to align on the marked horizontal row, with the largest circumference first.","Display circles moving to align on the horizontal line, with the largest circumference first.",G-174,00000,revised,kitchen_counter,,1024,1024,10.0,80,,535d8d630dc2e6e8c2d3b5bef04a15e55c97b5f562390e0d844fb12c31b3fd1c,4e7a80a5cf91e8fa106d0d6b36d8677a8d12d0bcb03cda00b0a2cd8f3dd84935 | |
| videos/G-174/00001/revised/video.mp4,"On a kitchen counter, an overhead gantry gripper moves ceramic prep bowls. Display the bowls moving to align on the marked horizontal row, with the largest circumference first.","Display circles moving to align on the horizontal line, with the largest circumference first.",G-174,00001,revised,kitchen_counter,,1024,1024,10.0,80,,04b4dceed550d0b067131eedbaf0b56912740b36b0edf17595f1a1ffb958ec0c,8e4f1dd1db7cd4fb20d94f1d4cbf62c4f3334e4306f15feb2249ca59dc5a8870 | |
| videos/G-174/00002/revised/video.mp4,"On a kitchen counter, an overhead gantry gripper moves ceramic prep bowls. Animate the bowls as they travel to their sorted positions on the marked horizontal row, ordered by circumference.","Animate circles as they travel to their sorted positions on the line, ordered by circumference.",G-174,00002,revised,kitchen_counter,,1024,1024,10.0,80,,778d2420c71aedc823dc5011063098f2b2881bfacf208f3b5dfac066360eb11b,1dea2b3652811bf0630fe74fe601664fd2eae801ca20207996aa48b62bf4e798 | |
| videos/G-174/00003/revised/video.mp4,"On a kitchen counter, two overhead gantry grippers move ceramic prep bowls. Move the bowls to the marked horizontal row, arranging them from largest circumference to smallest.","Move circles to the horizontal line, arranging them from largest circumference to smallest.",G-174,00003,revised,kitchen_counter,,1024,1024,10.0,80,,756fdd09fc6d301506ed52d6e59560d7c2963709d52a404714a1d45d1548f4af,a667beca2b4028480e6fd51d7ecb312c29680276e03244d9d9403fc36de2dda2 | |
| videos/G-174/00004/revised/video.mp4,"On a kitchen counter, an overhead gantry gripper moves ceramic prep bowls. Show the bowls smoothly moving to line up on the marked horizontal row, sorted by their circumference in descending order.","Show circles smoothly moving to line up on the horizontal bar, sorted by their circumference in descending order.",G-174,00004,revised,kitchen_counter,,1024,1024,10.0,80,,1d97413afe13d8b0a620c24df606259672f63cd0dca326e26a48a824692c14fc,1f63f9ebcf04162618f1bc0a49053f3b292216db5cf4a71b0dbf094b9a3fc2fd | |
| videos/G-189/00000/revised/video.mp4,"On a workbench, blue LEGO bricks lie on a white board between two parallel aluminium rods. Animate the process of drawing a perpendicular line through the middle brick. The red line should grow smoothly from the middle brick until it reaches both the upper and lower parallel rods.",Animate the process of drawing a perpendicular line through the middle point. The red line should grow smoothly from the middle point until it reaches both the upper and lower parallel lines.,G-189,00000,revised,workshop_bench,,1024,1024,10.0,50,,64e1062b5f61eb6245cae4aa6767c5c0f27a76752a8f91781bc5516560c46712,f3ba870320b8e4a5b8144d0b3ae229757262276161ddd455431a1e5356ebbbcb | |
| videos/G-189/00001/revised/video.mp4,"On a workbench, blue LEGO bricks lie on a white board between two parallel aluminium rods. Animate the drawing of a red perpendicular line through the middle brick of the blue bricks. The line should grow from the middle brick outward until it reaches both parallel rods.",Animate the drawing of a red perpendicular line through the middle point of the blue points. The line should grow from the middle point outward until it reaches both parallel lines.,G-189,00001,revised,workshop_bench,,1024,1024,10.0,50,,1dd2ba76d8c6cc3fbaf5efb5d6caf1e060b69b365aba48c44a7b36ae6e4abb22,3f646a1167a20338e46b9158dea7cf3bde792ee4072a15b112c8591676df8206 | |
| videos/G-189/00002/revised/video.mp4,"On a workbench, blue LEGO bricks lie on a white board between two parallel aluminium rods. Animate the process of drawing a perpendicular line through the middle brick. The red line should grow smoothly from the middle brick until it reaches both the upper and lower parallel rods.",Animate the process of drawing a perpendicular line through the middle point. The red line should grow smoothly from the middle point until it reaches both the upper and lower parallel lines.,G-189,00002,revised,workshop_bench,,1024,1024,10.0,50,,ac59aac06de375e2648112c8313365c56c65bd6e29fe9be0c782059424b4e7da,4e53d1145c9b10d26f9047a970af1db810cc9ef623986333501fc1e1c8a22dd9 | |
| videos/G-189/00003/revised/video.mp4,"On a workbench, blue LEGO bricks lie on a white board between two parallel aluminium rods. Draw a vertical red line through the middle brick that is perpendicular to the horizontal parallel rods. The line should extend from the upper parallel rod to the lower parallel rod.",Draw a vertical red line through the middle point that is perpendicular to the horizontal parallel lines. The line should extend from the upper parallel line to the lower parallel line.,G-189,00003,revised,workshop_bench,,1024,1024,10.0,50,,f016e80d3cbfff4f89f3f0bb2ed04ff4d1470787790f9f6a7d7dd0a925cb5ff5,99c6e71d75f485543bc945e0e488a6e90559df1af9c1975ffe9a7ea3708102bc | |
| videos/G-189/00004/revised/video.mp4,"On a workbench, blue LEGO bricks lie on a white board between two parallel aluminium rods. Animate the drawing of a red perpendicular line through the middle brick of the blue bricks. The line should grow from the middle brick outward until it reaches both parallel rods.",Animate the drawing of a red perpendicular line through the middle point of the blue points. The line should grow from the middle point outward until it reaches both parallel lines.,G-189,00004,revised,workshop_bench,,1024,1024,10.0,50,,dfe0a0b5a64a8f53fdb5070ed1a8b0fc1b3761ddf94ad4041d9e89f284027d58,afcb6025df3f2295c0165f44ad3f7ea09ce21813a06100f341c3d745e7dfcfc3 | |
| videos/G-194/00000/revised/video.mp4,"On a tailor's light wooden worktable, create an animation where both embroidery hoops travel from their initial separate positions to meet at the center, forming concentric rings. Both hoops should have the same color.","Create an animation where both circles travel from their initial separate positions to meet at the center, forming concentric circles. Both circles should have the same color.",G-194,00000,revised,tailor_table,,1024,1024,10.0,40,,63ca75e30c05ede8d0c7657e617ab36f959c6c8fced4b82072f8fbd9491870b7,d3e275f38d368251b75d9d719cc24ec653de95bb6fff92d943131f03b2e9ef5d | |
| videos/G-194/00001/revised/video.mp4,"On a tailor's light wooden worktable, create an animation where both embroidery hoops travel from their initial separate positions to meet at the center, forming concentric rings. Both hoops should have the same color.","Create an animation where both circles travel from their initial separate positions to meet at the center, forming concentric circles. Both circles should have the same color.",G-194,00001,revised,tailor_table,,1024,1024,10.0,40,,3aa5bc352c7aa6511622ba94d80c3cb693c6952faa787fe8398d239deaaed9ac,a7622b6fbde76341a46aac8c0e42fd283fe729f72046fdf88a5be0dacb3c08a9 | |
| videos/G-194/00002/revised/video.mp4,"On a tailor's light wooden worktable, show both embroidery hoops moving together from their separate positions to form concentric rings. The animation should clearly demonstrate both hoops moving toward the center. Both hoops should have the same color.",Show both circles moving together from their separate positions to form concentric circles. The animation should clearly demonstrate both circles moving toward the center. Both circles should have the same color.,G-194,00002,revised,tailor_table,,1024,1024,10.0,40,,f2baa0c9c2a99286b42859c203414980f778cf6d7375d24881fbf30a3996e1e2,cf57399e33f55f3c5cef1f64212eabc5e9fb9d810f473898b7e2e58868c48817 | |
| videos/G-194/00003/revised/video.mp4,"On a tailor's light wooden worktable, create an animation where both embroidery hoops travel from their initial separate positions to meet at the center, forming concentric rings. Both hoops should have the same color.","Create an animation where both circles travel from their initial separate positions to meet at the center, forming concentric circles. Both circles should have the same color.",G-194,00003,revised,tailor_table,,1024,1024,10.0,40,,470fa8e0d61dbb2f0ff427874e1de2c1d90c30115ea6afecff6575d43d845e93,78de4ebe895d8025cb15f7ddb1ed7c3b1e6445d68fa562e712362c8bc47e03da | |
| videos/G-194/00004/revised/video.mp4,"On a tailor's light wooden worktable, show both embroidery hoops moving together from their separate positions to form concentric rings. The animation should clearly demonstrate both hoops moving toward the center. Both hoops should have the same color.",Show both circles moving together from their separate positions to form concentric circles. The animation should clearly demonstrate both circles moving toward the center. Both circles should have the same color.,G-194,00004,revised,tailor_table,,1024,1024,10.0,40,,5d190e5762d684313d665da0bbe4e1615aedbfc0b42ad14a41827331280f129a,180068d4f912171ca29f4a731592f3524db96896bfd31504a2c9ccea2c232ebc | |
| videos/G-202/00000/revised/video.mp4,"On a workbench, a blue braided rope lies in a multi-peaked wave. Animate the rope wave and identify all peak positions. Use red ring markers with filled center dots to mark each local maximum clearly.",Animate a multi-peaked wave and identify all peak positions. Use red ring markers with filled center dots to mark each local maximum clearly.,G-202,00000,revised,craft_workbench,,1024,1024,10.0,60,,c5fd61ba8abff94c70eb8bcf6ed21647f2f01ddfe4042e51f6fec006c4f4197c,22a55029db6b3a095fef911f28c5b4f469f0bcbef73bc5559f7e63d30de9f789 | |
| videos/G-202/00001/revised/video.mp4,"On a workbench, a blue braided rope lies in a complex wave with multiple peaks. Mark each maximum point of the rope. The animation should clearly show the wave's oscillation and highlight all local maxima using red hollow circles with solid red center dots.",Create a complex wave with multiple peaks and mark each maximum point. The animation should clearly show the wave's oscillation and highlight all local maxima using red hollow circles with solid red center dots.,G-202,00001,revised,craft_workbench,,1024,1024,10.0,60,,0f376fa01ac40c6869df61afd99513047707ddff0ea5b44ceb15eb0210b31ebe,f2c87d911f902b63f322771a140c87ca5ecccc7a4a9cb3292a277df36e461646 | |
| videos/G-202/00002/revised/video.mp4,"On a workbench, a blue braided rope lies in a continuous wave. Animate the rope wave and mark all peaks (local maxima). The wave should flow smoothly from left to right, and each peak is highlighted with a red hollow circle that has a solid red dot at the center.","Animate a continuous wave and mark all peaks (local maxima). The wave should flow smoothly from left to right, and each peak is highlighted with a red hollow circle that has a solid red dot at the center.",G-202,00002,revised,craft_workbench,,1024,1024,10.0,40,,db921b36b213bd41c499a6f8809ce4bb8e6ce5f0ef9da742323dffd784da5f8b,42df75774fafa1add9ce3463078a3ae7c150809e2e6791cb7c7b6c270de7e558 | |
| videos/G-202/00003/revised/video.mp4,"On a workbench, a blue braided rope lies in a continuous wave. Animate the rope wave and mark all peaks (local maxima). The wave should flow smoothly from left to right, and each peak is highlighted with a red hollow circle that has a solid red dot at the center.","Animate a continuous wave and mark all peaks (local maxima). The wave should flow smoothly from left to right, and each peak is highlighted with a red hollow circle that has a solid red dot at the center.",G-202,00003,revised,craft_workbench,,1024,1024,10.0,50,,974ef4ec9dfc214d052985ee0f655aad56880617779d08194be5482956b6008f,125c96441d83c26a7e8b0b366148f72872bfd7608da86ef747e36a94e3febe4c | |
| videos/G-202/00004/revised/video.mp4,"On a workbench, a blue braided rope lies in a complex wave with multiple peaks. Mark each maximum point of the rope. The animation should clearly show the wave's oscillation and highlight all local maxima using red hollow circles with solid red center dots.",Create a complex wave with multiple peaks and mark each maximum point. The animation should clearly show the wave's oscillation and highlight all local maxima using red hollow circles with solid red center dots.,G-202,00004,revised,craft_workbench,,1024,1024,10.0,70,,37804cf54219fd2ca5774cd955c12594710a54cc9ae04bc03cd029e95455d6ad,c394e20de0f8e5a85acf13db2296a8350094bf97536fce87f5c668eb5ea66162 | |
| videos/G-212/00000/revised/video.mp4,"On a workbench, observe this circular arrangement of small arrow signs around a model roundabout and circle the sign that points in a different direction from the rest.",Observe this circular arrangement of arrows and circle the one that points in a different direction from the rest.,G-212,00000,revised,workshop_bench,,1024,1024,30.0,60,,fbdb1dcae0dda085d8a8844f30cc028b74b72374c5aea4920149efca84790cdd,cc8d3ca71473a971e8086f6d279ef784d63474234d69eea1204e2b4053800c47 | |
| videos/G-212/00001/revised/video.mp4,"On a workbench, observe this circular arrangement of small arrow signs around a model roundabout and circle the sign that points in a different direction from the rest.",Observe this circular arrangement of arrows and circle the one that points in a different direction from the rest.,G-212,00001,revised,workshop_bench,,1024,1024,30.0,60,,8abc5d9532b8f1139eb0153154fc9d4c9ef6f231b26092f1859d2c5b8bd4174c,42b8d871ef199bb33d0e3f1144d222793ac50f5167f36f78fef9c5b8076198fb | |
| videos/G-212/00002/revised/video.mp4,"On a workbench, please find the small arrow sign that points in a different direction from the others in the following circular arrangement around a model roundabout and circle it.",Please find the arrow that points in a different direction from the others in the following circular arrangement and circle it.,G-212,00002,revised,workshop_bench,,1024,1024,30.0,60,,df5a2c79a08f99147f032fcdd7c7c71a9f773596e66f914ad425fa7f33486358,f51963c1ad7e8503d4de0354f63a7189f299c53ae549adce6f222e3c6155b05d | |
| videos/G-212/00003/revised/video.mp4,"On a workbench, please find the small arrow sign that points in a different direction from the others in the following circular arrangement around a model roundabout and circle it.",Please find the arrow that points in a different direction from the others in the following circular arrangement and circle it.,G-212,00003,revised,workshop_bench,,1024,1024,30.0,60,,8eb94d7d51a29ada4459cf9d7781211529187eb7da05768b378728ddbc85f616,64aa72252df8de831b47d44e67315a482cae16394bd08a5a63dfb0c7f425139e | |
| videos/G-212/00004/revised/video.mp4,"On a workbench, a set of small arrow signs is displayed in a circular arrangement around a model roundabout. Please find and circle the sign that points in a different direction than the rest.",A set of arrows is displayed in a circular arrangement. Please find and circle the arrow that points in a different direction than the rest.,G-212,00004,revised,workshop_bench,,1024,1024,30.0,60,,4f659cfaca9da7e88409f391d09de23a43cb9463a4ed8e19dfa3517e547e699d,fd9757ec8e5284579ff57d70df0db0b3d03847a8b85c3a51becf8ddb7ad42f1c | |
| videos/G-218/00000/revised/video.mp4,"On a grey marble table, a cheesecake slice with a triangular top sits on a white plate. Mark the largest angle of the slice's triangular top, which is obtuse, with a red circle.",Mark the largest angle which is obtuse with a red circle.,G-218,00000,revised,bakery_bench,,1024,1024,16.0,30,,d4faa87f2b46780ae758caf9554bc2c52c19a24d1369a5a893a8b69ef5bb69a6,06abbfa54b07011f8728148c04442d9a4a40ae5abfc8102b93ada82fe8f5d69b | |
| videos/G-218/00001/revised/video.mp4,"On a grey marble table, a cheesecake slice with a triangular top sits on a white plate. Mark the largest angle of the slice's triangular top, which is obtuse, with a red circle.",Mark the largest angle which is obtuse with a red circle.,G-218,00001,revised,bakery_bench,,1024,1024,16.0,30,,f62ed977611fd288b63d0740721c038ef47e6509cb1d429301820628c10579bd,a32a3bc05debb99c7c00764c24494979ea6360c42ad3cd2d6386a0cc1b88cab8 | |
| videos/G-218/00002/revised/video.mp4,"On a grey marble table, a cheesecake slice with a triangular top sits on a white plate. Mark the largest angle of the slice's triangular top, which is obtuse, with a red circle.",Mark the largest angle which is obtuse with a red circle.,G-218,00002,revised,bakery_bench,,1024,1024,16.0,30,,820f024e4a3decb2fd0d87fceec038223b196e9f61cdb6d84ec0ea6590c7611a,c4db0cc6676aefa1544cc466ee997cf15f0f79ae635bb22c29c2b0b92736d958 | |
| videos/G-218/00003/revised/video.mp4,"On a grey marble table, a cheesecake slice with a triangular top sits on a white plate. Mark the largest angle of the slice's triangular top, which is obtuse, with a red circle.",Mark the largest angle which is obtuse with a red circle.,G-218,00003,revised,bakery_bench,,1024,1024,16.0,30,,30dd191d83d4293feacb7c6acf48051521a851c19f3e4381cd5925d4642beeeb,ee0c992b4ca3001e3eb61571d73f5f4d9f8d05d171fa9a1e0554d3e81b209e46 | |
| videos/G-218/00004/revised/video.mp4,"On a grey marble table, a cheesecake slice with a triangular top sits on a white plate. Mark the largest angle of the slice's triangular top, which is obtuse, with a red circle.",Mark the largest angle which is obtuse with a red circle.,G-218,00004,revised,bakery_bench,,1024,1024,16.0,30,,9f6b61311e1ce6621b0a39069e663a1ffe5e2b387603206fdf53b0fe3d642254,aa1a11afecd9dc0e3956cf59b707c9a555ad1b9c4928b836fcf3284cad6fd29b | |
| videos/G-219/00000/revised/video.mp4,Several coffee mugs sit on a light wooden tabletop. There are multiple mugs with the same form but different colors. Circle the leftmost one.,There are multiple shapes with the same form but different colors. Circle the leftmost one.,G-219,00000,revised,kitchen_counter,,1024,1024,30.0,120,,21ba760358e25dad52f01e96707b9ea57e304b7ca6f60a3bab47c0d3f5de4653,242e9c0002c0d111c8c1b06f3714a3169bec2ef14c38b60222157a47d1123507 | |
| videos/G-219/00001/revised/video.mp4,Several coffee mugs sit on a light wooden tabletop. There are multiple mugs with the same form but different colors. Circle the leftmost one.,There are multiple shapes with the same form but different colors. Circle the leftmost one.,G-219,00001,revised,kitchen_counter,,1024,1024,30.0,120,,11da5988f47a19d6576dd753dbcbc8a24a95b2429508de5485e43c2fa36ca443,53eeccc246d6760e75224b6f59b2e0ff1a86f122ffa7e130e146664e821d2fe0 | |
| videos/G-219/00002/revised/video.mp4,Several coffee mugs sit on a light wooden tabletop. There are multiple mugs with the same form but different colors. Circle the leftmost one.,There are multiple shapes with the same form but different colors. Circle the leftmost one.,G-219,00002,revised,kitchen_counter,,1024,1024,30.0,120,,51a117e3e6ec6a43228127730e7c3aeadf498bb3d3506315a1bcc4408b50fef3,9f1b169212ea42873140c7187ea02d7fc9116f2e44cd12f328b87f4e006b3ebf | |
| videos/G-219/00003/revised/video.mp4,Several coffee mugs sit on a light wooden tabletop. There are multiple mugs with the same form but different colors. Circle the leftmost one.,There are multiple shapes with the same form but different colors. Circle the leftmost one.,G-219,00003,revised,kitchen_counter,,1024,1024,30.0,120,,8ca71700da2d34427411da1a7e0ca645dbe160fe6b87444608e44f461917c775,57210213d0b396ffb4e40b590be98eb9c5a2886f930aefd9cf59d3d5a6d5f2de | |
| videos/G-219/00004/revised/video.mp4,Several coffee mugs sit on a light wooden tabletop. There are multiple mugs with the same form but different colors. Circle the leftmost one.,There are multiple shapes with the same form but different colors. Circle the leftmost one.,G-219,00004,revised,kitchen_counter,,1024,1024,30.0,120,,5d5dddd47ecf8a958d135ba1d1dfe84a7666cf5ed300c84e71dca1ae1ca364c7,be355df4e0cf4e3687b6caf2c904b1d03e3fc9b700a7c7547125e1505cb702fa | |
| videos/G-221/00000/revised/video.mp4,"On a painting-studio wall, a wooden-framed board shows multiple concentric painted square panels with random colors and sizes. Mark the innermost square panel using a blue square outline; the initial frame has no outline, and the marker appears with a smooth fade-in/transition.","The scene contains multiple concentric squares with random colors and sizes. Mark the innermost square using a blue square outline; the initial frame has no outline, and the marker appears with a smooth fade-in/transition.",G-221,00000,revised,workshop_front,,1024,1024,30.0,85,,9b478676fa525548dc3bf641f12d67d7a02199dd82a43ef46a91c2522da94f28,f642e0cb6ec23b6fe7c966118570e736fc98db6f9a4661ba5cf22be0c2f56967 | |
| videos/G-221/00001/revised/video.mp4,"On a painting-studio wall, a wooden-framed board shows multiple concentric painted square panels with random colors and sizes. Mark the innermost square panel using a blue square outline; the initial frame has no outline, and the marker appears with a smooth fade-in/transition.","The scene contains multiple concentric squares with random colors and sizes. Mark the innermost square using a blue square outline; the initial frame has no outline, and the marker appears with a smooth fade-in/transition.",G-221,00001,revised,workshop_front,,1024,1024,30.0,85,,bb01bc86be19d76603b4f5bd9c0329ec344c47376a4a93a4ce2a9db7300672a2,0d04c0fa2a33c10d87ef96e14c56ae09f7cee2e0915a8f5c837a23db237ab6ea | |
| videos/G-221/00002/revised/video.mp4,"On a painting-studio wall, a wooden-framed board shows concentric painted square panels. Among the concentric panels, the target is the innermost one. Use a blue square outline as the marker; the animation transitions smoothly from no marker to the final blue outline.","Among the concentric squares, the target is the innermost one. Use a blue square outline as the marker; the animation transitions smoothly from no marker to the final blue outline.",G-221,00002,revised,workshop_front,,1024,1024,30.0,85,,0739974e5ea4ce4e9810ffdbdc4a1809dd75192c10782b6f5e3f2552e80afc97,96abdabcfc5fb5b106284125c312e8aaf872bfbda7ffc39b6dd06e96dddf869a | |
| videos/G-221/00003/revised/video.mp4,"On a painting-studio wall, a wooden-framed board shows concentric painted square panels. Among the concentric panels, the target is the innermost one. Use a blue square outline as the marker; the animation transitions smoothly from no marker to the final blue outline.","Among the concentric squares, the target is the innermost one. Use a blue square outline as the marker; the animation transitions smoothly from no marker to the final blue outline.",G-221,00003,revised,workshop_front,,1024,1024,30.0,85,,b6b2031a9d45e88cce0f80d920918c5c0aa01f4c9f8bed00ca1725c64a25a7fc,f286adf328b87479870ef9bc1853c7e8403b4475f1c8d247bbcd96e15265c269 | |
| videos/G-221/00004/revised/video.mp4,"On a painting-studio wall, a wooden-framed board shows several concentric painted square panels (random colors and sizes). Add a blue outline around the innermost panel as the marker; the marker should appear via a smooth transition.",The image shows several concentric squares (random colors and sizes). Add a blue outline around the innermost square as the marker; the marker should appear via a smooth transition.,G-221,00004,revised,workshop_front,,1024,1024,30.0,85,,84017a9c4ecd454b57a948ae18d23a9d55cf017ba2fdf3c88b7233966cdcd24e,4fcdb588c7925685d8232dbba0a3b51a52984d1a96263ee32ec791b602be5d00 | |
| videos/G-222/00000/revised/video.mp4,Look at the rubber balls on the light wooden workbench. Please circle the tangent point of the two balls that are touching.,Look at the circles on the screen. Please circle the tangent point of the two circles that are touching.,G-222,00000,revised,workshop_bench,,1024,1024,30.0,60,,039e487b5c1f8e00897773e8d3c7002ea8466b1d858e627af2f0ede644d2e0ba,aec3c1b13b7d805bc3517e96d3c3ad5ba745acb8b2b9a4912df90167c9c58eb0 | |
| videos/G-222/00001/revised/video.mp4,Rubber balls rest on a light wooden workbench. Observe these balls and circle the point where two of them are tangent.,Observe these circles and circle the point where two of them are tangent.,G-222,00001,revised,workshop_bench,,1024,1024,30.0,60,,b16a09546accfa3539283c72a90581eec98db8a2c965bdded27d13c98ac5c7f4,6a0701418d65fc11df9603d45b694d9cb4346df70eb91e01b9bf7e382f92ca66 | |
| videos/G-222/00002/revised/video.mp4,Rubber balls rest on a light wooden workbench. Please find the tangent point between the two balls that are touching and circle it.,Please find the tangent point between the two circles that are touching and circle it.,G-222,00002,revised,workshop_bench,,1024,1024,30.0,60,,9f4cc36d658c483f38fb4678dda34080ce2b39c1fd9fb1711417e89e07a275d2,d40e7ae6322247eb84550bd085cec4a01013c69aff10572e7f9d85ce7906eee1 | |
| videos/G-222/00003/revised/video.mp4,Rubber balls rest on a light wooden workbench. Observe these balls and circle the point where two of them are tangent.,Observe these circles and circle the point where two of them are tangent.,G-222,00003,revised,workshop_bench,,1024,1024,30.0,60,,ab3b7166220d704f2ed2d6013fd491aebff47476ebf7a7bdd55332404ae6b60d,8b6d6096e129bfcadd351ddff634ebb93fd76289d7fb8830116766324e2dd362 | |
| videos/G-222/00004/revised/video.mp4,Look at the rubber balls on the light wooden workbench. Please circle the tangent point of the two balls that are touching.,Look at the circles on the screen. Please circle the tangent point of the two circles that are touching.,G-222,00004,revised,workshop_bench,,1024,1024,30.0,60,,0d7031b154a6f4de8b5484f47dc82e8f67fe8dbef41c6445f5914193e2e675ec,3515e9c33835c6abe79f3c7ecb3f83078ae237a9ea8593b16451f5d48e7b81d9 | |
| videos/G-240/00000/revised/video.mp4,"Multiple dyed leather pieces on a leatherworking bench (some with black edges, some without). Add thin black edges to all pieces without edges.","Multiple shapes (some with borders, some without). Add black thin borders to all shapes without borders.",G-240,00000,revised,workshop_bench,,1024,1024,30.0,105,,d6d4964c2a8e22260a038a55903663c335b5068ef0c298757dae91cb569e8fdc,a8ab2a8064889f753bf5c185579920d4b9be9965ca32cddd7f63674167c3a515 | |
| videos/G-240/00001/revised/video.mp4,"Multiple dyed leather pieces on a leatherworking bench (some with black edges, some without). Add thin black edges to all pieces without edges.","Multiple shapes (some with borders, some without). Add black thin borders to all shapes without borders.",G-240,00001,revised,workshop_bench,,1024,1024,30.0,105,,f9f273dd9fc08990dc7c55eff92e3a986dfe2ba988134d8192153535bb3f32d9,05481087caa0dc05466d9d06c7d2f461b701b23f77e1e5e4b9a9c24df68ca9d2 | |
| videos/G-240/00002/revised/video.mp4,"On a leatherworking bench, add thin black edges to all unedged pieces among multiple dyed leather pieces.",Add black thin borders to all unbordered shapes among multiple shapes.,G-240,00002,revised,workshop_bench,,1024,1024,30.0,105,,480f31fe2106781ab661630c630f2206f566490214ec132d5198cb72fa5514f3,7d2f7ef33d347f7b98abab9fb4b3c39384f593d00aa1107418ee2ead056369b0 | |
| videos/G-240/00003/revised/video.mp4,"Multiple dyed leather pieces on a leatherworking bench (some with black edges, some without). Add thin black edges to all pieces without edges.","Multiple shapes (some with borders, some without). Add black thin borders to all shapes without borders.",G-240,00003,revised,workshop_bench,,1024,1024,30.0,105,,2a5375e077cb7c8a15e7d24baa4edb3ec719465229f18700414a967243cb080e,112f3515a468f5aac9cc35d92d6498c3804cb8194a9e748fa23fb8236a8f7df5 | |
| videos/G-240/00004/revised/video.mp4,"Multiple dyed leather pieces on a leatherworking bench (some with black edges, some without). Add thin black edges to all pieces without edges.","Multiple shapes (some with borders, some without). Add black thin borders to all shapes without borders.",G-240,00004,revised,workshop_bench,,1024,1024,30.0,105,,a96813bc4dad236c6b9f7f52b07f6821892bd80215c97a657394d94268843966,a505cfc1dd0b04d97e47b27b6aad2388abe605c4430867e8ce06bb875c4ec335 | |
| videos/G-247/00000/revised/video.mp4,"On a green blackboard, characters are written in white chalk. Find and circle the Chinese character among the chalk characters. Only one character is Chinese. Draw a red circle around it.",Find and circle the Chinese character among the displayed characters. Only one character is Chinese. Draw a red circle around it.,G-247,00000,revised,workshop_bench,,1024,1024,10.0,100,,7fddadc6f7f3e7f09f7d9d5ae54377b160e23e2cbc90cef46c4646e60f4d69fb,30f6874a797f727d51020d47484269df0a9cece2b19c97a6d61d413bb86d3ddc | |
| videos/G-247/00001/revised/video.mp4,"On a green blackboard, mixed characters are written in white chalk. Locate the Chinese character among the mixed chalk characters and mark it with a red circle.",Locate the Chinese character among the mixed characters and mark it with a red circle.,G-247,00001,revised,workshop_bench,,1024,1024,10.0,100,,7f960f6563aa1961a4c29aa1220addc8d971e9865a49588ab9838e136f204e4a,da5ef2d35889bcf6571827c94f48470c946f6fa2f7d3a2b8efa8b3d9b606bef8 | |
| videos/G-247/00002/revised/video.mp4,"On a green blackboard, characters are written in white chalk. Circle the Chinese character with a red line. There is exactly one Chinese character to find among the chalk characters.",Circle the Chinese character with a red line. There is exactly one Chinese character to find.,G-247,00002,revised,workshop_bench,,1024,1024,10.0,100,,e22e8dfce568623f25005c45c3bc0be81b4041425a0f39cc78fe076259bb101b,c2dc9d1a7d70343ecb50e5f9d29966541ae4c991c75b553298ca36e7bc654be6 | |
| videos/G-247/00003/revised/video.mp4,"On a green blackboard, characters are written in white chalk. Draw a red circle around the Chinese character. Only one chalk character is Chinese.",Draw a red circle around the Chinese character. Only one character is Chinese.,G-247,00003,revised,workshop_bench,,1024,1024,10.0,100,,9cbc08468c20087b6c9796c7fdb2170c84e0208a6c6744cc0f766d7a9885a59d,cc4daff22a07b91b47a86f9fa29dd24e524b01acc639c7197bafe768f8d9e68e | |
| videos/G-247/00004/revised/video.mp4,"On a green blackboard, characters are written in white chalk. Identify the single Chinese character among the chalk characters on the blackboard and circle it with a red line.",Identify the single Chinese character in the display and circle it with a red line.,G-247,00004,revised,workshop_bench,,1024,1024,10.0,100,,525ce1c69ca2c9f6afddf4bd2335ec7591599658feb1bf8bd8cd1505fe9db093,3bd994e0b28f93964cd05281ec6664f4f4ef351f96c16836239a092205b5e005 | |
| videos/G-248/00000/revised/video.mp4,"On a parchment-lined baking tray, several flat iced biscuits are cut into different shapes. Identify and circle the asymmetrical biscuit among the displayed biscuits. Only one biscuit lacks symmetry.",Identify and circle the asymmetrical shape among the displayed shapes. Only one shape lacks symmetry.,G-248,00000,revised,workshop_bench,,1024,1024,15.0,90,,361fc6232108e17effde6dacb11260e3a4b04471aaf2343207f84d30d76098a9,113277f3edb0fe27dc66922a77342165ed4b96ac80afa4c8b02585ec75dc3221 | |
| videos/G-248/00001/revised/video.mp4,"On a parchment-lined baking tray, several flat iced biscuits are cut into different shapes. Circle the biscuit that is not symmetrical. All other biscuits are symmetrical.",Circle the shape that is not symmetrical. All other shapes are symmetrical.,G-248,00001,revised,workshop_bench,,1024,1024,15.0,90,,52f4e475cf2c3b08405e514f57749549f57c575e12e3ac64939987e3974be4a6,8ec57df8a6af9430d1b306a708bf0b87a32d66295fb74fe269419753e2ea5ee2 | |
| videos/G-248/00002/revised/video.mp4,"On a parchment-lined baking tray, several flat iced biscuits are cut into different shapes. Identify and circle the asymmetrical biscuit among the displayed biscuits. Only one biscuit lacks symmetry.",Identify and circle the asymmetrical shape among the displayed shapes. Only one shape lacks symmetry.,G-248,00002,revised,workshop_bench,,1024,1024,15.0,90,,0e9c41d4f8123a0c0866e6c34702650ed967b70e8589d678b9117f2057328103,63dceefe730725dce7a03fe7c2fc6f6196ac3f1c09c7e5eaf81436231951d1ef | |
| videos/G-248/00003/revised/video.mp4,"On a parchment-lined baking tray, several flat iced biscuits are cut into different shapes. Identify and circle the asymmetrical biscuit among the displayed biscuits. Only one biscuit lacks symmetry.",Identify and circle the asymmetrical shape among the displayed shapes. Only one shape lacks symmetry.,G-248,00003,revised,workshop_bench,,1024,1024,15.0,90,,b3265f487e03bc9d503e3d3e2498d4a5dee987bbd19f56b846308483d5e2f468,648a6b6db31e0681399e79ad71b22f36331e21bc99849c0e1d79b4bb1d235939 | |
| videos/G-248/00004/revised/video.mp4,"On a parchment-lined baking tray, several flat iced biscuits are cut into different shapes. Find the asymmetrical biscuit in the image and mark it with a red circle.",Find the asymmetrical shape in the image and mark it with a red circle.,G-248,00004,revised,workshop_bench,,1024,1024,15.0,90,,dad0a9667c3b258708d9df71e34ab96ee13a87830e4885533fe79d25721d0aa6,de94732417da021f4405612764d79ae373f00caf09b7d25d27da1822e7f5a2a5 | |
| videos/G-250/00000/revised/video.mp4,Look at the Venn diagram formed by three overlapping clear acrylic circle templates on a wooden workbench. Please color the area that belongs to the intersection of all three sets in red.,Look at the Venn diagram on the screen. Please color the area that belongs to the intersection of all three sets in red.,G-250,00000,revised,workshop_bench,,1024,1024,30.0,60,,c86b6a14cc6234710462083eb1cc74f6ba1634f7cce891eaee7ea295b4775418,84880d41418979d0c23327ccb20722020388e1e30d95036800a27749997fe1a0 | |
| videos/G-250/00001/revised/video.mp4,"On a wooden workbench, three clear acrylic circle templates overlap to form a Venn diagram. Observe this Venn diagram and color the region where all three sets overlap in red.",Observe this Venn diagram and color the region where all three sets overlap in red.,G-250,00001,revised,workshop_bench,,1024,1024,30.0,60,,8a9b6034832cbde857b1fb389049620f9e269494ac031df6b3edde087a8517ab,83a889ec9bc3d2d1e7ff99453ffbc9fd83c688783679584302656325378bb1cd | |
| videos/G-250/00002/revised/video.mp4,"On a wooden workbench, three clear acrylic circle templates overlap to form a Venn diagram. Please identify the triple intersection area in this Venn diagram and color it red.",Please identify the triple intersection area in this Venn diagram and color it red.,G-250,00002,revised,workshop_bench,,1024,1024,30.0,60,,212a1b361e6fb84a0874cd4264e5e7c7d5f800899dd934f3ab66310e7f391191,e25ae57f625b04c32521b9cef6e35d00112cf0085d64940fe4e558fe8162cde8 | |
| videos/G-250/00003/revised/video.mp4,"On a wooden workbench, three clear acrylic circle templates overlap to form a Venn diagram. Find the intersection of all three sets in this Venn diagram and color it red.",Find the intersection of all three sets in this Venn diagram and color it red.,G-250,00003,revised,workshop_bench,,1024,1024,30.0,60,,00e478f42c033fb367ef40671db138fe35c203031a7849377ac959e6791e4a54,66c1ff1698f979a8a23da1651a585266f323cb20c32f818f0ff8b2da4de4cde9 | |
| videos/G-250/00004/revised/video.mp4,"On a wooden workbench, three clear acrylic circle templates overlap to form a Venn diagram. Observe this Venn diagram and color the region where all three sets overlap in red.",Observe this Venn diagram and color the region where all three sets overlap in red.,G-250,00004,revised,workshop_bench,,1024,1024,30.0,60,,3f9369e601aff7a4626b744805f4ebbb7fb16e38d413707c0bf742e627026f12,d9018d0b8957a35136fd4c7a57419e392e4b92a87436cc5f273ebf906a150d34 | |
| videos/G-273/00000/revised/video.mp4,"On a laboratory bench, two identical yellow square blocks are placed into two tall glass tanks with liquids of different densities. The right tank has higher density liquid (the block that ends up floating higher), the left has lower density. After the motion settles, add a red rectangular outline around the block inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other block.","Two identical square objects are placed into two containers with liquids of different densities. The right container has higher density liquid (the object that ends up floating higher), the left has lower density. After the motion settles, add a red rectangular outline around the object inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other object.",G-273,00000,revised,workshop_bench,,1024,1024,30.0,210,,79e239de028df0629d2c3df324020ee6f2c0e6d2de3570b9c4531567559f8c6f,494c285f74a6c27c3ef6f2076547b916771a02e9c3d11ecb5d804c342ca9954a | |
| videos/G-273/00001/revised/video.mp4,"On a laboratory bench, two identical yellow square blocks are placed into two tall glass tanks with liquids of different densities. The left tank has higher density liquid (the block that ends up floating higher), the right has lower density. After the motion settles, add a red rectangular outline around the block inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other block.","Two identical square objects are placed into two containers with liquids of different densities. The left container has higher density liquid (the object that ends up floating higher), the right has lower density. After the motion settles, add a red rectangular outline around the object inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other object.",G-273,00001,revised,workshop_bench,,1024,1024,30.0,210,,f611e945b482c234897996fc8fd686865d0992eb995950bec777e482b32089e4,b26fc1efe22fda35b365e4d018406bca1eb694dfb9085316c29e3ecde21c7105 | |
| videos/G-273/00002/revised/video.mp4,"On a laboratory bench, two identical yellow square blocks are placed into two tall glass tanks with liquids of different densities. The right tank has higher density liquid (the block that ends up floating higher), the left has lower density. After the motion settles, add a red rectangular outline around the block inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other block.","Two identical square objects are placed into two containers with liquids of different densities. The right container has higher density liquid (the object that ends up floating higher), the left has lower density. After the motion settles, add a red rectangular outline around the object inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other object.",G-273,00002,revised,workshop_bench,,1024,1024,30.0,210,,7e557029c45aa27d43bac996149bd0707a61c8b857e2d9f678b819014b7e9d21,2ef4492bf3a11fb373e209a3ae610e7f6adfc5ceed20bd225934a840c7be68b6 | |
| videos/G-273/00003/revised/video.mp4,"On a laboratory bench, two identical yellow square blocks are placed into two tall glass tanks with liquids of different densities. The right tank has higher density liquid (the block that ends up floating higher), the left has lower density. After the motion settles, add a red rectangular outline around the block inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other block.","Two identical square objects are placed into two containers with liquids of different densities. The right container has higher density liquid (the object that ends up floating higher), the left has lower density. After the motion settles, add a red rectangular outline around the object inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other object.",G-273,00003,revised,workshop_bench,,1024,1024,30.0,210,,e9a24341e069214d903b2ae059df813a3d10961911b187071faa771b27ad9415,26d2a8368911a656e0af226668e67ddeac5b557773fa5c071bf14f6e722d97f7 | |
| videos/G-273/00004/revised/video.mp4,"On a laboratory bench, two identical yellow square blocks are placed into two tall glass tanks with liquids of different densities. The left tank has higher density liquid (the block that ends up floating higher), the right has lower density. After the motion settles, add a red rectangular outline around the block inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other block.","Two identical square objects are placed into two containers with liquids of different densities. The left container has higher density liquid (the object that ends up floating higher), the right has lower density. After the motion settles, add a red rectangular outline around the object inside the higher-density liquid; the rectangle appears only at the end and stays visible, and do not mark the other object.",G-273,00004,revised,workshop_bench,,1024,1024,30.0,210,,7ec2779759f3f35e414c8f04ed2848d897ebbbf49885ce3759ef0b80be343a56,8d5d3b8800366e776a7cae0a5d6c052a88c21880ca8236ed5ff8b730c78a8293 | |
| videos/O-2/00000/revised/video.mp4,"On an artist's table, two pigment colors are displayed as round paint dollops on cream paper, each below its paint tube. A rectangular zone marked with a white border indicates where the pigments will mix. Using subtractive color mixing rules, determine the resulting color and display it within the marked zone.","Two pigment colors are displayed. A rectangular zone marked with a white border indicates where the pigments will mix. Using subtractive color mixing rules, determine the resulting color and display it within the marked zone.",O-2,00000,revised,workshop_bench,,1024,1024,10.0,40,,5428d10b68e607005846dd0bf5b7f56e547ff4338debd1b26bad185910506e33,aa02c55c494dc29e7c33062bdc4029dac853437bc710d964644e969829c39c83 | |
| videos/O-2/00001/revised/video.mp4,"On an artist's table, apply subtractive color mixing principles. Observe the two pigment colors, round paint dollops below their paint tubes, positioned on the left and right sides of the cream paper. The white-bordered rectangular area in the center is the mixing zone. Display the resulting mixed color inside this marked zone.",Apply subtractive color mixing principles. Observe the two pigment colors positioned on the left and right sides. The white-bordered rectangular area in the center is the mixing zone. Display the resulting mixed color inside this marked zone.,O-2,00001,revised,workshop_bench,,1024,1024,10.0,40,,014ac4fc9e66cec2b1f20be30e533d942a400aae3055ded386a780515cf3fe60,02ac0f7fda843d5099ba7810cad5131ca25c1284b997bd354d290677fe6245b2 | |
| videos/O-2/00002/revised/video.mp4,"On an artist's table, apply subtractive color mixing principles. Observe the two pigment colors, round paint dollops below their paint tubes, positioned on the left and right sides of the cream paper. The white-bordered rectangular area in the center is the mixing zone. Display the resulting mixed color inside this marked zone.",Apply subtractive color mixing principles. Observe the two pigment colors positioned on the left and right sides. The white-bordered rectangular area in the center is the mixing zone. Display the resulting mixed color inside this marked zone.,O-2,00002,revised,workshop_bench,,1024,1024,10.0,40,,7ba3afdfe11fad53f1ec212b49ca42c617de53ca156422f4c7cd93004d735228,f4b135bb6a60db61c01268ea9af3cbd53c37002343e7086c6da81095581fc15a | |
| videos/O-2/00003/revised/video.mp4,"On an artist's table, demonstrate subtractive color mixing. The image shows two pigment colors as round paint dollops on cream paper, each below its paint tube. The center region is marked with a white rectangular outline. Predict and show what color appears in the marked mixing zone when these two pigments combine.",Demonstrate subtractive color mixing. The image shows two pigment colors. The center region is marked with a white rectangular outline. Predict and show what color appears in the marked mixing zone when these two pigments combine.,O-2,00003,revised,workshop_bench,,1024,1024,10.0,40,,b7d1ac3b1edee1437fce0ea9ef6e628d1b55d541406cb8baad3bd6b891e1e6ed,e296c8a70fdee711778b51bf3a8d6f22b1f1aa4615a74e25fe63b2a5d92133c9 | |
| videos/O-2/00004/revised/video.mp4,"On an artist's table, demonstrate subtractive color mixing. The image shows two pigment colors as round paint dollops on cream paper, each below its paint tube. The center region is marked with a white rectangular outline. Predict and show what color appears in the marked mixing zone when these two pigments combine.",Demonstrate subtractive color mixing. The image shows two pigment colors. The center region is marked with a white rectangular outline. Predict and show what color appears in the marked mixing zone when these two pigments combine.,O-2,00004,revised,workshop_bench,,1024,1024,10.0,40,,d037ff403b5e1b4a5eef7719c682134e7a01c2eacf3b7a5c40740ef955ea62b2,565f04e6f47dc2d1c53763baa16aed166cb59749da2c6d2502bd1c4cbd0ccb0d | |
| videos/O-5/00000/revised/video.mp4,"Perform a deletion operation on the marked target piece. On a wooden play table, a horizontal row of colored wooden shape-sorter pieces, each with a small peg, is arranged from left to right. One specific piece in this row is uniquely identified as the target for deletion by a thin red rectangular frame outlined on the table around it. No other piece has this red frame marking. Execute the deletion by removing the marked target piece from the row. After deletion, the remaining pieces must maintain their original order and spacing, creating a row with exactly one fewer piece than the initial state. The target piece is unambiguously identified by the red frame, ensuring there is no confusion about which piece to delete.","Perform a symbol deletion operation on the marked target. The scene contains a horizontal sequence of colored geometric symbols arranged from left to right. One specific symbol in this sequence is uniquely identified as the target for deletion by a red border frame drawn around it. No other symbol has this red border marking. Execute the deletion by removing the marked target symbol from the sequence. After deletion, the remaining symbols must maintain their original order and spacing, creating a sequence with exactly one fewer symbol than the initial state. The target symbol is unambiguously identified by the red border, ensuring there is no confusion about which symbol to delete.",O-5,00000,revised,workshop_bench,,1024,1024,15.0,46,,184715346217e51ed5ab08baf7ed2a9becf281da93837ce5933d3d45f119f845,3d9bd07174aa5eadc6748bdfc8d8dd5226ee76c02e3b4a16d9f7eb1cbd1c924d | |
| videos/O-5/00001/revised/video.mp4,"Perform a deletion operation on the marked target piece. On a wooden play table, a horizontal row of colored wooden shape-sorter pieces, each with a small peg, is arranged from left to right. One specific piece in this row is uniquely identified as the target for deletion by a thin red rectangular frame outlined on the table around it. No other piece has this red frame marking. Execute the deletion by removing the marked target piece from the row. After deletion, the remaining pieces must maintain their original order and spacing, creating a row with exactly one fewer piece than the initial state. The target piece is unambiguously identified by the red frame, ensuring there is no confusion about which piece to delete.","Perform a symbol deletion operation on the marked target. The scene contains a horizontal sequence of colored geometric symbols arranged from left to right. One specific symbol in this sequence is uniquely identified as the target for deletion by a red border frame drawn around it. No other symbol has this red border marking. Execute the deletion by removing the marked target symbol from the sequence. After deletion, the remaining symbols must maintain their original order and spacing, creating a sequence with exactly one fewer symbol than the initial state. The target symbol is unambiguously identified by the red border, ensuring there is no confusion about which symbol to delete.",O-5,00001,revised,workshop_bench,,1024,1024,15.0,46,,cce6a1948546e4d4603affdee36b50f860fe157f1da2d79b0ab652032562ff02,877766137b23fb03c0f4238b2f953c96c2f12360323438e2f96b7639a0267326 | |
| videos/O-5/00002/revised/video.mp4,"Perform a deletion operation on the marked target piece. On a wooden play table, a horizontal row of colored wooden shape-sorter pieces, each with a small peg, is arranged from left to right. One specific piece in this row is uniquely identified as the target for deletion by a thin red rectangular frame outlined on the table around it. No other piece has this red frame marking. Execute the deletion by removing the marked target piece from the row. After deletion, the remaining pieces must maintain their original order and spacing, creating a row with exactly one fewer piece than the initial state. The target piece is unambiguously identified by the red frame, ensuring there is no confusion about which piece to delete.","Perform a symbol deletion operation on the marked target. The scene contains a horizontal sequence of colored geometric symbols arranged from left to right. One specific symbol in this sequence is uniquely identified as the target for deletion by a red border frame drawn around it. No other symbol has this red border marking. Execute the deletion by removing the marked target symbol from the sequence. After deletion, the remaining symbols must maintain their original order and spacing, creating a sequence with exactly one fewer symbol than the initial state. The target symbol is unambiguously identified by the red border, ensuring there is no confusion about which symbol to delete.",O-5,00002,revised,workshop_bench,,1024,1024,15.0,46,,a19f4c1644f7d4cf62115f676f2e1962066df0c136e65655fd6f0ace7a36362f,dc1bdc968884944e71d7def8e0f809c93a7737542984f2c01068086811b3abc9 | |
| videos/O-5/00003/revised/video.mp4,"Remove the marked piece from the row of pieces. On a wooden play table, the task involves a horizontal row of painted wooden shape-sorter pieces, each a colored geometric shape with a small peg. The row contains multiple distinct pieces, and exactly one piece is marked for deletion by a thin red rectangular frame outlined on the table around it. This red frame serves as the sole indicator identifying which piece must be removed, eliminating any ambiguity in target selection. Delete only the piece that is enclosed by the red frame. After the deletion operation, the resulting row must contain all remaining pieces in their original order, with the target piece completely absent. The deletion affects only the marked piece, leaving all other pieces unchanged in their visual properties and sequential positions.","Remove the marked symbol from the symbol sequence. The task involves a horizontal sequence of symbols where each symbol consists of a colored geometric shape. The sequence contains multiple distinct symbols, and exactly one symbol is marked for deletion using a red rectangular border drawn around it. This red border serves as the sole indicator identifying which symbol must be removed, eliminating any ambiguity in target selection. Delete only the symbol that is enclosed by the red border. After the deletion operation, the resulting sequence must contain all remaining symbols in their original order, with the target symbol completely absent. The deletion affects only the marked symbol, leaving all other symbols unchanged in their visual properties and sequential positions.",O-5,00003,revised,workshop_bench,,1024,1024,15.0,46,,916fc5e13d6065cfaeb7a9e05a0fd2eb2909809044d70fee2e7d45466e3c5cd4,5c2c4fdf1fa866a1239e69a9734c62fa869cfb41d11e95862d36779f48cd6ede | |
| videos/O-5/00004/revised/video.mp4,"Remove the marked piece from the row of pieces. On a wooden play table, the task involves a horizontal row of painted wooden shape-sorter pieces, each a colored geometric shape with a small peg. The row contains multiple distinct pieces, and exactly one piece is marked for deletion by a thin red rectangular frame outlined on the table around it. This red frame serves as the sole indicator identifying which piece must be removed, eliminating any ambiguity in target selection. Delete only the piece that is enclosed by the red frame. After the deletion operation, the resulting row must contain all remaining pieces in their original order, with the target piece completely absent. The deletion affects only the marked piece, leaving all other pieces unchanged in their visual properties and sequential positions.","Remove the marked symbol from the symbol sequence. The task involves a horizontal sequence of symbols where each symbol consists of a colored geometric shape. The sequence contains multiple distinct symbols, and exactly one symbol is marked for deletion using a red rectangular border drawn around it. This red border serves as the sole indicator identifying which symbol must be removed, eliminating any ambiguity in target selection. Delete only the symbol that is enclosed by the red border. After the deletion operation, the resulting sequence must contain all remaining symbols in their original order, with the target symbol completely absent. The deletion affects only the marked symbol, leaving all other symbols unchanged in their visual properties and sequential positions.",O-5,00004,revised,workshop_bench,,1024,1024,15.0,46,,eaa18796b76fda7e34bf6d14db7104167f61177c6794b119736d33dcdb586b57,537f6af0e3be37ba8a5a1b197f4d73c6dd7f4d30b00031a20f3d8f48258669e4 | |
| videos/O-6/00000/revised/video.mp4,"On a dark mat laid on a wooden workbench, perform a 2D geometric transformation by rotating the flat metal plate to the target position. You are given: (1) a flat pale teal metal plate in its starting orientation, (2) a red-capped pivot pin clearly marking the rotation center, and (3) a white outline labelled DESTINATION indicating where the plate should end up after rotation. Your task is to rotate the plate flat on the mat around the pivot pin until the plate's position precisely aligns with and overlaps the white outline. The plate must maintain its size and shape during rotation, only its orientation should change.","Perform a 2D geometric transformation by rotating the planar object to the target position. You are given: (1) a solid-colored 2D shape in its starting orientation, (2) a clearly marked rotation center point, and (3) a target outline indicating where the shape should end up after rotation. Your task is to rotate the shape in the 2D plane around the specified rotation center until the shape's position precisely aligns with and overlaps the target outline. The object must maintain its size and shape during rotation, only its orientation should change.",O-6,00000,revised,workshop_bench,,1024,1024,15.0,56,,1a5bffcfcd194cdb58e18036d36c4a2f25dec2202f28d0e2c40d7bd4a1215d62,8f6bc76e5ba6465a32d26429446f0c0453bc65d3ca952766184a66b8a026cdcf | |
| videos/O-6/00001/revised/video.mp4,"On a dark mat laid on a wooden workbench, perform a 2D geometric transformation by rotating the flat metal plate to the target position. You are given: (1) a flat light purple metal plate in its starting orientation, (2) a red-capped pivot pin clearly marking the rotation center, and (3) a white outline labelled DESTINATION indicating where the plate should end up after rotation. Your task is to rotate the plate flat on the mat around the pivot pin until the plate's position precisely aligns with and overlaps the white outline. The plate must maintain its size and shape during rotation, only its orientation should change.","Perform a 2D geometric transformation by rotating the planar object to the target position. You are given: (1) a solid-colored 2D shape in its starting orientation, (2) a clearly marked rotation center point, and (3) a target outline indicating where the shape should end up after rotation. Your task is to rotate the shape in the 2D plane around the specified rotation center until the shape's position precisely aligns with and overlaps the target outline. The object must maintain its size and shape during rotation, only its orientation should change.",O-6,00001,revised,workshop_bench,,1024,1024,15.0,56,,ff2fa9e98a553cff541e91fb33d4adff4babb6b4d59e8efb57402fab5b6307f6,3acb70b13dc6de54e65332a7d9a940332175dbf0670a8babebda2d017ebfad2c | |
| videos/O-6/00002/revised/video.mp4,"On a dark mat laid on a wooden workbench, transform the flat metal plate through planar rotation to achieve the target configuration. The initial state displays a flat sand-coloured metal plate, a rotation center point (marked with a red-capped pivot pin), and a target outline (shown as an unfilled white contour labelled DESTINATION). Rotate the plate flat on the mat around the pivot pin until the plate's position and orientation exactly match those shown by the white outline. The final state should show the plate completely aligned with and filling the outline.","Transform the 2D shape through planar rotation to achieve the target configuration. The initial state displays a solid 2D polygon, a rotation center point (marked with a small circle), and a target outline (shown as an unfilled shape contour). Rotate the shape in the plane around the designated rotation center point until the shape's position and orientation exactly match those shown by the target outline. The final state should show the shape completely aligned with and filling the target outline shape.",O-6,00002,revised,workshop_bench,,1024,1024,15.0,56,,0affc46f9ea46261293e81c3f8f2653dabd99a3f9868697592cdd524f94c6e19,7285d40b8f8147129791a41bf7967c2b8208b08d0322aa4398fba4859e35d8ad | |
| videos/O-6/00003/revised/video.mp4,"Execute a planar rotation transformation on the flat metal plate lying on a dark mat on a wooden workbench. The scene contains three key elements: a flat light purple metal plate showing the initial state, a red-capped pivot pin marking the pivot point, and a white outline labelled DESTINATION showing the goal state. Rotate the plate flat on the mat around the pivot pin until it reaches the orientation depicted by the white outline. The rotation should result in the plate perfectly matching the white outline's position and orientation.","Execute a planar rotation transformation on the 2D shape. The scene contains three key elements: a filled 2D polygon showing the initial state, a rotation center marker indicating the pivot point, and a target outline showing the goal state. Rotate the shape in the plane around the marked center point until it reaches the orientation depicted by the target outline. The rotation should result in the shape perfectly matching the target outline's position and orientation.",O-6,00003,revised,workshop_bench,,1024,1024,15.0,56,,a20202e248cc411c2b862e03ff6f6df8c58b5500bba8017436c11f6a640bcd1f,99c53925f1d5a8ebcc116b8826d3b6059ab065b1d3e37634824b65c90092d462 | |
| videos/O-6/00004/revised/video.mp4,"On a dark mat laid on a wooden workbench, perform a 2D geometric transformation by rotating the flat metal plate to the target position. You are given: (1) a flat blue metal plate in its starting orientation, (2) a red-capped pivot pin clearly marking the rotation center, and (3) a white outline labelled DESTINATION indicating where the plate should end up after rotation. Your task is to rotate the plate flat on the mat around the pivot pin until the plate's position precisely aligns with and overlaps the white outline. The plate must maintain its size and shape during rotation, only its orientation should change.","Perform a 2D geometric transformation by rotating the planar object to the target position. You are given: (1) a solid-colored 2D shape in its starting orientation, (2) a clearly marked rotation center point, and (3) a target outline indicating where the shape should end up after rotation. Your task is to rotate the shape in the 2D plane around the specified rotation center until the shape's position precisely aligns with and overlaps the target outline. The object must maintain its size and shape during rotation, only its orientation should change.",O-6,00004,revised,workshop_bench,,1024,1024,15.0,56,,47b8a3f3a14abd94cf13b253a834007cb59747a3c31f62e22f111848ae6f44fc,81adc67608974bb825a171edea87b1bf6b2d7247b91442ef2e2c58714b8c9a2d | |
| videos/O-9/00000/revised/video.mp4,"On a bakery counter, a tablet shows photos of blue-iced cookies: a hexagonal cookie and a resized hexagonal cookie on the top row, and a diamond-shaped cookie below. Animate the scaling transformation where the diamond-shaped cookie changes size according to the established pattern.",Animate the scaling transformation where the shape changes size according to the established pattern.,O-9,00000,revised,bakery_photo_counter,,1024,1024,10.0,60,,84ab24b31144ba4678b59e4b71cd8c1a144475491b6f9e4cbe0f1626fafd19c8,851b8bcdffc2b27594aa05fa8423f17b0b8d4fad0584c133477f86eb3102b74b | |
| videos/O-9/00001/revised/video.mp4,"On a bakery counter, a tablet shows photos of blue-iced cookies: an oval cookie and a resized oval cookie on the top row, and a rectangular cookie below. Complete the analogy by revealing the scaled version of the second cookie, the rectangular one.",Complete the analogy by revealing the scaled version of the second shape.,O-9,00001,revised,bakery_photo_counter,,1024,1024,10.0,60,,1198c58ceddc966bd444081019ac0853ba631514e459813571d0a4f23d65a01f,241bcb4fcbc927353756a3b26398ebbf73e49155c56f07316995f73302c01194 | |
| videos/O-9/00002/revised/video.mp4,"On a bakery counter, a tablet shows photos of blue-iced cookies: a crescent-shaped cookie and a resized crescent-shaped cookie on the top row, and a hexagonal cookie below. Animate the scaling transformation where the hexagonal cookie changes size according to the established pattern.",Animate the scaling transformation where the shape changes size according to the established pattern.,O-9,00002,revised,bakery_photo_counter,,1024,1024,10.0,60,,449f90a243b5bb96bca882e144b06fbb2a403e117422196a5eac3f15efe70930,894ea13bf2b1e52d120cc8d5ef0838d9d22cd5ffd6a2153e81e6345bb9ebe4ab | |
| videos/O-9/00003/revised/video.mp4,"On a bakery counter, a tablet shows photos of blue-iced cookies: an octagonal cookie and a resized octagonal cookie on the top row, and a star-shaped cookie below. Animate the scaling transformation where the star-shaped cookie changes size according to the established pattern.",Animate the scaling transformation where the shape changes size according to the established pattern.,O-9,00003,revised,bakery_photo_counter,,1024,1024,10.0,60,,0cfaae825bdde5f188122db11f939924b55b6045df3402ddc0016f03e4c8942a,e266f1749bcc32352f785056c9ab0293a8be5557477829934ae59c96ab554887 | |
| videos/O-9/00004/revised/video.mp4,"On a bakery counter, a tablet shows photos of blue-iced cookies: a diamond-shaped cookie and a resized diamond-shaped cookie on the top row, and a cross-shaped cookie below. Complete the analogy by revealing the scaled version of the second cookie, the cross-shaped one.",Complete the analogy by revealing the scaled version of the second shape.,O-9,00004,revised,bakery_photo_counter,,1024,1024,10.0,60,,33cb412f97c38c5304ac64000a1714e4a12d4238e6d938abb0c51ee357bf063c,34c74adad9c3a4a434f84feabba21af59ca9f389d9594122ee7d7e7507f68674 | |
| videos/O-16/00000/revised/video.mp4,"On a dark wooden theater stage, two stage spotlights cast colored round pools of light at different positions. The pools move toward each other at equal speeds until they fully overlap and merge into one. The overlapping region during movement and the final merged pool should show the additive color mixture of the two original pool colors. Stop the animation when the pools have completely merged at the midpoint.",Two colored circular balls start at different positions. They move toward each other at equal speeds until they fully overlap and merge into one. The overlapping region during movement and the final merged ball should show the additive color mixture of the two original ball colors. Stop the animation when the balls have completely merged at the midpoint.,O-16,00000,revised,workshop_bench,,1024,1024,10.0,35,,6a2976fcd1d104dc156ad1b045bded9004949a09610e8aab3076e762acf9a403,183b63e38a69de1fddb9af70bc28c441a23a642417b9139a9b7bc1635acbcf7c | |
| videos/O-16/00001/revised/video.mp4,"On a dark wooden theater stage, two stage spotlights cast colored round pools of light at different positions. The pools move toward each other at equal speeds until they fully overlap and merge into one. The overlapping region during movement and the final merged pool should show the additive color mixture of the two original pool colors. Stop the animation when the pools have completely merged at the midpoint.",Two colored circular balls start at different positions. They move toward each other at equal speeds until they fully overlap and merge into one. The overlapping region during movement and the final merged ball should show the additive color mixture of the two original ball colors. Stop the animation when the balls have completely merged at the midpoint.,O-16,00001,revised,workshop_bench,,1024,1024,10.0,35,,c23576509cb8fec8480f8b5c01e4bb9e89ec8456684135c9ea343758af9f95f9,2bd2e6ca5106f2cd8f33c89854ca2ab2f3a80e94de3d7fe807073e6f8359d1c8 | |
| videos/O-16/00002/revised/video.mp4,"On a dark wooden theater stage, two stage spotlights cast round pools of light of different colors at separate locations. Show the pools moving toward each other at identical speeds. When they overlap, the overlapping area should display the additive mixture of their colors. Continue the animation until the pools completely merge into a single pool of light at the midpoint, then stop.","Two balls of different colors are placed at separate locations. Show them moving toward each other at identical speeds. When they overlap, the overlapping area should display the additive mixture of their colors. Continue the animation until the balls completely merge into a single ball at the midpoint, then stop.",O-16,00002,revised,workshop_bench,,1024,1024,10.0,35,,4647c1f51e47a01e4d2995864c55c45e879a9144bd7ab015b3533a065e9ab867,7ea8b243c8df3cf3a04212d1345f67ecba79a316f7b032286378ee820d3e1270 | |
| videos/O-16/00003/revised/video.mp4,"On a dark wooden theater stage, two stage spotlights cast colored round pools of light at different positions. The pools move toward each other at equal speeds until they fully overlap and merge into one. The overlapping region during movement and the final merged pool should show the additive color mixture of the two original pool colors. Stop the animation when the pools have completely merged at the midpoint.",Two colored circular balls start at different positions. They move toward each other at equal speeds until they fully overlap and merge into one. The overlapping region during movement and the final merged ball should show the additive color mixture of the two original ball colors. Stop the animation when the balls have completely merged at the midpoint.,O-16,00003,revised,workshop_bench,,1024,1024,10.0,35,,82a90f3be9605dc6d81f17cd13db76098a14b27ea4a3dbc5b37b097b9e2648ea,fa197a4b7a8203df8a42e65f685f1519c897075cb96535732c765f69093d2ca6 | |
| videos/O-16/00004/revised/video.mp4,"On a dark wooden theater stage, two stage spotlights cast round pools of light of different colors at separate locations. Show the pools moving toward each other at identical speeds. When they overlap, the overlapping area should display the additive mixture of their colors. Continue the animation until the pools completely merge into a single pool of light at the midpoint, then stop.","Two balls of different colors are placed at separate locations. Show them moving toward each other at identical speeds. When they overlap, the overlapping area should display the additive mixture of their colors. Continue the animation until the balls completely merge into a single ball at the midpoint, then stop.",O-16,00004,revised,workshop_bench,,1024,1024,10.0,35,,8c356d05e884a4370b305fba1b34a67df7e3d98d0028d5a89f031ed5657feb33,5addb35fc2478149d2853d6852deb518c5b802da1db8f24763e32c43784d181c | |
| videos/O-19/00000/revised/video.mp4,"On a wooden table, a blue laser beam strikes a mirror strip. Given the mirror reflectivity = 0.43, predict how the light reflects when it encounters the mirror. Extend the reflected beam to the image boundary.","Given the mirror reflectivity = 0.43, predict how light reflects when it encounters the mirror. Extend the reflected ray to the image boundary.",O-19,00000,revised,workshop_bench,,1024,1024,10.0,35,,dcbcc649651c20f2706ced177f81c4394307072e6b63e6360ad208d142b89619,6fd808663e4e53043c5e6f3b97cbc3c859c60347fcd6a7c4df42134ba1f95038 | |
| videos/O-19/00001/revised/video.mp4,"On a wooden table, a blue laser beam strikes a mirror strip. Given the mirror reflectivity = 0.47, predict the light reflection from the mirror surface. The reflected beam must extend all the way to the edge of the image.","Given the mirror reflectivity = 0.47, predict the light reflection from the mirror surface. The reflected ray must extend all the way to the edge of the image.",O-19,00001,revised,workshop_bench,,1024,1024,10.0,35,,03646a32a4ff25dadd4e7857e97fa40fa9222eec8b3cdd23184e1294a8dfa608,50707129249a4efb517d416054d539d141ed125fe18ac08f00b849b6b10e56f9 | |
| videos/O-19/00002/revised/video.mp4,"On a wooden table, a blue laser beam strikes a mirror strip. Given the mirror reflectivity = 0.65, predict how the light reflects when it encounters the mirror. Extend the reflected beam to the image boundary.","Given the mirror reflectivity = 0.65, predict how light reflects when it encounters the mirror. Extend the reflected ray to the image boundary.",O-19,00002,revised,workshop_bench,,1024,1024,10.0,35,,c60e8956f5975310300f460d8fe261d904256fea003745792efc2b6d20f9b08a,879f8163e9312a83385bbf1c9fda2161fcd1f3adebffbd8605ba89c6c3896287 | |
| videos/O-19/00003/revised/video.mp4,"On a wooden table, a blue laser beam strikes a mirror strip. Given the mirror reflectivity = 0.92, predict the light reflection from the mirror surface. The reflected beam must extend all the way to the edge of the image.","Given the mirror reflectivity = 0.92, predict the light reflection from the mirror surface. The reflected ray must extend all the way to the edge of the image.",O-19,00003,revised,workshop_bench,,1024,1024,10.0,35,,9dbbf51f786401ca7b7e4605162c7af8a223949b9d244bb5230d790b230152f4,10418a09c2e8eddfdcb8851d93d5689da14f43dab3a198dab6ef0bcc258a95db | |
| videos/O-19/00004/revised/video.mp4,"On a wooden table, a blue laser beam strikes a mirror strip. Given the mirror reflectivity = 0.38, predict the reflection of light when it hits the mirror. The reflected beam should extend to the edge of the image.","Given the mirror reflectivity = 0.38, predict the reflection of light when it hits the mirror. The reflected ray should extend to the edge of the image.",O-19,00004,revised,workshop_bench,,1024,1024,10.0,35,,03c4eb466d7994e9e803cdb291b8fdaaf04d1a98ba6f7f262e2770cde2fff8a6,35c411bfa1be09a0ff23971094c81d2e09499056bd4b6372f7788cea7f7235ac | |
| videos/O-21/00000/revised/video.mp4,"On a wooden play table, a light-blue LEGO structure has a green-outlined gap. Identify which of the four candidate LEGO pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.",Identify which of the four candidate pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.,O-21,00000,revised,workshop_bench,,1024,1024,10.0,51,,db8841c74504679f6c165c4707875f1f4202a7782c50b0ba067a5517d3252a37,ce1de23e2c269b83382c6256a3c6ba75e7c72957007e179029518d52e1ac5d62 | |
| videos/O-21/00001/revised/video.mp4,"On a wooden play table, examine the light-blue LEGO structure with the missing piece outlined in green. Compare each candidate LEGO piece to the gap and select the one that fits perfectly. Animate the correct piece moving into place to complete the structure.",Examine the structure with the missing piece. Compare each candidate piece to the gap and select the one that fits perfectly. Animate the correct piece moving into place to complete the structure.,O-21,00001,revised,workshop_bench,,1024,1024,10.0,50,,b89e566bf928c35ada612d5f04236c0c44f06310193cab184fc740bb201eefe0,bb666b1294b240f0b943fcb668024cc169059fc069bdcdf71c47934696975ffd | |
| videos/O-21/00002/revised/video.mp4,"On a wooden play table, a light-blue LEGO structure has a green-outlined gap. Identify which of the four candidate LEGO pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.",Identify which of the four candidate pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.,O-21,00002,revised,workshop_bench,,1024,1024,10.0,50,,ed7a59dec2fa8492cf1f30dc5281045802f3368ff04286dea278e020e3944a5c,34f2b67dc44a927de16b349c6583199478d54ec2a891b83f4e61a87dfe018471 | |
| videos/O-21/00003/revised/video.mp4,"On a wooden play table, a light-blue LEGO structure has a green-outlined gap. Identify which of the four candidate LEGO pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.",Identify which of the four candidate pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.,O-21,00003,revised,workshop_bench,,1024,1024,10.0,50,,73e5098b5280f84ff07faa83de4ad543bfbeea66f334a23752c73668a08e810f,9a88b276c4d3773f918dbef91a5c8646e629ff2cb7e16401fc8ed52c57a68e26 | |
| videos/O-21/00004/revised/video.mp4,"On a wooden play table, a light-blue LEGO structure has a green-outlined gap. Identify which of the four candidate LEGO pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.",Identify which of the four candidate pieces correctly fills the highlighted gap in the structure. The correct piece should match the gap's exact shape. Animate the selection process and final placement.,O-21,00004,revised,workshop_bench,,1024,1024,10.0,50,,c07a888e97a4e74e97ffd9bd272cb703b602cd6d645764c4e2a51946f44e9e72,d12dd709ff1b2bc1c7dcc1f3e3fbf1f9fd94e5ca1dc2f3a8b295c6273da9758f | |
| videos/O-22/00000/revised/video.mp4,"In a container yard under a gantry crane, rearrange the container stacks on the left to match the target arrangement on the right. Only the topmost container can be moved at any time. Use the available stacks strategically to minimize moves. Plan your moves carefully before starting.",Rearrange the block stacks to match the target state. Only the topmost block can be moved at any time. Use the available stacks strategically to minimize moves. Plan your moves carefully before starting.,O-22,00000,revised,workshop_bench,,1024,1024,15.0,195,,613b35573ebe91cb7a3267581f593dd5fd7e67388a06feb647c68100844db8e0,76b796c14b0131ee905df93c866e214c4129f22e6081a8776b678553290abb54 | |
| videos/O-22/00001/revised/video.mp4,"In a container yard under a gantry crane, rearrange the container stacks on the left to match the target arrangement on the right. Only the topmost container can be moved at any time. Use the available stacks strategically to minimize moves. Plan your moves carefully before starting.",Rearrange the block stacks to match the target state. Only the topmost block can be moved at any time. Use the available stacks strategically to minimize moves. Plan your moves carefully before starting.,O-22,00001,revised,workshop_bench,,1024,1024,15.0,228,,864e2d4caeabfdd54bdd5dfbc32adb5714fe1ac6d4ef1f814007e3f33b69ffe1,349ee14b8b25bb17147f89206101b832df395e18332a2de2e7d7e7342b18fbb9 | |
| videos/O-22/00002/revised/video.mp4,"In a container yard under a gantry crane, rearrange the container stacks on the left to match the target arrangement on the right. Only the topmost container can be moved at any time. Use the available stacks strategically to minimize moves. Plan your moves carefully before starting.",Rearrange the block stacks to match the target state. Only the topmost block can be moved at any time. Use the available stacks strategically to minimize moves. Plan your moves carefully before starting.,O-22,00002,revised,workshop_bench,,1024,1024,15.0,162,,a358d5f7976469da8a3fbe9d421c35a1a1b802929a0f4fde60fe7d5cab415fe0,601cd838ad379e1170bb3bd486b43ed9da8703856e11ae6dd39aa7e393e00fbe | |
| videos/O-22/00003/revised/video.mp4,"In a container yard under a gantry crane, transform the current container arrangement on the left into the target arrangement on the right. Move one container at a time, always from the top of a stack. You may need to temporarily move containers to intermediate stacks.","Transform the current block arrangement into the target. Move one block at a time, always from the top of a stack. You may need to temporarily move blocks to intermediate stacks.",O-22,00003,revised,workshop_bench,,1024,1024,15.0,162,,e9e674067c95d08e3008bf81a8c4f43772932494b86e37355a42d4ec8535d450,1ea3c56ccc95b8937bf7ac3aac780f86914e3b410bad52358d3196c519b7fe65 | |
| videos/O-22/00004/revised/video.mp4,Simple container rearrangement in a container yard under a gantry crane: Move the containers on the left to match the target configuration on the right. Only move one container at a time from the top of any stack. This puzzle requires just a few moves to solve.,Simple block rearrangement: Move the blocks to match the target configuration. Only move one block at a time from the top of any stack. This puzzle requires just a few moves to solve.,O-22,00004,revised,workshop_bench,,1024,1024,15.0,96,,f8e45f60c83cee4c968ecf414329a7c75a64c6b688bcdfac00abe77146e04055,47634cfed99b08f37aaf2015af4abbf8d39815066e818e799481418f39047a40 | |
| videos/O-23/00000/revised/video.mp4,"On a wooden table, cellphones stand on end like dominos. Push the phone at START to begin the chain. Both branches will complete successfully as all phones are properly connected. Show the full chain reaction with all phones falling.",Push START to begin the chain. Both branches will complete successfully as all dominos are properly connected. Show the full chain reaction with all dominos falling.,O-23,00000,revised,workshop_bench,,1024,1024,15.0,54,,75c2a39df5ae3bc44b1ce4fb596555c64ba77985af26f625a6ca20ed48dcfd02,023f3621a4e23e944c298e93f6d769a93d69cba1385c06acc2e8d316e0b7b19e | |
| videos/O-23/00001/revised/video.mp4,"On a wooden table, cellphones stand on end like dominos. Initiate the complete chain reaction from START. Watch both branches fall in parallel as the reaction splits at the junction. All phones will fall - animate the full sequence.",Initiate the complete chain reaction from START. Watch both branches fall in parallel as the reaction splits at the junction. All dominos will fall - animate the full sequence.,O-23,00001,revised,workshop_bench,,1024,1024,15.0,54,,40d4c4f76691334f79f4308ba4d2a286b85181625294c354aa1ac72cdad3006f,a19096ef4f8316a462a9dbe2d62746f9e157b5c4b6df2836e3e52a58cfd8830e | |
| videos/O-23/00002/revised/video.mp4,"On a wooden table, cellphones stand on end like dominos. Start the chain reaction. The phones will propagate and branch, but a gap in one path will prevent some phones from falling. Show the final state with fallen and standing phones clearly marked.","Start the chain reaction. The dominos will propagate and branch, but a gap in one path will prevent some dominos from falling. Show the final state with fallen and standing dominos clearly marked.",O-23,00002,revised,workshop_bench,,1024,1024,15.0,54,,8850e0221d351b005dd7f7413d307eb1046bfae44a5bcc728329210f66e206f6,d8ea10eeff9444fb27d8f2db295c74741d6bbd0b47f58d09b4075814a7386573 | |
| videos/O-23/00003/revised/video.mp4,"On a wooden table, cellphones stand on end like dominos. Start the chain reaction. The phones will propagate and branch, but a gap in one path will prevent some phones from falling. Show the final state with fallen and standing phones clearly marked.","Start the chain reaction. The dominos will propagate and branch, but a gap in one path will prevent some dominos from falling. Show the final state with fallen and standing dominos clearly marked.",O-23,00003,revised,workshop_bench,,1024,1024,15.0,54,,48ae8fca9fbd595c23284149df28cfead973ee4844d9fe785793b3e5e439965e,8804ed1413fa8f3488ece245b8eb0030081a955d641d20956e575b97744cf091 | |
| videos/O-23/00004/revised/video.mp4,"On a wooden table, cellphones stand on end like dominos. Start the chain reaction. The phones will propagate and branch, but a gap in one path will prevent some phones from falling. Show the final state with fallen and standing phones clearly marked.","Start the chain reaction. The dominos will propagate and branch, but a gap in one path will prevent some dominos from falling. Show the final state with fallen and standing dominos clearly marked.",O-23,00004,revised,workshop_bench,,1024,1024,15.0,58,,485bec5e0e61db15a2e3f05ad25191819337f465c832ae38fedd2dbedcd3ae9a,5b8e124cf131a5b3b0ce37cb30ac5687ed7cab15dcb2e7dd46872d4a69ec17a5 | |
| videos/O-24/00000/revised/video.mp4,"On a wooden game table, ivory dominoes stand on end in a row. Examine the spacing between the dominoes to find where the chain will break. Animate the first domino being pushed and show each domino falling in sequence until the gap prevents further progress.",Examine the spacing between dominos to find where the chain will break. Animate the first domino being pushed and show each domino falling in sequence until the gap prevents further progress.,O-24,00000,revised,workshop_bench,,1024,1024,15.0,99,,edc80be263929ad66fd2af3ad3224cc20e2d6a67b18f96d63e2a5c39ba413d25,b5255cdb67cc162c5cf9c5f8db780c20bab781058930f258594af2ed12d60bef | |
| videos/O-24/00001/revised/video.mp4,"On a wooden game table, ivory dominoes stand on end in a row. Push the first domino and predict where the chain reaction stops. Identify the gap that prevents the chain from continuing. Animate the dominoes falling until they reach the break point.",Push the first domino and predict where the chain reaction stops. Identify the gap that prevents the chain from continuing. Animate the dominos falling until they reach the break point.,O-24,00001,revised,workshop_bench,,1024,1024,15.0,120,,bf50841670a9ab748fc003999c43070d8db3f34f8bb3d907edb8e4a2feeee478,cc9639cac12da5bcf68cd7db136ab86eea3420c467c02bb503975aab67b7b566 | |
| videos/O-24/00002/revised/video.mp4,"On a wooden game table, ivory dominoes stand on end in a row. Find the break point in this domino chain. Which domino falls last before the gap stops the reaction? Show the chain reaction and highlight where it ends.",Find the break point in this domino chain. Which domino falls last before the gap stops the reaction? Show the chain reaction and highlight where it ends.,O-24,00002,revised,workshop_bench,,1024,1024,15.0,113,,f18e7c6986ed35bdcb14ed2187c9f67ff8ad61c3a4adc0c0ae10f317a579ecde,c7018b93861eef3a85b63c4ce0ce18b366086b21fb6d21973ff5f759fc36e763 | |
| videos/O-24/00003/revised/video.mp4,"On a wooden game table, ivory dominoes stand on end in a row. Push the first domino and predict where the chain reaction stops. Identify the gap that prevents the chain from continuing. Animate the dominoes falling until they reach the break point.",Push the first domino and predict where the chain reaction stops. Identify the gap that prevents the chain from continuing. Animate the dominos falling until they reach the break point.,O-24,00003,revised,workshop_bench,,1024,1024,15.0,106,,0a71e67ed60b6869841f0ded7688a1e1d8a5516e74c00b05f5baac8e2154cb5c,f122c99b63b602b4fdfac92011b89873a841a90d922e6cbb1feaaf2bbf929498 | |
| videos/O-24/00004/revised/video.mp4,"On a wooden game table, ivory dominoes stand on end in a row. Push the first domino and predict where the chain reaction stops. Identify the gap that prevents the chain from continuing. Animate the dominoes falling until they reach the break point.",Push the first domino and predict where the chain reaction stops. Identify the gap that prevents the chain from continuing. Animate the dominos falling until they reach the break point.,O-24,00004,revised,workshop_bench,,1024,1024,15.0,134,,930768df39d8af398b504f5756040baaea827c961875ae387d343596191c27b5,295b85446c5d10e50718ab0060d21208b6ae78b4cdf0f8ae16acf08d90efd620 | |
| videos/O-25/00000/revised/video.mp4,"On a wooden worktable, a red LEGO brick lies flat. Add another red LEGO brick to continue the wall construction. Follow the arrow to see where it connects to the existing structure.",Add this brick to continue the wall construction. Follow the arrow to see where it connects to the existing structure.,O-25,00000,revised,workshop_bench,,1024,1024,15.0,52,,0ee4e428466b035891b348faa65f1d997017cfead03d97529d25f165becc24f1,86219ed97822c2d42c18c8dae0b2035d4df025665bee3ff099a6f465a7e5fc90 | |
| videos/O-25/00001/revised/video.mp4,"On a wooden worktable, two blue LEGO bricks sit side by side. Attach this piece, a black LEGO brick, to the vehicle. Follow the arrow to see where it connects - this could be part of the body, wheels, or cabin.","Attach this piece to the vehicle. Follow the arrow to see where it connects - this could be part of the body, wheels, or cabin.",O-25,00001,revised,workshop_bench,,1024,1024,15.0,52,,3b2aad30ef48d519520bf995bf1b6010ddf6ac8333663c51d7d3a97a4cb2d75d,a85d75ef612a359b5dcc8cb338b0248227f4d8afa3ac1291b91055d5e68d6f57 | |
| videos/O-25/00002/revised/video.mp4,"On a wooden worktable, white LEGO bricks and one red LEGO brick form a staircase. Add the next step to the staircase structure with another red LEGO brick. Each brick should be offset to create the ascending pattern.",Add the next step to the staircase structure. Each brick should be offset to create the ascending pattern.,O-25,00002,revised,workshop_bench,,1024,1024,15.0,52,,671f6fb7262d43b4fd3dbcd3b4180d7ed5357bae82e615ac92d453431cf90012,356da8090dd5304b10a327c583d8b6628e5944c80a73d67117e5facf7e3257a7 | |
| videos/O-25/00003/revised/video.mp4,"On a wooden worktable, white LEGO bricks form a set of stairs. Place this brick, a red LEGO brick, to extend the stairs. It should connect at the correct height to maintain the stepping pattern.",Place this brick to extend the stairs. It should connect at the correct height to maintain the stepping pattern.,O-25,00003,revised,workshop_bench,,1024,1024,15.0,52,,aa5d421d392b2f3feddce28cdc3ae52c93c6b06bb1b543c8b96e2a2f784d447e,80719b64b5695c20413a53d0757f32152400e2a77443a978b70cfca2e9334977 | |
| videos/O-25/00004/revised/video.mp4,"On a wooden worktable, two blue LEGO bricks sit side by side. Continue building the car by adding the highlighted piece, a black LEGO brick. Snap it into the correct position on the chassis or body.",Continue building the car by adding the highlighted piece. Snap it into the correct position on the chassis or body.,O-25,00004,revised,workshop_bench,,1024,1024,15.0,52,,ce1c43f51c0bb81f5ed65a63ac511ea22d9826586ffc601358d33e18bedfdce3,a85d75ef612a359b5dcc8cb338b0248227f4d8afa3ac1291b91055d5e68d6f57 | |
| videos/O-27/00000/revised/video.mp4,"On an air-hockey table, animate both pucks sliding into their target areas. The movements should be smooth and direct, with each puck ending inside its corresponding dashed circle printed on the playing surface.","Animate both balls sliding into their target areas. The movements should be smooth and direct, with each ball ending inside its corresponding dashed circle.",O-27,00000,revised,workshop_bench,,1024,1024,10.0,35,,3c18437f8a69c82a3d786585a232e80d069a901f17128f504a4dadda02abc1e0,a2c12695046d82232cba3ec5db25bb9614c16f7828397ca00ca4778f3067cf61 | |
| videos/O-27/00001/revised/video.mp4,"On an air-hockey table, move both pucks to their matching target rings printed on the playing surface. Each puck should slide smoothly in a straight line until it reaches its corresponding dashed circle.",Move both balls to their matching target rings. Each object should slide smoothly in a straight line until it reaches its corresponding dashed circle.,O-27,00001,revised,workshop_bench,,1024,1024,10.0,35,,61fc49e547036cefa37935ddf651be9d7097e0631111be76db6a4ca1a189593f,41284b76c84adf786f073582673c27edb7f12a342d6e7637335ed4c3f212e145 | |
| videos/O-27/00002/revised/video.mp4,"On an air-hockey table, animate both pucks sliding into their target areas. The movements should be smooth and direct, with each puck ending inside its corresponding dashed circle printed on the playing surface.","Animate both balls sliding into their target areas. The movements should be smooth and direct, with each ball ending inside its corresponding dashed circle.",O-27,00002,revised,workshop_bench,,1024,1024,10.0,35,,37bfa7ee9ff62672e15205c73ca97ab6a8a8b5fd5e46c4cb0a64b57d12aa5cb4,109fe700473c7dc9282a49a017f79da89f7810eefa3e52f5ce0e3b9a8e0cfaa3 | |
| videos/O-27/00003/revised/video.mp4,"On an air-hockey table, move both pucks to their matching target rings printed on the playing surface. Each puck should slide smoothly in a straight line until it reaches its corresponding dashed circle.",Move both balls to their matching target rings. Each object should slide smoothly in a straight line until it reaches its corresponding dashed circle.,O-27,00003,revised,workshop_bench,,1024,1024,10.0,35,,5491219e430d052dfffedc2c026b62e82c2d8c72aeda57eddc179f59a33b67a1,8724081b213b66ac563f3e49d0b984f93ddb2f2ec9792898ae52ef2ae2714f42 | |
| videos/O-27/00004/revised/video.mp4,"On an air-hockey table, animate both pucks moving to their destinations. Each puck should travel directly to its matching target ring printed on the playing surface and stop inside it.",Animate both objects moving to their destinations. Each ball should travel directly to its matching target ring and stop inside it.,O-27,00004,revised,workshop_bench,,1024,1024,10.0,35,,05a122677fcaa96aa45b5647159d898edcc68ffba6c1b59f6bdb060567a861dd,50ddeee13d1105b1696818474823285128f7433789b03b7d16387e93873bb1f4 | |
| videos/O-30/00000/revised/video.mp4,"On a wall shelf, you have a row of upright archive boxes: olive-green boxes (already placed) and blue boxes (to be inserted). Each olive-green box has a height, and they are arranged from left to right. Olive-green boxes are clustered by height: if two adjacent olive-green boxes have similar heights, they belong to the same cluster. For each blue box, find the olive-green box cluster whose representative height (average of all boxes in that cluster) is closest to the blue box's height. Insert each blue box at the end of its assigned cluster. If multiple blue boxes are assigned to the same position, insert them in order of increasing height. Output the 0-based insertion position for each blue box.","You have a bookshelf with gold books (already placed) and azure books (to be inserted). Each gold book has a height, and they are arranged from left to right. gold books are clustered by height: if two adjacent gold books have similar heights, they belong to the same cluster. For each azure book, find the gold book cluster whose representative height (average of all books in that cluster) is closest to the azure book's height. Insert each azure book at the end of its assigned cluster. If multiple azure books are assigned to the same position, insert them in order of increasing height. Output the 0-based insertion position for each azure book.",O-30,00000,revised,workshop_bench,,1024,1024,10.0,41,,dbc390f67e11723f93bf3abeb951ce3a035b5b4c961324e9e2a70fa7bd9b8fe4,e620978fa455411e8ed41509321fa7cf7d4198d2c215847245713bff33310cdd | |
| videos/O-30/00001/revised/video.mp4,"On a wall shelf, given a row of upright archive boxes, lime-green boxes (existing boxes on the shelf) and indigo boxes (to insert), determine where each indigo box should be inserted. Lime-green boxes form clusters based on adjacent height differences: adjacent boxes with similar heights belong to the same cluster. Each cluster has a representative height (mean of all boxes in that cluster). Assign each indigo box to the cluster with the nearest representative height, and insert it at the end of that cluster. If multiple indigo boxes target the same position, insert them sorted by height (ascending). Output the 0-based insertion position for each indigo box.","Given a row of lemon books (existing books on shelf) and indigo books (to insert), determine where each indigo book should be inserted. lemon books form clusters based on adjacent height differences: adjacent books with similar heights belong to the same cluster. Each cluster has a representative height (mean of all books in that cluster). Assign each indigo book to the cluster with the nearest representative height, and insert it at the end of that cluster. If multiple indigo books target the same position, insert them sorted by height (ascending). Output the 0-based insertion position for each indigo book.",O-30,00001,revised,workshop_bench,,1024,1024,10.0,41,,3537f4b97915c5543f92706d5620870f6f350c6db966567266cd08e0d9c85942,e55d83b776d2ec0f4591538872dbaefd85451bbe9028883f77a798d1a7ef0477 | |
| videos/O-30/00002/revised/video.mp4,"On a wall shelf, you have a row of upright archive boxes: dark violet boxes (already placed) and magenta boxes (to be inserted). Each dark violet box has a height, and they are arranged from left to right. Dark violet boxes are clustered by height: if two adjacent dark violet boxes have similar heights, they belong to the same cluster. For each magenta box, find the dark violet box cluster whose representative height (average of all boxes in that cluster) is closest to the magenta box's height. Insert each magenta box at the end of its assigned cluster. If multiple magenta boxes are assigned to the same position, insert them in order of increasing height. Output the 0-based insertion position for each magenta box.","You have a bookshelf with royal books (already placed) and purple books (to be inserted). Each royal book has a height, and they are arranged from left to right. royal books are clustered by height: if two adjacent royal books have similar heights, they belong to the same cluster. For each purple book, find the royal book cluster whose representative height (average of all books in that cluster) is closest to the purple book's height. Insert each purple book at the end of its assigned cluster. If multiple purple books are assigned to the same position, insert them in order of increasing height. Output the 0-based insertion position for each purple book.",O-30,00002,revised,workshop_bench,,1024,1024,10.0,41,,5f49fc73fa08e44d5b8b866430f226640d734749dfe839b58cae4387929875e6,ee980c37a2566e762e4f3bff1abf38aca680babe3e7f237ee87a1a1d30be0695 | |
| videos/O-30/00003/revised/video.mp4,"A wall shelf holds a row of upright emerald-green archive boxes arranged left to right. Emerald-green boxes are grouped into clusters where adjacent boxes with similar heights form a cluster. Blue boxes need to be inserted. For each blue box, find the cluster whose average height (mean of all boxes in that cluster) is closest to the blue box's height, and insert the blue box at the end of that cluster. If multiple blue boxes target the same position, insert them sorted by height (ascending). Output the 0-based insertion position for each blue box.","A bookshelf contains emerald books arranged left to right. emerald books are grouped into clusters where adjacent books with similar heights form a cluster. navy books need to be inserted. For each navy book, find the cluster whose average height (mean of all books in that cluster) is closest to the navy book's height, and insert the navy book at the end of that cluster. If multiple navy books target the same position, insert them sorted by height (ascending). Output the 0-based insertion position for each navy book.",O-30,00003,revised,workshop_bench,,1024,1024,10.0,41,,aaae5995936da111d492972acd3dbbdcba83057653fcef4c69469456767699b1,6af0d19d7d2cf3cef7948d5b59f7635c49d7e32bd97751ec504ac1f654537eba | |
| videos/O-30/00004/revised/video.mp4,"A wall shelf holds a row of upright navy-blue archive boxes arranged left to right. Navy-blue boxes are grouped into clusters where adjacent boxes with similar heights form a cluster. Yellow-green boxes need to be inserted. For each yellow-green box, find the cluster whose average height (mean of all boxes in that cluster) is closest to the yellow-green box's height, and insert the yellow-green box at the end of that cluster. If multiple yellow-green boxes target the same position, insert them sorted by height (ascending). Output the 0-based insertion position for each yellow-green box.","A bookshelf contains sky books arranged left to right. sky books are grouped into clusters where adjacent books with similar heights form a cluster. yellow books need to be inserted. For each yellow book, find the cluster whose average height (mean of all books in that cluster) is closest to the yellow book's height, and insert the yellow book at the end of that cluster. If multiple yellow books target the same position, insert them sorted by height (ascending). Output the 0-based insertion position for each yellow book.",O-30,00004,revised,workshop_bench,,1024,1024,10.0,43,,b1616d4b4ebf203837e990128215a4b47ed52d7570064cc786b223cfcbc5cec3,8aefc3fe93a93ca41dcad1fa32324ed272c9c36e9b897d39f40566cacc2cdbef | |
| videos/O-31/00000/revised/video.mp4,"On a wooden workbench, animate the black putty ball using a greedy largest-first strategy to eat all red putty balls. At each step, the black putty ball targets the largest red ball that is smaller than or equal to its current size. After eating each red ball, the black ball grows larger (1.4x). Show smooth movement as the black ball rolls toward each target, the red ball disappearing when eaten, and the black ball growing after each consumption. Continue until all red balls are eaten.","Animate the black ball using a greedy largest-first strategy to eat all red balls. At each step, the black ball targets the largest red ball that is smaller than or equal to its current size. After eating each red ball, the black ball grows larger (1.4x). Show smooth movement as the black ball approaches each target, the red ball disappearing when eaten, and the black ball growing after each consumption. Continue until all red balls are eaten.",O-31,00000,revised,workshop_bench,,1024,1024,10.0,89,,53be6234ee6ff187f2b3bef03170ba4c6410fb00bf78784d708c61c058b08c5f,52f8db44baf33c91c0c866d8fd6d70a48b9bde202536933d0354707dae419a61 | |
| videos/O-31/00001/revised/video.mp4,"On a wooden workbench, show the black putty ball eating all red putty balls in a greedy largest-first sequence. At each step, select the largest available red ball that is smaller than or equal to the current black ball size. Animate the black putty ball moving to each target, the red ball vanishing when eaten, and the black ball increasing in size. Continue until all red balls are consumed using this optimal strategy.","Show the black ball eating all red balls in a greedy largest-first sequence. At each step, select the largest available red ball that is smaller than or equal to the current black ball size. Animate the black ball moving to each target, the red ball vanishing when eaten, and the black ball increasing in size. Continue until all red balls are consumed using this optimal strategy.",O-31,00001,revised,workshop_bench,,1024,1024,10.0,89,,27c4f49ba6dbaa530261b00507ba7c8894e956822ccb1eb5338b2bc20fd916fd,266929987bd6f5e5b1baca34363d84fbd2fe5e9bdb848781337ef3e0770ad24f | |
| videos/O-31/00002/revised/video.mp4,"On a wooden workbench, show the black putty ball eating all red putty balls in a greedy largest-first sequence. At each step, select the largest available red ball that is smaller than or equal to the current black ball size. Animate the black putty ball moving to each target, the red ball vanishing when eaten, and the black ball increasing in size. Continue until all red balls are consumed using this optimal strategy.","Show the black ball eating all red balls in a greedy largest-first sequence. At each step, select the largest available red ball that is smaller than or equal to the current black ball size. Animate the black ball moving to each target, the red ball vanishing when eaten, and the black ball increasing in size. Continue until all red balls are consumed using this optimal strategy.",O-31,00002,revised,workshop_bench,,1024,1024,10.0,98,,aec6d72ebf7bebf31077ad92a22b57b70309b93eb1e3c7da9703a1a7812e8161,1e6748a1952c1801d85ac711f17ac2dde6d187a1ce6b5fe8fb3cddff90c70213 | |
| videos/O-31/00003/revised/video.mp4,"On a wooden workbench, animate the black putty ball using a greedy largest-first strategy to eat all red putty balls. At each step, the black putty ball targets the largest red ball that is smaller than or equal to its current size. After eating each red ball, the black ball grows larger (1.4x). Show smooth movement as the black ball rolls toward each target, the red ball disappearing when eaten, and the black ball growing after each consumption. Continue until all red balls are eaten.","Animate the black ball using a greedy largest-first strategy to eat all red balls. At each step, the black ball targets the largest red ball that is smaller than or equal to its current size. After eating each red ball, the black ball grows larger (1.4x). Show smooth movement as the black ball approaches each target, the red ball disappearing when eaten, and the black ball growing after each consumption. Continue until all red balls are eaten.",O-31,00003,revised,workshop_bench,,1024,1024,10.0,92,,ac8fe2198e487a037e895216b2eafb66aa198ca17a553c02c5fbdc316374c37a,a053ce8ac23ec4bef98722938e0649e30f62933e73a9fd8ff0d65066c6fe2e39 | |
| videos/O-31/00004/revised/video.mp4,"On a wooden workbench, show the black putty ball eating all red putty balls in a greedy largest-first sequence. At each step, select the largest available red ball that is smaller than or equal to the current black ball size. Animate the black putty ball moving to each target, the red ball vanishing when eaten, and the black ball increasing in size. Continue until all red balls are consumed using this optimal strategy.","Show the black ball eating all red balls in a greedy largest-first sequence. At each step, select the largest available red ball that is smaller than or equal to the current black ball size. Animate the black ball moving to each target, the red ball vanishing when eaten, and the black ball increasing in size. Continue until all red balls are consumed using this optimal strategy.",O-31,00004,revised,workshop_bench,,1024,1024,10.0,96,,7d8d53ccac07a04c7c9237e3dac0396fafe395118637c02bb71e5424b39d47b4,01d083908498413186c2183a51e99dec0fbaf95ed50d569aca38f46372cbd055 | |
| videos/O-32/00000/revised/video.mp4,"On a backyard lawn, a red ball sits on a wooden START pad before a curved run of timber boards. Animate the ball rolling along its continuous trajectory path, smoothly transitioning from one board to the next. The ball should follow the curved path through 3D space, ending at rest on the final pad.","Animate the ball rolling along its continuous trajectory path, smoothly transitioning from one platform to the next. The ball should follow the curved path through 3D space, ending at rest on the final platform.",O-32,00000,revised,workshop_bench,,1024,1024,10.0,50,,2dd35d95d7120355bccca567999e30023a3d545f05f15411dbedb4cab6b191dc,c4084162a9587a475a10b919ff0318fbbb01c667d2cf0c993d4283c105e203e0 | |
| videos/O-32/00001/revised/video.mp4,"On a backyard lawn, a red ball sits on a wooden START pad, and a winding run of timber boards leads to a wooden FINISH pad. Demonstrate the ball's complex trajectory through 3D space, rolling across multiple boards in sequence.","Demonstrate the ball's complex trajectory through 3D space, rolling across multiple platforms in sequence.",O-32,00001,revised,workshop_bench,,1024,1024,10.0,50,,9cd5aadf43d4d90680fa58d8d9dec298f9c60fe1f87795a85f31bcdad1722331,65ce7aca062b13162cc47ef0185500be5f01fb2c412162a9b13d35bd2a6f1cff | |
| videos/O-32/00002/revised/video.mp4,"On a backyard lawn, a red ball sits on a wooden START pad, and a curved run of timber boards leads to a wooden FINISH pad. Show the ball following its intricate curved path, smoothly navigating from board to board until reaching the final destination.","Show the ball following its intricate curved path, smoothly navigating from platform to platform until reaching the final destination.",O-32,00002,revised,workshop_bench,,1024,1024,10.0,50,,d7bfd1714eaf98d4020152d615cb9e6246385191f68a724224b94b2ea340191c,6ee0f55010e118be36eccb0480beda7236fb46ef842b83e8582bc2211d09c2c7 | |
| videos/O-32/00003/revised/video.mp4,"On a backyard lawn, a red ball sits on a wooden START pad, and a curved run of timber boards leads to a wooden FINISH pad. Demonstrate the ball's complex trajectory through 3D space, rolling across multiple boards in sequence.","Demonstrate the ball's complex trajectory through 3D space, rolling across multiple platforms in sequence.",O-32,00003,revised,workshop_bench,,1024,1024,10.0,50,,1ea354f392a0127c222a4430841f4d5e3031b112b45233c8d96b60b36d06ba4c,81fb1ca38e0497da27f7cb97f4b4c84114b500bd4f4cfb18df24d5b3af37f50a | |
| videos/O-32/00004/revised/video.mp4,"On a backyard lawn, curved timber boards run from a wooden START pad to a FINISH pad. Animate the red ball following its trajectory from start to finish. The continuous curved path should be clearly visible as the ball moves through 3D space, landing on each board in sequence.","Animate the ball following its trajectory from start to finish. The continuous curved path should be clearly visible as the ball moves through 3D space, landing on each platform in sequence.",O-32,00004,revised,workshop_bench,,1024,1024,10.0,50,,782baf51c626338aa6a2f008c114bd50e9f20f4e2e93a4ee420623336aaef293,c7f90d00888ccb6af9b75a728d4d7361bf186b8ed964ec1c48acb3a1ddb17d8c | |
| videos/O-33/00000/revised/video.mp4,"On a pale grey plaster wall, round frosted wall lamps are scattered across the scene. Each lamp is a filled round disc with a thin brass rim. Starting from any position on the wall, systematically count all the round wall lamps visible in the scene. Count each lamp exactly once, ensuring that no lamp is missed or counted multiple times. After completing the count, display the total number of round wall lamps found in the scene on the TOTAL panel.","The scene shows circular objects scattered across the image. Each object is a filled circle with a black outline. Starting from any position in the image, systematically count all the circular objects visible in the scene. Count each object exactly once, ensuring that no object is missed or counted multiple times. After completing the count, display the total number of circular objects found in the scene.",O-33,00000,revised,workshop_bench,,1024,1024,10.0,50,,7fad3a2660827178c37aa09ef0b3d54a95cd2beda9e6f77d5baa9b9b88f62db6,fdc11d504dc38f28aef1be3de8906d2f4e0b7588f85e6d79e41b88077d9fd6ba | |
| videos/O-33/00001/revised/video.mp4,"On a pale grey plaster wall, round frosted wall lamps are scattered across the scene. Each lamp is a filled round disc with a thin brass rim. Starting from any position on the wall, systematically count all the round wall lamps visible in the scene. Count each lamp exactly once, ensuring that no lamp is missed or counted multiple times. After completing the count, display the total number of round wall lamps found in the scene on the TOTAL panel.","The scene shows square objects scattered across the image. Each object is a filled square with a black outline. Starting from any position in the image, systematically count all the square objects visible in the scene. Count each object exactly once, ensuring that no object is missed or counted multiple times. After completing the count, display the total number of square objects found in the scene.",O-33,00001,revised,workshop_bench,,1024,1024,10.0,50,,590eef644fbe27d62e068fe5ef1d5d45752a0376ced53c450232fe7d6e4cfecb,3e2e345f0e909ad369ec6a5ada858221cb6785865d66eba34f39bc7d0673c69f | |
| videos/O-33/00002/revised/video.mp4,"On a pale grey plaster wall, round frosted wall lamps are scattered across the scene. Each lamp is a filled round disc with a thin brass rim. Starting from any position on the wall, systematically count all the round wall lamps visible in the scene. Count each lamp exactly once, ensuring that no lamp is missed or counted multiple times. After completing the count, display the total number of round wall lamps found in the scene on the TOTAL panel.","The scene shows circular objects scattered across the image. Each object is a filled circle with a black outline. Starting from any position in the image, systematically count all the circular objects visible in the scene. Count each object exactly once, ensuring that no object is missed or counted multiple times. After completing the count, display the total number of circular objects found in the scene.",O-33,00002,revised,workshop_bench,,1024,1024,10.0,110,,b4efc968baccc25412677ccc721be99136e25eb8fdbaf1bbf3e256acf8a00c3a,9461e905d59c03d8a17fec3d73476c7ece87b138d2167bbc6f7e407ddc80318d | |
| videos/O-33/00003/revised/video.mp4,"On a pale grey plaster wall, round frosted wall lamps are scattered across the scene. Each lamp is a filled round disc with a thin brass rim. Starting from any position on the wall, systematically count all the round wall lamps visible in the scene. Count each lamp exactly once, ensuring that no lamp is missed or counted multiple times. After completing the count, display the total number of round wall lamps found in the scene on the TOTAL panel.","The scene shows star-shaped objects scattered across the image. Each object is a filled five-pointed star with a black outline. Starting from any position in the image, systematically count all the star-shaped objects visible in the scene. Count each object exactly once, ensuring that no object is missed or counted multiple times. After completing the count, display the total number of star-shaped objects found in the scene.",O-33,00003,revised,workshop_bench,,1024,1024,10.0,65,,b08b86cc466bce1545559a691804d8c604c884288091c0a108e1a72c282dd1f9,9b348013390c3ed1428a4e8968cf58c379e797ab418bbefb0990c54b74351f04 | |
| videos/O-33/00004/revised/video.mp4,"On a pale grey plaster wall, round frosted wall lamps are scattered across the scene. Each lamp is a filled round disc with a thin brass rim. Starting from any position on the wall, systematically count all the round wall lamps visible in the scene. Count each lamp exactly once, ensuring that no lamp is missed or counted multiple times. After completing the count, display the total number of round wall lamps found in the scene on the TOTAL panel.","The scene shows square objects scattered across the image. Each object is a filled square with a black outline. Starting from any position in the image, systematically count all the square objects visible in the scene. Count each object exactly once, ensuring that no object is missed or counted multiple times. After completing the count, display the total number of square objects found in the scene.",O-33,00004,revised,workshop_bench,,1024,1024,10.0,115,,4cabd03cec8b63d613b09a395b37b15b6b439ba55bc2ef8ec0aef5fcc99edbfa,0e0df7b0627b6c3a9af206ed7ddf99c83de3d6bdc887059b946ad33eab5303ab | |
| videos/O-36/00000/revised/video.mp4,"On a concrete warehouse floor, the scene displays a 6x6 grid of painted white lines containing 3 blue shipping crates on wooden pallets, distributed across different cells. Move every crate rightward by precisely 1 step. All crates move together at the same time, shifting 1 grid cell in the right direction, and each crate must stay within the grid's boundaries. The final configuration shows all crates in their new positions, each exactly 1 step rightward from where it started.","The scene displays a 6x6 grid containing 3 blue square blocks with black borders, distributed across different cells. Move every block rightward by precisely 1 step. All blocks move together at the same time, shifting 1 grid cell in the right direction, and each block must stay within the grid's boundaries. The final configuration shows all blocks in their new positions, each exactly 1 step rightward from where it started.",O-36,00000,revised,workshop_bench,,1024,1024,10.0,35,,de8b90ab624a8cb0ef0cf93f988a6a0e0bf1d6117aa10cf3a9288464540ce49d,de5e127cefe3d0af3905680aa41ee42a9e5927f24b3016bcfdaf7752a4aeb587 | |
| videos/O-36/00001/revised/video.mp4,"On a concrete warehouse floor, the scene shows a 6x6 grid of painted white lines with 9 yellow shipping crates, each on a wooden pallet, positioned at various locations. All crates must move simultaneously leftward by exactly 2 steps. Each crate shifts one grid cell per step toward the left, and all crates must remain within the grid boundaries throughout the movement. After the movement, all crates should be positioned exactly 2 steps leftward from their original positions.","The scene shows a 6x6 grid with 9 yellow square blocks, each with a black outline, positioned at various locations. All blocks must move simultaneously leftward by exactly 2 steps. Each block shifts one grid cell per step toward the left, and all blocks must remain within the grid boundaries throughout the movement. After the movement, all blocks should be positioned exactly 2 steps leftward from their original positions.",O-36,00001,revised,workshop_bench,,1024,1024,10.0,35,,b37a5788a448d59496106a523322b87600244f5ba89557c9eacb58d331d70025,27db98451f2489a11c34be73ea7a3c53309c42c51a76b7453b890344757c054c | |
| videos/O-36/00002/revised/video.mp4,"In the scene, on a concrete warehouse floor, there is a 9x9 grid of painted white lines with 20 grey shipping crates, each on a wooden pallet, placed at different positions. Translate all crates downward by exactly 2 steps, moving simultaneously and uniformly. Each crate shifts 2 cells toward the bottom direction, and all crates must remain completely within the grid boundaries. The goal is to achieve a configuration where every crate has been moved exactly 2 steps downward to reach its final position.","In the scene, there is a 9x9 grid with 20 purple square blocks, each outlined in black, placed at different positions. Translate all blocks downward by exactly 2 steps, moving simultaneously and uniformly. Each block shifts 2 cells toward the bottom direction, and all blocks must remain completely within the grid boundaries. The goal is to achieve a configuration where every block has been moved exactly 2 steps downward to reach its final position.",O-36,00002,revised,workshop_bench,,1024,1024,10.0,35,,5553e42269a7634a74c29fbb1b3ee71e581973822f04c824dc7d8e2d0eda6f45,304e4db6e6e44624d5442b3dff09859733853e5d19bff68d93e1f22783cb5943 | |
| videos/O-36/00003/revised/video.mp4,"On a concrete warehouse floor, the scene shows a 5x5 grid of painted white lines with 6 orange shipping crates, each on a wooden pallet, positioned at various locations. All crates must move simultaneously rightward by exactly 3 steps. Each crate shifts one grid cell per step toward the right, and all crates must remain within the grid boundaries throughout the movement. After the movement, all crates should be positioned exactly 3 steps rightward from their original positions.","The scene shows a 5x5 grid with 6 orange square blocks, each with a black outline, positioned at various locations. All blocks must move simultaneously rightward by exactly 3 steps. Each block shifts one grid cell per step toward the right, and all blocks must remain within the grid boundaries throughout the movement. After the movement, all blocks should be positioned exactly 3 steps rightward from their original positions.",O-36,00003,revised,workshop_bench,,1024,1024,10.0,35,,22d9ca3ffaf03a0e1da94c18735ed4dbbddb341a114a7d8d5912247f1d4c2b8a,fedb380c389da943e8e04a747fd8b2e6d27d61eaa7fc5772d7040c50ab9feb97 | |
| videos/O-36/00004/revised/video.mp4,"On a concrete warehouse floor, the scene displays a 10x10 grid of painted white lines containing 34 orange shipping crates on wooden pallets, distributed across different cells. Move every crate rightward by precisely 1 step. All crates move together at the same time, shifting 1 grid cell in the right direction, and each crate must stay within the grid's boundaries. The final configuration shows all crates in their new positions, each exactly 1 step rightward from where it started.","The scene displays a 10x10 grid containing 34 orange square blocks with black borders, distributed across different cells. Move every block rightward by precisely 1 step. All blocks move together at the same time, shifting 1 grid cell in the right direction, and each block must stay within the grid's boundaries. The final configuration shows all blocks in their new positions, each exactly 1 step rightward from where it started.",O-36,00004,revised,workshop_bench,,1024,1024,10.0,35,,8043f837f0c15a8ecd54a02b61aabd61942e26afcdaa4a7429bcec0fe36afcdd,93f39ff57fa7538c9bbbdc025a0fed94f3c1cc30a0125007a924448e1ab63e64 | |
| videos/O-37/00000/revised/video.mp4,"The scene shows 10 round footlights in a horizontal row along a dark rail on a wooden workbench. Lights on are lit pale orange; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that the 1st, 4th, 7th, and 9th lights from the left (counting from left to right) are on (lit pale orange), and all other lights are off (gray). Turn lights on/off as needed. Lights change from gray to lit pale orange when turned on, and from pale orange to gray (the light goes out) when turned off. Lights stay in fixed positions; only their states change.","The scene shows 10 circular lights in a horizontal row on a white background. Lights on are gold/yellow with glow; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that the 1st, 4th, 7th, and 9th lights from the left (counting from left to right) are on (gold/yellow with glow), and all other lights are off (gray). Turn lights on/off as needed. Lights change from gray to gold/yellow (with glow) when turned on, and from gold/yellow to gray (glow disappears) when turned off. Lights stay in fixed positions; only their states change.",O-37,00000,revised,workshop_bench,,1024,1024,10.0,35,,798cdceb5f1fdea6f65367d6e859d65daec80124d6489352e3333f8db4dec80d,3f09afe1e65d1ded1b5552f2b5bdfe35a06bda8dce5f361951d08db514ee8344 | |
| videos/O-37/00001/revised/video.mp4,"The scene shows 4 round footlights in a horizontal row along a dark rail on a wooden workbench. Lights on are lit pale orange; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that all lights in the right half of the row (the 2 lights from the right side, counting from left to right) are on (lit pale orange), and all lights in the left half are off (gray). Turn lights on/off as needed. Lights change from gray to lit pale orange when turned on, and from pale orange to gray (the light goes out) when turned off. Lights stay in fixed positions; only their states change.","The scene shows 4 circular lights in a horizontal row on a white background. Lights on are gold/yellow with glow; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that all lights in the right half of the row (the 2 lights from the right side, counting from left to right) are on (gold/yellow with glow), and all lights in the left half are off (gray). Turn lights on/off as needed. Lights change from gray to gold/yellow (with glow) when turned on, and from gold/yellow to gray (glow disappears) when turned off. Lights stay in fixed positions; only their states change.",O-37,00001,revised,workshop_bench,,1024,1024,10.0,35,,9025e4637874adfb81457b401809d7585f7657e584cff8196129db475f7c46e8,72a42a885cb54a8f499ef37939c91890f0c7f5fc19173893de3cf704d9faa905 | |
| videos/O-37/00002/revised/video.mp4,"The scene shows 6 round footlights in a horizontal row along a dark rail on a wooden workbench. Lights on are lit pale orange; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that the 1st light from the left (counting from left to right) is on (lit pale orange), and all other lights are off (gray). Turn lights on/off as needed. Lights change from gray to lit pale orange when turned on, and from pale orange to gray (the light goes out) when turned off. Lights stay in fixed positions; only their states change.","The scene shows 6 circular lights in a horizontal row on a white background. Lights on are gold/yellow with glow; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that the 1st light from the left (counting from left to right) is on (gold/yellow with glow), and all other lights are off (gray). Turn lights on/off as needed. Lights change from gray to gold/yellow (with glow) when turned on, and from gold/yellow to gray (glow disappears) when turned off. Lights stay in fixed positions; only their states change.",O-37,00002,revised,workshop_bench,,1024,1024,10.0,35,,1b5b319014767c51140907c221f5049a90942edfe7e9dbf0d1a32779bbb06332,f92b1598db1a71b03310b87e737bdf93574b986dc90de6b1b91b1eefe7cfaa00 | |
| videos/O-37/00003/revised/video.mp4,"The scene shows 6 round footlights in a horizontal row along a dark rail on a wooden workbench. Lights on are lit pale orange; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that all lights at odd positions (counting from left to right: 1st is odd, 2nd is even, 3rd is odd, and so on) are on (lit pale orange), and all lights at even positions are off (gray). Turn lights on/off as needed. Lights change from gray to lit pale orange when turned on, and from pale orange to gray (the light goes out) when turned off. Lights stay in fixed positions; only their states change.","The scene shows 6 circular lights in a horizontal row on a white background. Lights on are gold/yellow with glow; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that all lights at odd positions (counting from left to right: 1st is odd, 2nd is even, 3rd is odd, and so on) are on (gold/yellow with glow), and all lights at even positions are off (gray). Turn lights on/off as needed. Lights change from gray to gold/yellow (with glow) when turned on, and from gold/yellow to gray (glow disappears) when turned off. Lights stay in fixed positions; only their states change.",O-37,00003,revised,workshop_bench,,1024,1024,10.0,35,,ed490b08264b434e2278e583f7ad77ce9e898777428f963dc6e4fe45201f8d19,5a8135aaccaf48db8b4a1de5e865984ec81ecff7ef61ac1346869e861f0ec37b | |
| videos/O-37/00004/revised/video.mp4,"The scene shows 8 round footlights in a horizontal row along a dark rail on a wooden workbench. Lights on are lit pale orange; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that the rightmost 2 lights (counting from left to right) are on (lit pale orange), and all other lights are off (gray). Turn lights on/off as needed. Lights change from gray to lit pale orange when turned on, and from pale orange to gray (the light goes out) when turned off. Lights stay in fixed positions; only their states change.","The scene shows 8 circular lights in a horizontal row on a white background. Lights on are gold/yellow with glow; lights off are gray. Initially, some lights are on and some are off. | |
| Your task: Modify the light states so that the rightmost 2 lights (counting from left to right) are on (gold/yellow with glow), and all other lights are off (gray). Turn lights on/off as needed. Lights change from gray to gold/yellow (with glow) when turned on, and from gold/yellow to gray (glow disappears) when turned off. Lights stay in fixed positions; only their states change.",O-37,00004,revised,workshop_bench,,1024,1024,10.0,35,,d74d2feefef99d78716b85c3e2b2be49a6e53c64daa78e1f398568aca8c39b6c,e96680be61a3787fc2b73c1823696d661b5d7ab764edf4804c79f0aa577b9181 | |
| videos/O-38/00000/revised/video.mp4,"On a wooden pastry counter, twist-wrapped sweets of several colors lie scattered. Identify the color that appears most frequently. Keep the sweets of the majority color unchanged and visible, while fading out all sweets of other colors until they disappear.","Identify the color that appears most frequently. Keep objects of the majority color unchanged and visible, while fading out all objects of other colors until they disappear.",O-38,00000,revised,workshop_bench,,1024,1024,10.0,40,,1278a8f7eae08c222c41b404836882ea7da4e230e34db6ddee9a51466b9282db,0ffef4bae23446cdd081fcbf696e9fa33f41bfa77cf671fef51fa830a4963228 | |
| videos/O-38/00001/revised/video.mp4,"On a wooden pastry counter, twist-wrapped sweets of several colors lie scattered. Identify the color that appears most frequently. Keep the sweets of the majority color unchanged and visible, while fading out all sweets of other colors until they disappear.","Identify the color that appears most frequently. Keep objects of the majority color unchanged and visible, while fading out all objects of other colors until they disappear.",O-38,00001,revised,workshop_bench,,1024,1024,10.0,40,,ae33e9b7931813fe088c23656188e61cbd9f16c5a0e7715ee23e0bf13934ffb8,9fa95b5fc7ce35e6895d73ecf67f9cf1e34d50534608befc723057910c1953a8 | |
| videos/O-38/00002/revised/video.mp4,"On a wooden pastry counter, twist-wrapped sweets of several colors lie scattered. Identify the color that appears most frequently. Keep the sweets of the majority color unchanged and visible, while fading out all sweets of other colors until they disappear.","Identify the color that appears most frequently. Keep objects of the majority color unchanged and visible, while fading out all objects of other colors until they disappear.",O-38,00002,revised,workshop_bench,,1024,1024,10.0,40,,c71dd226c047d064afa2831b28a5b13a83cf99fb61d13ae7f9b930d0d8465eeb,5d47d288add2f0fcc5efab0b7ae13a5ccbb7054de2b5507e588a1db8db35f1b3 | |
| videos/O-38/00003/revised/video.mp4,"On a wooden pastry counter, twist-wrapped sweets of several colors lie scattered. Identify the color that appears most frequently. Keep the sweets of the majority color unchanged and visible, while fading out all sweets of other colors until they disappear.","Identify the color that appears most frequently. Keep objects of the majority color unchanged and visible, while fading out all objects of other colors until they disappear.",O-38,00003,revised,workshop_bench,,1024,1024,10.0,40,,7749b6b07d78696346819eac3ed5cef4766d5dcbe32f13f42d995643a877f0f9,e7ad91601942edbdd84e011bf489057a91e445cd1e4cab4c14a9e3497a8784ce | |
| videos/O-38/00004/revised/video.mp4,"On a wooden pastry counter, twist-wrapped sweets of several colors lie scattered. Identify the color that appears most frequently. Keep the sweets of the majority color unchanged and visible, while fading out all sweets of other colors until they disappear.","Identify the color that appears most frequently. Keep objects of the majority color unchanged and visible, while fading out all objects of other colors until they disappear.",O-38,00004,revised,workshop_bench,,1024,1024,10.0,40,,f0961ccea2606335d0147ab48881a9b13e3df39feda5bd0f8f863cbb737f03fe,f83e0f08eeac729707ae55542f5c7674005b387c6146f510bd2ccbc2b41865b1 | |
| videos/O-39/00000/revised/video.mp4,"On a farm field, the scene contains a 15x15 cell corn maze of medium complexity, featuring walls of corn stalks and dirt pathways. A green ring with a small green flag shows the start position, where a visitor stands, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent dirt-path cells in four directions (up, down, left, right), keeping clear of corn-wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.","The scene contains a 15x15 cell maze of medium complexity, featuring black walls and white pathways. A green circular marker shows the start position, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent white cells in four directions (up, down, left, right), keeping clear of black wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.",O-39,00000,revised,workshop_bench,,1024,1024,10.0,69,,d05c4bc343417957d1a450ede01473ecbd643414fd6c38c72ed7c8ec80e616ea,2302e4c6cc0e988ef5a12ce4911dcaf456762505582e132e3a668eaf23bf1f08 | |
| videos/O-39/00001/revised/video.mp4,"On a farm field, the scene contains a 15x15 cell corn maze of medium complexity, featuring walls of corn stalks and dirt pathways. A green ring with a small green flag shows the start position, where a visitor stands, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent dirt-path cells in four directions (up, down, left, right), keeping clear of corn-wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.","The scene contains a 15x15 cell maze of medium complexity, featuring black walls and white pathways. A green circular marker shows the start position, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent white cells in four directions (up, down, left, right), keeping clear of black wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.",O-39,00001,revised,workshop_bench,,1024,1024,10.0,86,,96c4e0c7dbd5d26ccffd434eaee4f9536eee51e6d06299ba95edea0fe375c54f,f1b2b2f0d800bf4a11bdb8edfbbd61feca05821341d74b60746009fee0dc21e7 | |
| videos/O-39/00002/revised/video.mp4,"On a farm field, the scene contains a 15x15 cell corn maze of medium complexity, featuring walls of corn stalks and dirt pathways. A green ring with a small green flag shows the start position, where a visitor stands, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent dirt-path cells in four directions (up, down, left, right), keeping clear of corn-wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.","The scene contains a 15x15 cell maze of medium complexity, featuring black walls and white pathways. A green circular marker shows the start position, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent white cells in four directions (up, down, left, right), keeping clear of black wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.",O-39,00002,revised,workshop_bench,,1024,1024,10.0,84,,a88e4ae7e997fd4e7e49600a273861a0f48b17becbcef2e7fa96cab586cff966,c6bf6c15143d26eb176728a95283c70651f70a61be187131dd69bb0b24287392 | |
| videos/O-39/00003/revised/video.mp4,"On a farm field, the scene contains a 15x15 cell corn maze of medium complexity, featuring walls of corn stalks and dirt pathways. A green ring with a small green flag shows the start position, where a visitor stands, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent dirt-path cells in four directions (up, down, left, right), keeping clear of corn-wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.","The scene contains a 15x15 cell maze of medium complexity, featuring black walls and white pathways. A green circular marker shows the start position, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent white cells in four directions (up, down, left, right), keeping clear of black wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.",O-39,00003,revised,workshop_bench,,1024,1024,10.0,91,,dd6b40b9406ee3319989883b02ea0a56bd7393ad77e00168f7707a54aaf67682,8ded18569d3f40281dce575d5476185394b3443a40cae473417cee69961c31d2 | |
| videos/O-39/00004/revised/video.mp4,"On a farm field, the scene contains a 15x15 cell corn maze of medium complexity, featuring walls of corn stalks and dirt pathways. A green ring with a small green flag shows the start position, where a visitor stands, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent dirt-path cells in four directions (up, down, left, right), keeping clear of corn-wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.","The scene contains a 15x15 cell maze of medium complexity, featuring black walls and white pathways. A green circular marker shows the start position, and a red flag shows the end position. From the green start, navigate through the maze by traversing adjacent white cells in four directions (up, down, left, right), keeping clear of black wall cells. Discover and animate the full route from the green start to the red flag end, displaying each cell visited along the solution path.",O-39,00004,revised,workshop_bench,,1024,1024,10.0,67,,116daa08b48e91a8155838199b225f1a7afa85e452e4b5f437dd1b7fb4477361,b397ba38253221ccd320ede32dbedd69f2b0ef535e031dfce6401e9835dd9494 | |
| videos/O-43/00000/revised/video.mp4,"On a wooden craft table, the scene shows multiple colored craft items (ribboned gift boxes, rubber balls, triangular zippered pencil pouches) positioned across the tabletop. Most items share similar visual characteristics (color, shape, or both), while one item appears visually distinct or different from the others. Identify the item that looks different from the rest based on its visual attributes. Remove this distinct item from the table by making it disappear completely. All other items must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any items other than the one that appears different.","The scene shows multiple colored geometric objects (cubes, spheres, pyramids, cones) positioned across the canvas. Most objects share similar visual characteristics (color, shape, or both), while one object appears visually distinct or different from the others. Identify the object that looks different from the rest based on its visual attributes. Remove this distinct object from the scene by making it disappear completely. All other objects must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any objects other than the one that appears different.",O-43,00000,revised,workshop_bench,,1024,1024,10.0,35,,b894898c70ee1d86acdc42255a4be222f1525fa28ca499452efafb5e453d5bd7,f2524ed6febef82b49bd3311476ee4fcc770d89f59c9e4101e1fe73c74d41ae4 | |
| videos/O-43/00001/revised/video.mp4,"On a wooden craft table, the scene displays multiple colored craft items (ribboned gift boxes, rubber balls, triangular zippered pencil pouches) positioned across the tabletop. Identify the rightmost of these boxes, balls and pouches based on spatial position relative to all the others. Remove all such rightmost pieces from the table by making them disappear completely. All other items must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any items that are not at the specified rightmost location.","The scene displays multiple colored geometric objects (cubes, spheres, pyramids, cones) positioned across the canvas. Identify the rightmost objects based on spatial position relative to all other objects. Remove all rightmost objects from the scene by making them disappear completely. All other objects must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any objects that are not at the specified rightmost location.",O-43,00001,revised,workshop_bench,,1024,1024,10.0,35,,2cdd2b5d948450680441633cc570f173fc8370831b25ba3bce19bfe0b1b9812b,6bac3dc0b173ba9aa2e86ef0c6632ba56decb6532f3e96d66d4b80bb21dd7839 | |
| videos/O-43/00002/revised/video.mp4,"On a wooden craft table, the scene shows multiple colored craft items (ribboned gift boxes, rubber balls, triangular zippered pencil pouches) positioned across the tabletop. Identify the following specific items: red triangular pencil pouch, the red rubber ball, and the red rubber ball. Remove all of these specified items from the table by making them disappear completely. All other items on the table must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any items that are not in the specified list.","The scene shows multiple colored geometric objects (cubes, spheres, pyramids, cones) positioned across the canvas. Identify the following specific objects: red cone, the red sphere, and the red sphere. Remove all of these specified objects from the scene by making them disappear completely. All other objects in the scene must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any objects that are not in the specified list.",O-43,00002,revised,workshop_bench,,1024,1024,10.0,35,,93c33f084571f88d7f25cf0ebbf2c8cc49d09fbc036657a1f9cc57445ed91377,56d1d3cf411b87e226bff713d9cd0a04c029e9a9ddc0080c6e5f139ce4eae6bc | |
| videos/O-43/00003/revised/video.mp4,"On a wooden craft table, the scene displays multiple colored craft items (ribboned gift boxes, rubber balls, triangular zippered pencil pouches) positioned across the tabletop. Identify the specific item: orange triangular pencil pouch. Remove this item from the table by making it disappear completely. All other items on the table must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any items other than the specified orange triangular pencil pouch.","The scene displays multiple colored geometric objects (cubes, spheres, pyramids, cones) positioned across the canvas. Identify the specific object: orange cone. Remove this object from the scene by making it disappear completely. All other objects in the scene must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any objects other than the specified orange cone.",O-43,00003,revised,workshop_bench,,1024,1024,10.0,35,,db8d65ce0777b63932bd95440c4d941c47668feca690a3c17ccf4c21e4e272b5,dce0880fc81e63b44b40663f5a5c0b515b0d5939256c18aaed379adae56523d7 | |
| videos/O-43/00004/revised/video.mp4,"On a wooden craft table, the scene displays multiple colored craft items (rubber balls, triangular zippered pencil pouches) positioned across the tabletop. Identify the specific item: red rubber ball. Remove this item from the table by making it disappear completely. All other items on the table must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any items other than the specified red rubber ball.","The scene displays multiple colored geometric objects (cubes, spheres, pyramids, cones) positioned across the canvas. Identify the specific object: red sphere. Remove this object from the scene by making it disappear completely. All other objects in the scene must remain stationary and unchanged in their exact original positions, colors, and shapes. Do not modify, move, or alter any objects other than the specified red sphere.",O-43,00004,revised,workshop_bench,,1024,1024,10.0,35,,15f1cda0909d70682cbb4b0026704f536c39a4dc8b4154343e4da74773c0109d,3f661bfe11ff5a0f5cb91ff4a50c50594c98de9b1d94f2b87f631dca2c3b07e8 | |
| videos/O-44/00000/revised/video.mp4,"On a wooden workbench, four square wooden tiles sit in a wooden tray, each carrying a blue pipe elbow. Solve this rotation puzzle by rotating the four tiles to connect the pipe paths. Each tile can be rotated 90 degrees clockwise or counterclockwise. Rotate the tiles so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all tile positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.",Solve this rotation puzzle by rotating the four squares to connect the pipe paths. Each square can be rotated 90 degrees clockwise or counterclockwise. Rotate the squares so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all square positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.,O-44,00000,revised,workshop_bench,,1024,1024,10.0,90,,4257071e4b09e17afc37f552d60bf6c9f4b9a36d12bed766da1e7e8cb14baf9e,702e956625c950cabdd2ed0a29af35ce776a717ecc42567e150c7e73976506f1 | |
| videos/O-44/00001/revised/video.mp4,"On a wooden workbench, four square wooden tiles sit in a wooden tray, each carrying a blue pipe elbow. Solve this rotation puzzle by rotating the four tiles to connect the pipe paths. Each tile can be rotated 90 degrees clockwise or counterclockwise. Rotate the tiles so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all tile positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.",Solve this rotation puzzle by rotating the four squares to connect the pipe paths. Each square can be rotated 90 degrees clockwise or counterclockwise. Rotate the squares so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all square positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.,O-44,00001,revised,workshop_bench,,1024,1024,10.0,90,,9dc8dd18c47d4201916fcdbf520fe390f7e1f3397c7fc3d03691fd11efe40e36,583444c95eb0bbf0c225470a91f08f83c1473fa228208b2442a04b0ffb0051dd | |
| videos/O-44/00002/revised/video.mp4,"On a wooden workbench, four square wooden tiles sit in a wooden tray, each carrying a blue pipe elbow. Solve this rotation puzzle by rotating the four tiles to connect the pipe paths. Each tile can be rotated 90 degrees clockwise or counterclockwise. Rotate the tiles so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all tile positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.",Solve this rotation puzzle by rotating the four squares to connect the pipe paths. Each square can be rotated 90 degrees clockwise or counterclockwise. Rotate the squares so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all square positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.,O-44,00002,revised,workshop_bench,,1024,1024,10.0,90,,93964c002af169e36cf9b2443479d2161f93e12d8e6280a4ca05d2e5aa6f3254,c0170122ad8b3781919b595b37eae1bc491141de8624f00b09a6178ee4dc7d64 | |
| videos/O-44/00003/revised/video.mp4,"On a wooden workbench, four square wooden tiles sit in a wooden tray, each carrying a blue pipe elbow. Solve this rotation puzzle by rotating the four tiles to connect the pipe paths. Each tile can be rotated 90 degrees clockwise or counterclockwise. Rotate the tiles so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all tile positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.",Solve this rotation puzzle by rotating the four squares to connect the pipe paths. Each square can be rotated 90 degrees clockwise or counterclockwise. Rotate the squares so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all square positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.,O-44,00003,revised,workshop_bench,,1024,1024,10.0,90,,266cd0d6c98737496726dbb09f8b36ac30ccece65197c63a7c380a104ed1a397,c583565b009bbe25e98ca4259c367ff62fb249764fdacbad09a5e634c1d18de4 | |
| videos/O-44/00004/revised/video.mp4,"On a wooden workbench, four square wooden tiles sit in a wooden tray, each carrying a blue pipe elbow. Solve this rotation puzzle by rotating the four tiles to connect the pipe paths. Each tile can be rotated 90 degrees clockwise or counterclockwise. Rotate the tiles so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all tile positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.",Solve this rotation puzzle by rotating the four squares to connect the pipe paths. Each square can be rotated 90 degrees clockwise or counterclockwise. Rotate the squares so that all pipe paths connect to form a continuous path. Keep the camera view fixed in the top-down perspective and maintain all square positions unchanged. Stop the video when all pipes are connected and the puzzle is solved.,O-44,00004,revised,workshop_bench,,1024,1024,10.0,70,,d7fc3f5a76ca417b275ecd92cac18a264219e5f1bb3833be730179206039bfed,20989be4c4328c60c63629023399aa96c04f040b86b5424b59d0293b89701bb0 | |
| videos/O-45/00000/revised/video.mp4,"On an artist's worktable, the scene shows a sequence of round metal watercolor pans arranged horizontally from left to right on a white palette strip. Each filled pan holds paint in a distinct color (red, blue, green, yellow, or orange) in the middle of the table. The last pan is empty and contains a question mark (?) indicating the missing color. Observe the repeating pattern: the paint colors follow a cyclic order that repeats after a certain number of pans. Identify the color cycle by examining the order of colors from left to right. Determine where in the cycle the sequence currently is and which color should come next. Replace the question mark with a pan of the correct paint color that completes the color cycle pattern.","The scene shows a sequence of colored circles arranged horizontally from left to right. Each circle is displayed in a distinct color (red, blue, green, yellow, or orange) in the center of the frame. The last position contains a question mark (?) indicating the missing color. Observe the repeating pattern: the colors follow a cyclic order that repeats after a certain number of elements. Identify the color cycle by examining the order of colors from left to right. Determine where in the cycle the sequence currently is and which color should come next. Replace the question mark with the correct colored circle that completes the color cycle pattern.",O-45,00000,revised,workshop_bench,,1024,1024,10.0,25,,9a7a52f2cb5290cf8686ab3a90a749066b687b7003e5f10b6ca93d0f91f46ac7,eaf53697d3fddcfd8bda87f0ad7152b01ff0356d02e815f7602be75fcaaceffc | |
| videos/O-45/00001/revised/video.mp4,"On an artist's worktable, the scene shows a sequence of round metal watercolor pans arranged horizontally from left to right on a white palette strip. Each filled pan holds paint in a distinct color (red, blue, green, yellow, or orange) in the middle of the table. The last pan is empty and contains a question mark (?) indicating the missing color. Observe the repeating pattern: the paint colors follow a cyclic order that repeats after a certain number of pans. Identify the color cycle by examining the order of colors from left to right. Determine where in the cycle the sequence currently is and which color should come next. Replace the question mark with a pan of the correct paint color that completes the color cycle pattern.","The scene shows a sequence of colored circles arranged horizontally from left to right. Each circle is displayed in a distinct color (red, blue, green, yellow, or orange) in the center of the frame. The last position contains a question mark (?) indicating the missing color. Observe the repeating pattern: the colors follow a cyclic order that repeats after a certain number of elements. Identify the color cycle by examining the order of colors from left to right. Determine where in the cycle the sequence currently is and which color should come next. Replace the question mark with the correct colored circle that completes the color cycle pattern.",O-45,00001,revised,workshop_bench,,1024,1024,10.0,25,,df8bfc7123ba1902783def28a9528fe9bf1de379f6113a03aaa4348dcb15d039,f61f4b0b52cdedefdbe4a23171fe7f397927c4307f51eb4ccbed1762bf455d65 | |
| videos/O-45/00002/revised/video.mp4,"On an artist's worktable, the scene shows a sequence of pale blue watercolor cakes in thin metal pans, arranged horizontally from left to right on a white palette strip. Each cake is cut as a geometric figure (circle, square, triangle, diamond, or star) in the middle of the table. The last position on the strip contains a question mark (?) indicating the missing shape. Observe the repeating pattern: the cake shapes follow a cyclic order that repeats after a certain number of elements. Identify the cycle by examining the order of shapes from left to right. Determine where in the cycle the sequence currently is and which shape should come next. Replace the question mark with the correctly shaped watercolor cake that completes the shape cycle pattern.","The scene shows a sequence of shapes arranged horizontally from left to right. Each shape is displayed as a geometric figure (circle, square, triangle, diamond, or star) in the center of the frame. The last position contains a question mark (?) indicating the missing shape. Observe the repeating pattern: the shapes follow a cyclic order that repeats after a certain number of elements. Identify the cycle by examining the order of shapes from left to right. Determine where in the cycle the sequence currently is and which shape should come next. Replace the question mark with the correct shape that completes the shape cycle pattern.",O-45,00002,revised,workshop_bench,,1024,1024,10.0,25,,81e07f5aa3000054f0d8167a4ffa2c3615ab2913f4ce77abfd8645355075efd5,6009b43c91634498ff502a450568b58be4f7e13bc040888fd1e22011e1d3d7a0 | |
| videos/O-45/00003/revised/video.mp4,"On an artist's worktable, the scene shows a sequence of numbers printed on round metal paint pans arranged horizontally from left to right on a white palette strip. Each number is displayed as a digit on its pan in the middle of the table. The last pan shows a question mark (?) indicating the missing number. Observe the arithmetic pattern: each number differs from the previous one by a constant value (the common difference). Calculate the difference between consecutive visible numbers to identify the step size. Apply this step size to the last visible number to determine the missing value. Replace the question mark on the last pan with the correct number that completes the arithmetic sequence.",The scene shows a sequence of numbers arranged horizontally from left to right. Each number is displayed as a digit in the center of the frame. The last position contains a question mark (?) indicating the missing number. Observe the arithmetic pattern: each number differs from the previous one by a constant value (the common difference). Calculate the difference between consecutive visible numbers to identify the step size. Apply this step size to the last visible number to determine the missing value. Replace the question mark with the correct number that completes the arithmetic sequence.,O-45,00003,revised,workshop_bench,,1024,1024,10.0,25,,dc22d1d26696cc6057c8406b6b77e8ac0f3b1a4f2c3533374a5316abc8b95d3d,8bd502d44ed4d6e715883116457034def3d5af1cd439c6d16d8febf93149e058 | |
| videos/O-45/00004/revised/video.mp4,"On an artist's worktable, the scene shows a sequence of numbers printed on round metal paint pans arranged horizontally from left to right on a white palette strip. Each number is displayed as a digit on its pan in the middle of the table. The last pan shows a question mark (?) indicating the missing number. Observe the arithmetic pattern: each number differs from the previous one by a constant value (the common difference). Calculate the difference between consecutive visible numbers to identify the step size. Apply this step size to the last visible number to determine the missing value. Replace the question mark on the last pan with the correct number that completes the arithmetic sequence.",The scene shows a sequence of numbers arranged horizontally from left to right. Each number is displayed as a digit in the center of the frame. The last position contains a question mark (?) indicating the missing number. Observe the arithmetic pattern: each number differs from the previous one by a constant value (the common difference). Calculate the difference between consecutive visible numbers to identify the step size. Apply this step size to the last visible number to determine the missing value. Replace the question mark with the correct number that completes the arithmetic sequence.,O-45,00004,revised,workshop_bench,,1024,1024,10.0,25,,07a2e9581d9ea002ce899319de2bb8b3eb4631091b8a08414d596364ef357ce8,c19731942bc936f312b8bdaf551bfab3f9ef9fd20ee615e634390ed92218ed77 | |
| videos/O-49/00000/revised/video.mp4,"On a wooden table, a green eight-by-eight Reversi board holds black discs inside a yellow-outlined area of squares. Complete this pattern by placing black discs in the missing squares on the right side of the outlined area. Observe the left half of the pattern and recognize that it should be mirrored to create a symmetric pattern. Fill in the right half by mirroring the left half across the vertical center line. Keep the camera view fixed in the top-down perspective and keep all existing discs unchanged. Stop the video when the symmetric pattern is fully completed.",Complete this pattern by filling in the missing grid cells on the right side. Observe the left half of the pattern and recognize that it should be mirrored to create a symmetric pattern. Fill in the right half by mirroring the left half across the vertical center line. Keep the camera view fixed in the top-down perspective and maintain all existing cells unchanged. Stop the video when the symmetric pattern is fully completed.,O-49,00000,revised,workshop_bench,,1024,1024,10.0,35,,5e62f049c59fd1468a9b36db84df183d845cd738872bbeeafbcf85932b048b8b,68dc4d95f08f3a5e3315331939f8cf6f9fff9ba237927e9d97431cf15652eae1 | |
| videos/O-49/00001/revised/video.mp4,"On a wooden table, a green eight-by-eight Reversi board holds black discs inside a yellow-outlined area of squares. Complete the striped pattern by placing black discs in the missing squares on the right side of the outlined area. The left half shows horizontal stripes of black discs that should be mirrored to the right. Mirror the left half across the vertical center line to complete the symmetric striped pattern. Keep the camera fixed in top-down view and preserve all existing discs. Stop when the pattern is complete.",Complete the striped pattern by filling in the missing cells on the right side. The left half shows horizontal stripes that should be mirrored to the right. Mirror the left half across the vertical center line to complete the symmetric striped pattern. Keep the camera fixed in top-down view and preserve all existing cells. Stop when the pattern is complete.,O-49,00001,revised,workshop_bench,,1024,1024,10.0,35,,d96d91b1ec4085043c4cfab807f75727b1edfc8b6b1dc2e12e459b1d199ea405,7d9c2293ddc53d30d652aaabc2442165535e7c0b1ad003ed40401a80bb4d0f2f | |
| videos/O-49/00002/revised/video.mp4,"On a wooden table, black discs sit on a green eight-by-eight Reversi board. Complete the incrementing pattern by placing black discs in the missing squares on the right side of the board. The left half shows a pattern where each row has an incrementing number of black discs. Mirror the left half across the vertical center line to complete the symmetric incrementing pattern. Keep the camera fixed in top-down view and preserve all existing discs. Stop when the pattern is complete.",Complete the incrementing pattern by filling in the missing cells on the right side. The left half shows a pattern where each row has an incrementing number of filled cells. Mirror the left half across the vertical center line to complete the symmetric incrementing pattern. Keep the camera fixed in top-down view and preserve all existing cells. Stop when the pattern is complete.,O-49,00002,revised,workshop_bench,,1024,1024,10.0,35,,8891d5a6079d6800e32ef539eaeb7555ac1fffac7c8c4a445f53e7b3e8c3c4a2,9e514ae7adf1705043f177c909d05cecb8daf33e56a80d4e3f3e5637d5a27540 | |
| videos/O-49/00003/revised/video.mp4,"On a wooden table, black discs sit on a green eight-by-eight Reversi board. Complete the incrementing pattern by placing black discs in the missing squares on the right side of the board. The left half shows a pattern where each row has an incrementing number of black discs. Mirror the left half across the vertical center line to complete the symmetric incrementing pattern. Keep the camera fixed in top-down view and preserve all existing discs. Stop when the pattern is complete.",Complete the incrementing pattern by filling in the missing cells on the right side. The left half shows a pattern where each row has an incrementing number of filled cells. Mirror the left half across the vertical center line to complete the symmetric incrementing pattern. Keep the camera fixed in top-down view and preserve all existing cells. Stop when the pattern is complete.,O-49,00003,revised,workshop_bench,,1024,1024,10.0,35,,99fa2774a63e58b598c760e312461f72483d63ee7f30c38d2acc30c901a848fa,02a5f96caf219cd6d827987700745bf451baa738da5c7ff0420787c2db18f869 | |
| videos/O-49/00004/revised/video.mp4,"On a wooden table, a green eight-by-eight Reversi board holds black discs inside a yellow-outlined area of squares. Complete this pattern by placing black discs in the missing squares on the right side of the outlined area. Observe the left half of the pattern and recognize that it should be mirrored to create a symmetric pattern. Fill in the right half by mirroring the left half across the vertical center line. Keep the camera view fixed in the top-down perspective and keep all existing discs unchanged. Stop the video when the symmetric pattern is fully completed.",Complete this pattern by filling in the missing grid cells on the right side. Observe the left half of the pattern and recognize that it should be mirrored to create a symmetric pattern. Fill in the right half by mirroring the left half across the vertical center line. Keep the camera view fixed in the top-down perspective and maintain all existing cells unchanged. Stop the video when the symmetric pattern is fully completed.,O-49,00004,revised,workshop_bench,,1024,1024,10.0,35,,437207b7922e967acaba0d78e3a1bfb92aa3d50789b0cf13f3b12eb4f63f0b3b,fef6f7ad1fe194d52698316d355a50f2879413981d41b66a8efe6e13fd6e93a8 | |
| videos/O-53/00000/revised/video.mp4,"A round wooden wall clock hangs on a plaster wall. Starting from the shown time, demonstrate how the clock will appear 4 hours later by moving the hour hand accordingly.","Starting from the shown time, demonstrate how the clock will appear 4 hours later by moving the hour hand accordingly.",O-53,00000,revised,workshop_bench,,1024,1024,10.0,40,,6de761aa9dbd4920abfd32212c10c7d525eeeb2c5de8ed419593f18db197ef76,da08add83ea441947cc78253ec9140acfa7e472a972b8c79fc76caf61b94221f | |
| videos/O-53/00001/revised/video.mp4,This round wooden wall clock on a plaster wall shows a time with only the hour hand. Show what the clock will look like after 11 hours.,This clock shows a time with only the hour hand. Show what the clock will look like after 11 hours.,O-53,00001,revised,workshop_bench,,1024,1024,10.0,40,,7a0fc8f028e70cd75fcd40151d9e49f86f96732df30358aa470429c55923aeb2,50a3d05535040117301f046b8a25b6e04f0edb7cc0ae632c13f483b543bf295e | |
| videos/O-53/00002/revised/video.mp4,"A round wooden wall clock hangs on a plaster wall. Starting from the shown time, demonstrate how the clock will appear 16 hours later by moving the hour hand accordingly.","Starting from the shown time, demonstrate how the clock will appear 16 hours later by moving the hour hand accordingly.",O-53,00002,revised,workshop_bench,,1024,1024,10.0,40,,e7cad178aa1d043a87ba4282d51092778e42e18e8e81130a6207da3012c2261e,110438ccf67ce96ddedfc4a7b92c2e24c18f0e3a4d4322f6ec11d4b5e7ce3a17 | |
| videos/O-53/00003/revised/video.mp4,The round wooden wall clock on a plaster wall displays the current hour. Animate the hour hand to show the time after 6 hours have passed.,The clock displays the current hour. Animate the hour hand to show the time after 6 hours have passed.,O-53,00003,revised,workshop_bench,,1024,1024,10.0,40,,c5aa385f9a7d8f0e06a01c8608db975931ccf5e19d56b4d97bca40af905f19b7,67d8004c3f6f597f445b285409bcb08562965de5f6b9b64a1da91f043c3842f5 | |
| videos/O-53/00004/revised/video.mp4,The round wooden wall clock on a plaster wall displays the current hour. Animate the hour hand to show the time after 15 hours have passed.,The clock displays the current hour. Animate the hour hand to show the time after 15 hours have passed.,O-53,00004,revised,workshop_bench,,1024,1024,10.0,40,,ae9b90cc447a1a28f07c933b76886921e2e38218d1ddb877b8724934a42313ff,638c05e59c6e0798450d7ed6863bb176a675bec7c654c6b595e699570d92bc5d | |
| videos/O-54/00000/revised/video.mp4,"On a laboratory bench, adjust the blue water level in the glass tank from 62% to 80% upward. When reaching 70%, the state changes immediately and the controller's ACTIVATE button turns green.","Adjust the blue level slider from 62% to 80% upward. When reaching 70%, the state changes immediately and the Activate button turns green.",O-54,00000,revised,workshop_bench,,1024,1024,10.0,40,,ebe95ed6fa45613d874cff9eaac44f22c5b8159f6b8eab3b28ea3402aed5991a,bf4e54802d1e3ae7ecd73c3b8011e95248d90b54e91ebe0bc006c81413ebd822 | |
| videos/O-54/00001/revised/video.mp4,"On a laboratory bench, adjust the blue water level in the glass tank from 37% to 58% upward. When reaching 47%, the state changes immediately and the controller's ACTIVATE button turns green.","Adjust the blue level slider from 37% to 58% upward. When reaching 47%, the state changes immediately and the Activate button turns green.",O-54,00001,revised,workshop_bench,,1024,1024,10.0,40,,125a83a9b97ec4edfe1fadd9bf94964cd89d2e5b11b9d7e161f56fecf3b2858b,12ada5955111a0d9ce7d8fdd5ca461f051e15512485aa3545d01cee664b5da88 | |
| videos/O-54/00002/revised/video.mp4,"On a laboratory bench, adjust the blue water level in the glass tank from 27% to 91% upward. When reaching 60%, the state changes immediately and the controller's ACTIVATE button turns green.","Adjust the blue level slider from 27% to 91% upward. When reaching 60%, the state changes immediately and the Activate button turns green.",O-54,00002,revised,workshop_bench,,1024,1024,10.0,40,,81b1e0f28b177696cc958af9124e749cee0d21615ca5965e93fa5383d542b65d,1b9819aa8e4aa67d8b866c343785cb7f3478829aae29e11f1c04d6ea6645497d | |
| videos/O-54/00003/revised/video.mp4,"On a laboratory bench, adjust the blue water level in the glass tank from 98% to 93% downward. When reaching 95%, the state changes immediately and the controller's ACTIVATE button turns green.","Adjust the blue level slider from 98% to 93% downward. When reaching 95%, the state changes immediately and the Activate button turns green.",O-54,00003,revised,workshop_bench,,1024,1024,10.0,40,,4bb7648e54aed92aff30f31e2989d7737332723c3f90187ec95df197a3476264,7baa617cb8db50707ef8b8e69fb53692f2fad703e409cd23203775f89f6cc9ac | |
| videos/O-54/00004/revised/video.mp4,"On a laboratory bench, adjust the blue water level in the glass tank from 63% to 87% upward. When reaching 75%, the state changes immediately and the controller's ACTIVATE button turns green.","Adjust the blue level slider from 63% to 87% upward. When reaching 75%, the state changes immediately and the Activate button turns green.",O-54,00004,revised,workshop_bench,,1024,1024,10.0,40,,1a2ad91844c1e7ed1b5bde3d5edfa44c8543086131ec565fb91ed1a0e38f83d1,a57e0baf70b04faaef8bcdde29b2f729e01dc89763205f4681917d923961df12 | |
| videos/O-55/00000/revised/video.mp4,"An 8-block sculpture of joined wooden cubes sits fixed on a carpentry workbench. First frame: Your camera is tilted at 23° elevation, viewing from 338° azimuth. Final frame: Your camera remains at 23° elevation, but rotates horizontally to 158° azimuth. This is a 180-degree rotation. Create a smooth video showing the camera's horizontal rotation around the wooden sculpture, and try to maintain the tilted viewing angle throughout.","A 8-block sculpture sits fixed on a table. First frame: Your camera is tilted at 23° elevation, viewing from 338° azimuth. Final frame: Your camera remains at 23° elevation, but rotates horizontally to 158° azimuth. This is a 180-degree rotation Create a smooth video showing the camera's horizontal rotation around the sculpture, and try to maintain the tilted viewing angle throughout.",O-55,00000,revised,workshop_bench,,1024,1024,10.0,35,,6ec693074d3452997705a3a609042d76c4aa14ed09a382464b88c3e94dce48b6,a43caabfc3500fb855909d904a859017a82e42df0b0d40ae3c14b4b3844c2bb8 | |
| videos/O-55/00001/revised/video.mp4,"A 9-block sculpture of joined wooden cubes sits fixed on a carpentry workbench. First frame: Your camera is tilted at 30° elevation, viewing from 122° azimuth. Final frame: Your camera remains at 30° elevation, but rotates horizontally to 302° azimuth. This is a 180-degree rotation. Create a smooth video showing the camera's horizontal rotation around the wooden sculpture, and try to maintain the tilted viewing angle throughout.","A 9-block sculpture sits fixed on a table. First frame: Your camera is tilted at 30° elevation, viewing from 122° azimuth. Final frame: Your camera remains at 30° elevation, but rotates horizontally to 302° azimuth. This is a 180-degree rotation Create a smooth video showing the camera's horizontal rotation around the sculpture, and try to maintain the tilted viewing angle throughout.",O-55,00001,revised,workshop_bench,,1024,1024,10.0,35,,ce3a389741b58df38eb25dc3f35f7eddf2d92cb16a0cc49c9639ce9cd03c0b7a,a1e5806cc3296ec40ed0c64bfe90929e62d032f0258acb0b3666880ae770fe57 | |
| videos/O-55/00002/revised/video.mp4,"An 8-block sculpture of joined wooden cubes sits fixed on a carpentry workbench. First frame: Your camera is tilted at 35° elevation, viewing from 321° azimuth. Final frame: Your camera remains at 35° elevation, but rotates horizontally to 141° azimuth. This is a 180-degree rotation. Create a smooth video showing the camera's horizontal rotation around the wooden sculpture, and try to maintain the tilted viewing angle throughout.","A 8-block sculpture sits fixed on a table. First frame: Your camera is tilted at 35° elevation, viewing from 321° azimuth. Final frame: Your camera remains at 35° elevation, but rotates horizontally to 141° azimuth. This is a 180-degree rotation Create a smooth video showing the camera's horizontal rotation around the sculpture, and try to maintain the tilted viewing angle throughout.",O-55,00002,revised,workshop_bench,,1024,1024,10.0,35,,317fbb49ecc29712352d41a635f5c08ad39f399d2b6547ebfb989f4cdf829b75,82e14b3d08a85667c946135f6727a8b5a1375715fa49e5d1b99106c532d11b6b | |
| videos/O-55/00003/revised/video.mp4,"A 9-block sculpture of joined wooden cubes sits fixed on a carpentry workbench. First frame: Your camera is tilted at 25° elevation, viewing from 245° azimuth. Final frame: Your camera remains at 25° elevation, but rotates horizontally to 65° azimuth. This is a 180-degree rotation. Create a smooth video showing the camera's horizontal rotation around the wooden sculpture, and try to maintain the tilted viewing angle throughout.","A 9-block sculpture sits fixed on a table. First frame: Your camera is tilted at 25° elevation, viewing from 245° azimuth. Final frame: Your camera remains at 25° elevation, but rotates horizontally to 65° azimuth. This is a 180-degree rotation Create a smooth video showing the camera's horizontal rotation around the sculpture, and try to maintain the tilted viewing angle throughout.",O-55,00003,revised,workshop_bench,,1024,1024,10.0,35,,8c26faf1d8f4101f6b5f9d814d5e6c83744c7c7eb31f5e3ff5d191c19f5cd73e,6fa5b6c10f258b1ca7385f9ce298ff34f056cf20fda2cc8e6f8a02e86bcfb3b7 | |
| videos/O-55/00004/revised/video.mp4,"A 9-block sculpture of joined wooden cubes sits fixed on a carpentry workbench. First frame: Your camera is tilted at 34° elevation, viewing from 135° azimuth. Final frame: Your camera remains at 34° elevation, but rotates horizontally to 315° azimuth. This is a 180-degree rotation. Create a smooth video showing the camera's horizontal rotation around the wooden sculpture, and try to maintain the tilted viewing angle throughout.","A 9-block sculpture sits fixed on a table. First frame: Your camera is tilted at 34° elevation, viewing from 135° azimuth. Final frame: Your camera remains at 34° elevation, but rotates horizontally to 315° azimuth. This is a 180-degree rotation Create a smooth video showing the camera's horizontal rotation around the sculpture, and try to maintain the tilted viewing angle throughout.",O-55,00004,revised,workshop_bench,,1024,1024,10.0,35,,f13c21de74e25c3b94deef58b26dc3a2392f79679d76cb7cd07488a3fcdc87f1,62bf5426625426b8289bf22857948d860cceb9da1b283ce632c3af189d077acb | |
| videos/G-13/00000/revised/video.mp4,"On the floor of a hospital corridor, the scene shows a 10x10 grid of grey lines with a green start pad, a red end pad, and yellow floor tiles marked with numbers 1, 2, and 3. An orange courier robot is positioned at the green start pad. The robot can move to adjacent cells (up, down, left, right). Starting from the green start pad, the robot must visit the numbered yellow tiles in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered tiles. After visiting all numbered tiles in sequence, the robot must reach the red end pad, also following the shortest path.","The scene shows a 10x10 grid with a green start point, a red end point, and yellow cells marked with numbers 1, 2, and 3. An orange circular agent is positioned at the green start point. The agent can move to adjacent cells (up, down, left, right). Starting from the green start point, the agent must visit the numbered yellow cells in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered cells. After visiting all numbered cells in sequence, the agent must reach the red end point, also following the shortest path.",G-13,00000,revised,hospital_lane,,1024,1024,10.0,50,,bc19d5c93df27da16ac26eff4b9cdc6c21e0a53d12bab2159b4a6c1b77c55886,fe8502cd89e9cad2b2682212b2407ee95ddfb05e3eacbd17cbd531aaf95bb870 | |
| videos/G-13/00001/revised/video.mp4,"On the floor of a hospital corridor, the scene shows a 10x10 grid of grey lines with a green start pad, a red end pad, and yellow floor tiles marked with numbers 1, 2, and 3. An orange courier robot is positioned at the green start pad. The robot can move to adjacent cells (up, down, left, right). Starting from the green start pad, the robot must visit the numbered yellow tiles in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered tiles. After visiting all numbered tiles in sequence, the robot must reach the red end pad, also following the shortest path.","The scene shows a 10x10 grid with a green start point, a red end point, and yellow cells marked with numbers 1, 2, and 3. An orange circular agent is positioned at the green start point. The agent can move to adjacent cells (up, down, left, right). Starting from the green start point, the agent must visit the numbered yellow cells in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered cells. After visiting all numbered cells in sequence, the agent must reach the red end point, also following the shortest path.",G-13,00001,revised,hospital_lane,,1024,1024,10.0,50,,756b24fdcbef3d6bfcfa879e45420a2478fc9594dc50e4dafcb8741f726c5c24,3e38e54c8e509c7749e9595f1c5a4795a47bfa3182ba4e310d2a9408bbed9078 | |
| videos/G-13/00002/revised/video.mp4,"On the floor of a hospital corridor, the scene shows a 10x10 grid of grey lines with a green start pad, a red end pad, and yellow floor tiles marked with numbers 1, 2, and 3. An orange courier robot is positioned at the green start pad. The robot can move to adjacent cells (up, down, left, right). Starting from the green start pad, the robot must visit the numbered yellow tiles in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered tiles. After visiting all numbered tiles in sequence, the robot must reach the red end pad, also following the shortest path.","The scene shows a 10x10 grid with a green start point, a red end point, and yellow cells marked with numbers 1, 2, and 3. An orange circular agent is positioned at the green start point. The agent can move to adjacent cells (up, down, left, right). Starting from the green start point, the agent must visit the numbered yellow cells in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered cells. After visiting all numbered cells in sequence, the agent must reach the red end point, also following the shortest path.",G-13,00002,revised,hospital_lane,,1024,1024,10.0,50,,e725bbe91e9743dfec07c15e32a3cfbc8d131b0f77981716cb18270961408292,f14d10d734d9e1f7c595eb1cac399ddfcbdde277adc382cb07befe26b645ead1 | |
| videos/G-13/00003/revised/video.mp4,"On the floor of a hospital corridor, the scene shows a 10x10 grid of grey lines with a green start pad, a red end pad, and yellow floor tiles marked with numbers 1, 2, and 3. An orange courier robot is positioned at the green start pad. The robot can move to adjacent cells (up, down, left, right). Starting from the green start pad, the robot must visit the numbered yellow tiles in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered tiles. After visiting all numbered tiles in sequence, the robot must reach the red end pad, also following the shortest path.","The scene shows a 10x10 grid with a green start point, a red end point, and yellow cells marked with numbers 1, 2, and 3. An orange circular agent is positioned at the green start point. The agent can move to adjacent cells (up, down, left, right). Starting from the green start point, the agent must visit the numbered yellow cells in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered cells. After visiting all numbered cells in sequence, the agent must reach the red end point, also following the shortest path.",G-13,00003,revised,hospital_lane,,1024,1024,10.0,50,,381b20efbb8f7296e82edfada3a05190df8c60486385da95a9562f98d2b8deb8,042d6bb54c4bbcfc7f6ca05810b252057eaa3152695baa4de4ec9f448e26a51c | |
| videos/G-13/00004/revised/video.mp4,"On the floor of a hospital corridor, the scene shows a 10x10 grid of grey lines with a green start pad, a red end pad, and yellow floor tiles marked with numbers 1, 2, and 3. An orange courier robot is positioned at the green start pad. The robot can move to adjacent cells (up, down, left, right). Starting from the green start pad, the robot must visit the numbered yellow tiles in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered tiles. After visiting all numbered tiles in sequence, the robot must reach the red end pad, also following the shortest path.","The scene shows a 10x10 grid with a green start point, a red end point, and yellow cells marked with numbers 1, 2, and 3. An orange circular agent is positioned at the green start point. The agent can move to adjacent cells (up, down, left, right). Starting from the green start point, the agent must visit the numbered yellow cells in numerical order (1, then 2, then 3), taking the shortest path between each consecutive pair of numbered cells. After visiting all numbered cells in sequence, the agent must reach the red end point, also following the shortest path.",G-13,00004,revised,hospital_lane,,1024,1024,10.0,50,,99d77b9b8c7b9f160d44d0a9ad30b5bb982b8ee075e8701b820dbf21ad1f0d97,7b022d76442c74358f277713e2197cab70347fa5fbe49073e9e9e590726f7977 | |
| videos/G-15/00000/revised/video.mp4,"On a pale tiled floor, the scene shows a 10x10 grid of floor lines with a blue-outlined start square (containing a small yellow tracked robot), a red-outlined end square, and multiple grey blocks standing on obstacle cells. Starting from the blue start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path without entering any cells occupied by grey block obstacles.","The scene shows a 10x10 grid with a blue start square (containing a yellow circular agent), a red end square, and multiple black X marks indicating obstacles. Starting from the blue start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path without entering any cells marked with black X obstacles.",G-15,00000,revised,pool_deck,,1024,1024,10.0,46,,6a0de0dd98b2ac871727701f590698cf5fac6b9ace37f17c8e0b113312016fa0,1d4500a96b34717ecd0ba9847e1c24ba3624b5bee06581dc7e738141c15be750 | |
| videos/G-15/00001/revised/video.mp4,"On a pale tiled floor, the scene shows a 10x10 grid of floor lines with a blue-outlined start square (containing a small yellow tracked robot), a red-outlined end square, and multiple grey blocks standing on obstacle cells. Starting from the blue start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path without entering any cells occupied by grey block obstacles.","The scene shows a 10x10 grid with a blue start square (containing a yellow circular agent), a red end square, and multiple black X marks indicating obstacles. Starting from the blue start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path without entering any cells marked with black X obstacles.",G-15,00001,revised,pool_deck,,1024,1024,10.0,46,,234beea185fec1e65443c323fa698fabf35f10fcbf302d7b2519c0c76d86e014,5b44ae7453f6eeed08e38797446747f2fe5b36e914b2963f751721a4a6741299 | |
| videos/G-15/00002/revised/video.mp4,"On a pale tiled floor, the scene shows a 10x10 grid of floor lines with a blue-outlined start square (containing a small yellow tracked robot), a red-outlined end square, and multiple grey blocks standing on obstacle cells. Starting from the blue start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path without entering any cells occupied by grey block obstacles.","The scene shows a 10x10 grid with a blue start square (containing a yellow circular agent), a red end square, and multiple black X marks indicating obstacles. Starting from the blue start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path without entering any cells marked with black X obstacles.",G-15,00002,revised,pool_deck,,1024,1024,10.0,30,,278db460c151e81b9e2b177c3f2fed04090fbb1b0dfcebe360b5ed620387654c,11dc0d89677b45a7039ed3f35e0559a8a047016504887a74118db0ca8da6f724 | |
| videos/G-15/00003/revised/video.mp4,"On a pale tiled floor, the scene shows a 10x10 grid of floor lines with a blue-outlined start square (containing a small yellow tracked robot), a red-outlined end square, and multiple grey blocks standing on obstacle cells. Starting from the blue start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path without entering any cells occupied by grey block obstacles.","The scene shows a 10x10 grid with a blue start square (containing a yellow circular agent), a red end square, and multiple black X marks indicating obstacles. Starting from the blue start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path without entering any cells marked with black X obstacles.",G-15,00003,revised,pool_deck,,1024,1024,10.0,50,,7a1c66eff4a32bad6a98020df55ef382389970d3c5b7654f4b689f4716fc040f,121804cd40d3f91bfa47e3d57908bc989d86dbc347c265be1c5f3fb33bfda933 | |
| videos/G-15/00004/revised/video.mp4,"On a pale tiled floor, the scene shows a 10x10 grid of floor lines with a blue-outlined start square (containing a small yellow tracked robot), a red-outlined end square, and multiple grey blocks standing on obstacle cells. Starting from the blue start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path without entering any cells occupied by grey block obstacles.","The scene shows a 10x10 grid with a blue start square (containing a yellow circular agent), a red end square, and multiple black X marks indicating obstacles. Starting from the blue start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path without entering any cells marked with black X obstacles.",G-15,00004,revised,pool_deck,,1024,1024,10.0,42,,9e880b0d9596e08e1f2a19306afc9b0b507e050ccc60a83de18cb348f14516a2,ea7f0ecb09aa0f3bd6659865e8cd643cb09e8f14821f59d0315408af0dcacc0c | |
| videos/G-16/00000/revised/video.mp4,"On a warehouse floor, the scene shows a 10x10 grid of white lines with a green start square (containing an orange warehouse robot), a red-outlined end square, and multiple blue-outlined squares taped on the floor. Starting from the green start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path that passes through all blue squares (the robot must visit every blue square before reaching the red end square).","The scene shows a 10x10 grid with a green start square (containing an orange circular agent), a red end square, and multiple blue rectangular blocks. Starting from the green start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path that passes through all blue blocks (the agent must visit every blue block before reaching the red end square).",G-16,00000,revised,warehouse_floor,,1024,1024,5.0,25,,3ba18cd7fac050bf20033d51f5fed01e94923c6e601e30f659d253fd7723256d,7c2c49ccc886cc5023e12bb2449a1985aae0f27380c897d5cd787270fab1c590 | |
| videos/G-16/00001/revised/video.mp4,"On a warehouse floor, the scene shows a 10x10 grid of white lines with a green start square (containing an orange warehouse robot), a red-outlined end square, and multiple blue-outlined squares taped on the floor. Starting from the green start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path that passes through all blue squares (the robot must visit every blue square before reaching the red end square).","The scene shows a 10x10 grid with a green start square (containing an orange circular agent), a red end square, and multiple blue rectangular blocks. Starting from the green start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path that passes through all blue blocks (the agent must visit every blue block before reaching the red end square).",G-16,00001,revised,warehouse_floor,,1024,1024,5.0,25,,413bb156e6a95e979f1d50dd514880fe88b9d7214ae0fd8cbf1d28b717053de1,3e90658b9dd33269249768bcaf06a2d77c848c92652d11ce482aca9a6b3dfaa2 | |
| videos/G-16/00002/revised/video.mp4,"On a warehouse floor, the scene shows a 10x10 grid of white lines with a green start square (containing an orange warehouse robot), a red-outlined end square, and multiple blue-outlined squares taped on the floor. Starting from the green start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path that passes through all blue squares (the robot must visit every blue square before reaching the red end square).","The scene shows a 10x10 grid with a green start square (containing an orange circular agent), a red end square, and multiple blue rectangular blocks. Starting from the green start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path that passes through all blue blocks (the agent must visit every blue block before reaching the red end square).",G-16,00002,revised,warehouse_floor,,1024,1024,5.0,25,,523646747fac07a32ed2ec46d88e2cb4846077b96f7e36ace4d0b3784d472ea7,47eab31333bd159c8cfef1b63917e4026f74fe85f3174bf7334dee3e6e6d6123 | |
| videos/G-16/00003/revised/video.mp4,"On a warehouse floor, the scene shows a 10x10 grid of white lines with a green start square (containing an orange warehouse robot), a red-outlined end square, and multiple blue-outlined squares taped on the floor. Starting from the green start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path that passes through all blue squares (the robot must visit every blue square before reaching the red end square).","The scene shows a 10x10 grid with a green start square (containing an orange circular agent), a red end square, and multiple blue rectangular blocks. Starting from the green start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path that passes through all blue blocks (the agent must visit every blue block before reaching the red end square).",G-16,00003,revised,warehouse_floor,,1024,1024,5.0,24,,8beeb017388ac12d96127bffb6f510d41adb95b60adb3b1084df2d0ef8779e72,8e6e4792991580c55234a3cda97c1f25ca7b95162aea3f909bf2ab1430d48217 | |
| videos/G-16/00004/revised/video.mp4,"On a warehouse floor, the scene shows a 10x10 grid of white lines with a green start square (containing an orange warehouse robot), a red-outlined end square, and multiple blue-outlined squares taped on the floor. Starting from the green start square, the robot can move to adjacent cells (up, down, left, right) each step. The goal is to move the robot to the red end square along the shortest path that passes through all blue squares (the robot must visit every blue square before reaching the red end square).","The scene shows a 10x10 grid with a green start square (containing an orange circular agent), a red end square, and multiple blue rectangular blocks. Starting from the green start square, the agent can move to adjacent cells (up, down, left, right) each step. The goal is to move the agent to the red end square along the shortest path that passes through all blue blocks (the agent must visit every blue block before reaching the red end square).",G-16,00004,revised,warehouse_floor,,1024,1024,5.0,24,,8bc6939d59df0d72f5829e8413b8c39c541b1c8312e46be866acc1bb0569c862,8239bfc8a322d58745cd5d26dcd9860f096b4ff958cd3957d76d6e1dde99fbc5 | |
| videos/G-45/00000/selected/video.mp4,"On a tiled archive floor, the scene shows a maze of dark gray wall blocks with a small green round robot, colored diamond-shaped key tags with brass keys, and colored hollow square door frames. Find the Blue key and then navigate to the matching Blue door, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, colored diamond-shaped keys, and colored hollow rectangular doors. Find the Blue key and then navigate to the matching Blue door, showing the complete movement process step by step.",G-45,00000,selected,warehouse_floor,,1024,1024,10.0,61,,acdc837c91092eae614c4e31b43dad1b21dd44d050ede78a3953a0a03fe66b18,582f863c06435dc954abe99a46396e759a0de05ba63fc67a9524ccdfdc446a11 | |
| videos/G-45/00001/selected/video.mp4,"On a tiled archive floor, the scene shows a maze of dark gray wall blocks with a small green round robot, colored diamond-shaped key tags with brass keys, and colored hollow square door frames. Find the Red key and then navigate to the matching Red door, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, colored diamond-shaped keys, and colored hollow rectangular doors. Find the Red key and then navigate to the matching Red door, showing the complete movement process step by step.",G-45,00001,selected,warehouse_floor,,1024,1024,10.0,47,,9350baf0cede91d9364d00add0bd318855d8d4e9d14d3c91c982ee2183616c0a,79410fecbf2cb26c4d0a11a468d3c28a965d681a0964667f969d64f886bb440e | |
| videos/G-45/00002/selected/video.mp4,"On a tiled archive floor, the scene shows a maze of dark gray wall blocks with a small green round robot, colored diamond-shaped key tags with brass keys, and colored hollow square door frames. Find the Yellow key and then navigate to the matching Yellow door, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, colored diamond-shaped keys, and colored hollow rectangular doors. Find the Yellow key and then navigate to the matching Yellow door, showing the complete movement process step by step.",G-45,00002,selected,warehouse_floor,,1024,1024,10.0,47,,ebccbe0e8cac208b5f7c126f242cbacab313f56b56f58f97100777d042957e02,79410fecbf2cb26c4d0a11a468d3c28a965d681a0964667f969d64f886bb440e | |
| videos/G-45/00003/selected/video.mp4,"On a tiled archive floor, the scene shows a maze of dark gray wall blocks with a small green round robot, colored diamond-shaped key tags with brass keys, and colored hollow square door frames. Find the Red key and then navigate to the matching Red door, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, colored diamond-shaped keys, and colored hollow rectangular doors. Find the Red key and then navigate to the matching Red door, showing the complete movement process step by step.",G-45,00003,selected,warehouse_floor,,1024,1024,16.0,85,,508f6fabfc7bb26e4fa6220f2c1101740d39550c1390b0ccdcf05289680996d1,0472e222634f618ca014ca00a7b844f192d4122ea28495f755607c07836baacd | |
| videos/G-45/00004/selected/video.mp4,"On a tiled archive floor, the scene shows a maze of dark gray wall blocks with a small green round robot, colored diamond-shaped key tags with brass keys, and colored hollow square door frames. Find the Blue key and then navigate to the matching Blue door, showing the complete movement process step by step.","The scene shows a maze with a green circular agent, colored diamond-shaped keys, and colored hollow rectangular doors. Find the Blue key and then navigate to the matching Blue door, showing the complete movement process step by step.",G-45,00004,selected,warehouse_floor,,1024,1024,10.0,58,,d5fbc250cd53506f761ec72d063cc89d47442088a467ed91e144361ec25298c1,a7b9362ad461b3093a5ee44a03c673a14ac4fcc43ca88c70490cea5e8d34c355 | |
| videos/G-131/00000/selected/video.mp4,"On a bakery table, a back row of blue baking tins is arranged from smallest to largest. Circle the next tin in the front candidate area that continues this pattern.",A sequence of shapes arranged from smallest to largest. Circle the next shape in the candidate area that continues this pattern.,G-131,00000,selected,bakery_bench,,1024,1024,30.0,60,,1bb65b80354bede12103be15d6c954b606fd5521dfb2d23a6731ce17f86c26ec,7a3c477f8693e24a76999516c31c8213295da10ec470307f681de5a1d800afda | |
| videos/G-131/00001/selected/video.mp4,"On a bakery table, a back row of mixed-colour baking tins is arranged from smallest to largest. Circle the next tin in the front candidate area that continues this pattern.",A sequence of shapes arranged from smallest to largest. Circle the next shape in the candidate area that continues this pattern.,G-131,00001,selected,bakery_bench,,1024,1024,30.0,60,,e5e83967367d558ceaa14de8866e77d0318314affa3eaa8eebd88cf52570020d,e615c14273ef2defe1847401b3e5188170667d6973eb1953401ea327e155cd6b | |
| videos/G-131/00002/selected/video.mp4,"On a bakery table, a back row of blue baking tins is arranged from smallest to largest. Circle the next tin in the front candidate area that continues this pattern.",A sequence of shapes arranged from smallest to largest. Circle the next shape in the candidate area that continues this pattern.,G-131,00002,selected,bakery_bench,,1024,1024,30.0,60,,514aa61436d7c8cb185ea946136c9b33a58cb8a0fa250066f2b1de76077c7d65,4e5325ba50ceece65dfc6306a6bfed5356298bec8ea02027c17763114f9cdb65 | |
| videos/G-131/00003/selected/video.mp4,"On a bakery table, a back row of blue baking tins is arranged from smallest to largest. Circle the next tin in the front candidate area that continues this pattern.",A sequence of shapes arranged from smallest to largest. Circle the next shape in the candidate area that continues this pattern.,G-131,00003,selected,bakery_bench,,1024,1024,30.0,60,,f5d4c487e41f5d94f403f92668500103dd58848bdbae9c132e9d9df39f8f44c0,29847c33fe6ce6f6bbfa3a22be73d47110fbf7ddfe1a1ba939cca54630df7cd7 | |
| videos/G-131/00004/selected/video.mp4,"On a bakery table, a back row of mixed-colour baking tins is arranged from smallest to largest. Circle the next tin in the front candidate area that continues this pattern.",A sequence of shapes arranged from smallest to largest. Circle the next shape in the candidate area that continues this pattern.,G-131,00004,selected,bakery_bench,,1024,1024,30.0,60,,ae82356cdedd13493bb8a79da4434e29cce285c2532ba5e6f17577845d4a99b6,0e3687e3d86fc12bbd51c24e623108ddbab00690bc1d064fd91a95f2c0a1840a | |
| videos/G-134/00000/selected/video.mp4,"On a bakery work table, baking dishes at the back are arranged in a 'big-small-big' pattern. Circle the next dish in the candidate area at the front that continues this 'big-small-big-small' pattern.",A sequence of shapes arranged in a 'big-small-big' pattern. Circle the next shape in the candidate area that continues this 'big-small-big-small' pattern.,G-134,00000,selected,bakery_bench,,1024,1024,30.0,60,,626ca1f9b525e21ba812f580a3dd4de1ae401ccb8355ed4fd01b31c03e51b6da,ca9dffac6277727d8642dac392a8c965317d63bb135ab7aa5845df70d7825d2a | |
| videos/G-134/00001/selected/video.mp4,"On a bakery work table, baking dishes at the back are arranged in a 'big-small-big' pattern. Circle the next dish in the candidate area at the front that continues this 'big-small-big-small' pattern.",A sequence of shapes arranged in a 'big-small-big' pattern. Circle the next shape in the candidate area that continues this 'big-small-big-small' pattern.,G-134,00001,selected,bakery_bench,,1024,1024,30.0,60,,1ae0d8566088140ab24b9688052209b4e9e0f649aaf0ce9b091c52a8d08fdbd0,b3c8793c66e461ebd5dbd8a3ad92430f3d3f72b292fed44fb5d7be924e1d2866 | |
| videos/G-134/00002/selected/video.mp4,"On a bakery work table, baking dishes at the back are arranged in a 'big-small-big' pattern. Circle the next dish in the candidate area at the front that continues this 'big-small-big-small' pattern.",A sequence of shapes arranged in a 'big-small-big' pattern. Circle the next shape in the candidate area that continues this 'big-small-big-small' pattern.,G-134,00002,selected,bakery_bench,,1024,1024,30.0,60,,488cbf49ac96573acaf2d4cbcdf1bd37b0dcadc92b709ca1c85130c34dde3751,739feb107d83a21f9909b3efa2f47a09037b8d27723395104e79ce5ed6fa01ad | |
| videos/G-134/00003/selected/video.mp4,"On a bakery work table, baking dishes at the back are arranged in a 'big-small-big' pattern. Circle the next dish in the candidate area at the front that continues this 'big-small-big-small' pattern.",A sequence of shapes arranged in a 'big-small-big' pattern. Circle the next shape in the candidate area that continues this 'big-small-big-small' pattern.,G-134,00003,selected,bakery_bench,,1024,1024,30.0,60,,2b59c08d9e0236a2fb77dc9583b877ea2d1fc0538241a43950761bde68fe428e,6fbc29c0c55633088a24be5007c1c95cc00415c5847a668a145760b9bedab716 | |
| videos/G-134/00004/selected/video.mp4,"On a bakery work table, baking dishes at the back are arranged in a 'big-small-big' pattern. Circle the next dish in the candidate area at the front that continues this 'big-small-big-small' pattern.",A sequence of shapes arranged in a 'big-small-big' pattern. Circle the next shape in the candidate area that continues this 'big-small-big-small' pattern.,G-134,00004,selected,bakery_bench,,1024,1024,30.0,60,,1217ae3e899faeef6222a7e4033ce09a58be4a7c1708a48e1fa15da7ef31e9a6,e061cc297531018b765aa24cd4bc3ee4fbdf80b24feb0adaf4ff342c5afbfd14 | |
| videos/G-138/00000/selected/video.mp4,"On a dark padded floor mat at the foot of a climbing wall, the initial state displays multiple rounded climbing holds of different colors and sizes. Exactly one color is unique (appears only once), while other colors appear at least twice. The animation shows the process of identifying and marking the hold with the unique color with a red outline.","The initial state displays multiple geometric shapes with different colors and shapes. Exactly one color is unique (appears only once), while other colors appear at least twice. The animation shows the process of identifying and marking the unique color shape with a black border.",G-138,00000,selected,climb_wall,,1024,1024,30.0,39,,da76f66e1d7e1a7017bcab936cb1393a2344b5f018fc1849059fa3d3c6286584,0aced65498dede613a68e78c593c85ce64da6b87a382caef34e9dd1ae2e68fc2 | |
| videos/G-138/00001/selected/video.mp4,"On a dark padded floor mat at the foot of a climbing wall, the initial state displays multiple rounded climbing holds of different colors and sizes. Exactly one color is unique (appears only once), while other colors appear at least twice. The animation shows the process of identifying and marking the hold with the unique color with a red outline.","The initial state displays multiple geometric shapes with different colors and shapes. Exactly one color is unique (appears only once), while other colors appear at least twice. The animation shows the process of identifying and marking the unique color shape with a black border.",G-138,00001,selected,climb_wall,,1024,1024,30.0,39,,0d6ac7363cf215599aeb40198e3b2c4a65b9de7c40818b1ae5184ede84b0a29e,727f2c5049203b9df8d1547b6aec5076a6dfe026f0e2c6c5dafcf2066e4a0e05 | |
| videos/G-138/00002/selected/video.mp4,"The dark padded floor mat at the foot of a climbing wall contains multiple rounded climbing holds of different colors and sizes. Exactly one color appears only once, while other colors appear at least twice. Please identify and mark the hold with the unique color with a red outline.","The canvas contains multiple geometric shapes with different colors and shapes. Exactly one color appears only once, while other colors appear at least twice. Please identify and mark the shape with the unique color with a black border.",G-138,00002,selected,climb_wall,,1024,1024,30.0,39,,1474a0098e11ce5ef328ac6799481e26c36e477d3e0251d262029537bd7db07d,642e0990ece7084738b388d67ce2ed3aca84296326ac0fcbfc7915a377901db6 | |
| videos/G-138/00003/selected/video.mp4,"The dark padded floor mat at the foot of a climbing wall contains multiple rounded climbing holds of different colors and sizes. Exactly one color appears only once, while other colors appear at least twice. Please identify and mark the hold with the unique color with a red outline.","The canvas contains multiple geometric shapes with different colors and shapes. Exactly one color appears only once, while other colors appear at least twice. Please identify and mark the shape with the unique color with a black border.",G-138,00003,selected,climb_wall,,1024,1024,30.0,39,,277512b3ee83352ba860816882a7e5538b8fac48e7e44633be11537984043d34,043d68608dd05e1f38881104aaec5e2fe747611c8680a65ac1eef2a9316cba02 | |
| videos/G-138/00004/selected/video.mp4,Multiple rounded climbing holds of different colors are scattered at random on a dark padded floor mat at the foot of a climbing wall. Please identify the hold whose color appears only once and mark it with a red outline.,"Multiple geometric shapes (possibly circles, rectangles, triangles, or polygons) are randomly generated on the canvas with different colors. Please identify the shape whose color appears only once and mark it with a black border.",G-138,00004,selected,climb_wall,,1024,1024,30.0,39,,25424a14d33a2e84d9ce8bb3decc98ed1ec2b15619936bfff3d5ca72a24329ce,5f814300b7ac82333ad8329b3d564ab57bfcd2b71258dc0e82b8fd487dd0e4b8 | |
| videos/G-158/00000/selected/video.mp4,"On a pale plumbing inspection table, find all the hollow pipe fittings and mark them. Solid fittings are closed end caps, hollow fittings are open collars with a hole through the centre. Circle every hollow fitting you find.","Find all the empty/outlined circles and mark them. Solid points are filled black, hollow points are white with black outline. Circle every hollow point you find.",G-158,00000,selected,,,1024,1024,10.0,76,,127c1e36bc7271cdf99f972cc2f3189608df0314125681bb5803fd63e64942ff,10ae5504bbfd6057d5199730138a04918b5868d8fba90d95b6932f4f7df68c52 | |
| videos/G-158/00001/selected/video.mp4,"On a pale plumbing inspection table, your task is to identify all hollow pipe fittings. These are black fittings that are not capped shut (an open collar with a hole through the centre). Circle each hollow fitting with a red ring.",Your task is to identify all hollow points. These are circles that are not filled in (white interior with black border). Circle each hollow point with a red ring.,G-158,00001,selected,,,1024,1024,10.0,136,,2e8d4a10378895455707bf0f5e685331e6e11bc062c75563bc1e61ae55584a36,1a63f05dbd932ec852f63ce77caaaa9b7276dd261d41ce24c1d133361ace01e1 | |
| videos/G-158/00002/selected/video.mp4,"On a pale plumbing inspection table, your task is to identify all hollow pipe fittings. These are black fittings that are not capped shut (an open collar with a hole through the centre). Circle each hollow fitting with a red ring.",Your task is to identify all hollow points. These are circles that are not filled in (white interior with black border). Circle each hollow point with a red ring.,G-158,00002,selected,,,1024,1024,10.0,76,,04f5086a6d94b8eb748c401dbdfcaca7a347b65e839fb728aa1f096f46060ac1,2e76321130225d3de84514c966c931988d4b9ee7f6e02404f5f43cb0429dc537 | |
| videos/G-158/00003/selected/video.mp4,"On a pale plumbing inspection table, your task is to identify all hollow pipe fittings. These are black fittings that are not capped shut (an open collar with a hole through the centre). Circle each hollow fitting with a red ring.",Your task is to identify all hollow points. These are circles that are not filled in (white interior with black border). Circle each hollow point with a red ring.,G-158,00003,selected,,,1024,1024,10.0,46,,d8eefcea477feb767a04cc6cf39a7e95c82b81bf22e7bd91e965aef71166227b,e88aa33d2c20521049fdaa84884f2e4913df3330325d07e3075262aa11b911d0 | |
| videos/G-158/00004/selected/video.mp4,"On a pale plumbing inspection table, your task is to identify all hollow pipe fittings. These are black fittings that are not capped shut (an open collar with a hole through the centre). Circle each hollow fitting with a red ring.",Your task is to identify all hollow points. These are circles that are not filled in (white interior with black border). Circle each hollow point with a red ring.,G-158,00004,selected,,,1024,1024,10.0,61,,c2de407594ba28aae3f891d3fdf4820f519cb02c4a13926c3bafa7a0b59dadde,907c9cff980a9b740875120148d2f0014a57dbe33e13aa3b246f4edef6e421a7 | |
| videos/O-15/00000/selected/video.mp4,"On a square billiard table with green felt, animate a moderate bounce sequence. The black billiard ball should start from its initial position following the direction of the pale velocity arrow on the felt, demonstrate 4-5 bounces, creating an interesting path across the cushioned table. Stop after the 5th bounce.","Animate a moderate bounce sequence. The ball should start from the initial position following the velocity arrow direction, demonstrate 4-5 bounces, creating an interesting path across the bounded area. Stop after the 5th bounce.",O-15,00000,selected,,,1024,1024,10.0,50,,28cdd1023b32c834ff3889ae9dc41f6409f801c627d7084ef739f6b6a43efff3,240fe226f95467fbe06814265f84f655549d8d8aa42f39a15a7cc92f08a5e34a | |
| videos/O-15/00001/selected/video.mp4,"On a square billiard table with green felt, animate a straightforward bounce path. The black billiard ball starts at its initial position, follows the direction of the pale velocity arrow on the felt, and bounces 2-3 times off the cushions. Stop after the 2nd bounce.","Animate a straightforward bounce path. The ball starts at the initial position, follows the initial velocity arrow direction, and bounces 2-3 times off the walls. Stop after the 2nd bounce.",O-15,00001,selected,,,1024,1024,10.0,50,,ffa395171bc4e4eaa0be5128f5870cb139128b0b042fb11d004c073af1cd2a6f,bbd510d9b77eae1f634596b4b42870b6e8cbb3563397912df3c5a40a5f25eb96 | |
| videos/O-15/00002/selected/video.mp4,"On a square billiard table with green felt, show a simple bounce trajectory with 2-3 bounces. The black billiard ball should move smoothly from its start position following the pale velocity arrow on the felt, bounce off the cushions, and display a clear path. Stop after the 3rd bounce.","Show a simple bounce trajectory with 2-3 bounces. The ball should move smoothly from start following the initial velocity arrow, bounce off the walls, and display a clear path. Stop after the 3rd bounce.",O-15,00002,selected,,,1024,1024,10.0,50,,7695c1b3dd48467794e4a96879ccf78be3bb18a1408d43b535fc2428e0213b7d,a5a7d2c7ba23508ae7f28111e590aff9efd3263110e69eb7ea48cc403c806cd1 | |
| videos/O-15/00003/selected/video.mp4,"On a square billiard table with green felt, generate a medium-complexity bounce trajectory with 4-5 bounces. Starting from its initial position with the pale velocity arrow on the felt, show the black billiard ball's path as it bounces multiple times off different cushions. Stop after the 5th bounce.","Generate a medium-complexity bounce trajectory with 4-5 bounces. Starting from the initial position with the velocity arrow, show the ball's path as it bounces multiple times off different walls. Stop after the 5th bounce.",O-15,00003,selected,,,1024,1024,10.0,50,,8e756f377db351200b83e23f68d76eae19bffc5d0cfcf7e1490477a22b36c697,b489bb8e33ef3c7f4addbb398361188247753d3c91e2a47ccfb45483b97f2903 | |
| videos/O-15/00004/selected/video.mp4,"On a square billiard table with green felt, animate a moderate bounce sequence. The black billiard ball should start from its initial position following the direction of the pale velocity arrow on the felt, demonstrate 4-5 bounces, creating an interesting path across the cushioned table. Stop after the 5th bounce.","Animate a moderate bounce sequence. The ball should start from the initial position following the velocity arrow direction, demonstrate 4-5 bounces, creating an interesting path across the bounded area. Stop after the 5th bounce.",O-15,00004,selected,,,1024,1024,10.0,50,,78bcc95662805b68d4cb9d60840b946b9561b155405787b53061920f76e3d985,121fc417c02e52b540495d55c77c2dbce1972ff1adf0a71539d00398ca14c13e | |
| videos/O-47/00000/selected/video.mp4,"On a grey concrete floor, numbered blue square pallets with black knob handles sit in a 3x3 grid of yellow floor-tape bays. Complete this sliding puzzle. The goal is to arrange the numbered pallets in grid order (filling each row from left to right, with rows from top to bottom), with the empty bay at the bottom-right corner. | |
| Rules: Only pallets adjacent to the empty bay can be moved. Slide one pallet per move into the empty bay. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.","Complete this sliding puzzle. The goal is to arrange the numbered tiles in grid order (filling each row from left to right, with rows from top to bottom), with the empty space at the bottom-right corner. | |
| Rules: Only tiles adjacent to the empty space can be moved. Slide one tile per move into the empty space. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.",O-47,00000,selected,warehouse_floor,,1024,1024,10.0,50,,d1a4ddfcd44f46299e976976a58c236e46d8bf45697760620c5ccf72a9790f4e,327f69dc11b4f6d01b948b2ecc925902646b0fcbdf9e8bf3f1b77a656413f637 | |
| videos/O-47/00001/selected/video.mp4,"On a grey concrete floor, numbered blue square pallets with black knob handles sit in a 3x3 grid of yellow floor-tape bays. Complete this sliding puzzle. The goal is to arrange the numbered pallets in grid order (filling each row from left to right, with rows from top to bottom), with the empty bay at the bottom-right corner. | |
| Rules: Only pallets adjacent to the empty bay can be moved. Slide one pallet per move into the empty bay. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.","Complete this sliding puzzle. The goal is to arrange the numbered tiles in grid order (filling each row from left to right, with rows from top to bottom), with the empty space at the bottom-right corner. | |
| Rules: Only tiles adjacent to the empty space can be moved. Slide one tile per move into the empty space. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.",O-47,00001,selected,warehouse_floor,,1024,1024,10.0,50,,571a3076f6870b4afcb3deefe7ecb2518da1a4944c22ac2c2422d6953e7ac9d5,d13595b38c726338d2d1b67e36c2357f3479adbd8fed408a234b9ee58f47bf67 | |
| videos/O-47/00002/selected/video.mp4,"On a grey concrete floor, numbered blue square pallets with black knob handles sit in a 3x3 grid of yellow floor-tape bays. Complete this sliding puzzle. The goal is to arrange the numbered pallets in grid order (filling each row from left to right, with rows from top to bottom), with the empty bay at the bottom-right corner. | |
| Rules: Only pallets adjacent to the empty bay can be moved. Slide one pallet per move into the empty bay. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.","Complete this sliding puzzle. The goal is to arrange the numbered tiles in grid order (filling each row from left to right, with rows from top to bottom), with the empty space at the bottom-right corner. | |
| Rules: Only tiles adjacent to the empty space can be moved. Slide one tile per move into the empty space. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.",O-47,00002,selected,warehouse_floor,,1024,1024,10.0,50,,678ebe492ca065cd43069bc5aa47fe850f4c3eecc4e751277d3ee9448782beb1,f6eada2964ac4f265346fe8a5406556abcd6622bb15c11d0cd0db6a5d17985e0 | |
| videos/O-47/00003/selected/video.mp4,"On a grey concrete floor, numbered blue square pallets with black knob handles sit in a 3x3 grid of yellow floor-tape bays. Complete this sliding puzzle. The goal is to arrange the numbered pallets in grid order (filling each row from left to right, with rows from top to bottom), with the empty bay at the bottom-right corner. | |
| Rules: Only pallets adjacent to the empty bay can be moved. Slide one pallet per move into the empty bay. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.","Complete this sliding puzzle. The goal is to arrange the numbered tiles in grid order (filling each row from left to right, with rows from top to bottom), with the empty space at the bottom-right corner. | |
| Rules: Only tiles adjacent to the empty space can be moved. Slide one tile per move into the empty space. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.",O-47,00003,selected,warehouse_floor,,1024,1024,10.0,50,,2280049c9b6fbfa41518154dce527f3c4efb2a7148dd8baeb91893996fce7067,dde7f750f6e0d4bf18e2c130cc1d43f4f38a02eece8500cdf5a9b9ae146ec9e9 | |
| videos/O-47/00004/selected/video.mp4,"On a grey concrete floor, numbered blue square pallets with black knob handles sit in a 3x3 grid of yellow floor-tape bays. Complete this sliding puzzle. The goal is to arrange the numbered pallets in grid order (filling each row from left to right, with rows from top to bottom), with the empty bay at the bottom-right corner. | |
| Rules: Only pallets adjacent to the empty bay can be moved. Slide one pallet per move into the empty bay. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.","Complete this sliding puzzle. The goal is to arrange the numbered tiles in grid order (filling each row from left to right, with rows from top to bottom), with the empty space at the bottom-right corner. | |
| Rules: Only tiles adjacent to the empty space can be moved. Slide one tile per move into the empty space. | |
| Complete in exactly 5 moves. | |
| Do not make extra moves. Keep the camera view fixed and maintain the grid structure unchanged.",O-47,00004,selected,warehouse_floor,,1024,1024,10.0,50,,231b4a9a0b51a39c4369fa9129403d89f20100d9e6976fdd8bd05f3414a9860b,a9e66c6793593ed3eedca60c2c6b8283e2b85d4ce137f9041b0de7895be52b39 | |
| videos/G-135/00000/selected/video.mp4,"On a warehouse floor in front of storage shelves, a row of blue taped boxes is arranged in a 'small-big-small' pattern. Circle the next item in the candidate area on the nearer floor that continues this 'small-big-small-big' pattern.",A sequence of shapes arranged in a 'small-big-small' pattern. Circle the next shape in the candidate area that continues this 'small-big-small-big' pattern.,G-135,00000,selected,warehouse_floor,,1024,1024,30.0,60,,9c2c250fc7ad0682f8a2a0046c12a60e20b5a5efc146a0c161e61872634fa9d4,14f0f10c9102b4d3adc20c6a4f242e536b22a4a7dc04864076fa277bb96a9d64 | |
| videos/G-135/00001/selected/video.mp4,"On a warehouse floor in front of storage shelves, a row of plastic crates in red, green and blue is arranged in a 'small-big-small' pattern. Circle the next item in the candidate area on the nearer floor that continues this 'small-big-small-big' pattern.",A sequence of shapes arranged in a 'small-big-small' pattern. Circle the next shape in the candidate area that continues this 'small-big-small-big' pattern.,G-135,00001,selected,warehouse_floor,,1024,1024,30.0,60,,51862d44c813f1e574f76df4749beff461bb1e539c28475e1fd59937625bf6ce,f17f0e12fb50b2b96550840e7395dedc3567e8849e99c4a2836ad6b5f46c86c1 | |
| videos/G-135/00002/selected/video.mp4,"On a warehouse floor in front of storage shelves, a row of blue taped boxes is arranged in a 'small-big-small' pattern. Circle the next item in the candidate area on the nearer floor that continues this 'small-big-small-big' pattern.",A sequence of shapes arranged in a 'small-big-small' pattern. Circle the next shape in the candidate area that continues this 'small-big-small-big' pattern.,G-135,00002,selected,warehouse_floor,,1024,1024,30.0,60,,b2d15f31dcedf44a5d370ba17d23f7ffa6a3e56284b6e6e5374bba504c486cf3,42dddb16f3488292d74b3c039283dd32b0415cbc67b9bb409bec3b913788acd9 | |
| videos/G-135/00003/selected/video.mp4,"On a warehouse floor in front of storage shelves, a row of blue taped boxes is arranged in a 'small-big-small' pattern. Circle the next item in the candidate area on the nearer floor that continues this 'small-big-small-big' pattern.",A sequence of shapes arranged in a 'small-big-small' pattern. Circle the next shape in the candidate area that continues this 'small-big-small-big' pattern.,G-135,00003,selected,warehouse_floor,,1024,1024,30.0,60,,66d56ce282e5796db19f9058e0f3fd78901573d594dd842dc7955e5132886e0f,c870188ab7260933e41e351e774fa0341955073f78a8a74eaa9ec3df8f64e82e | |
| videos/G-135/00004/selected/video.mp4,"On a warehouse floor in front of storage shelves, a row of blue plastic crates is arranged in a 'small-big-small' pattern. Circle the next item in the candidate area on the nearer floor that continues this 'small-big-small-big' pattern.",A sequence of shapes arranged in a 'small-big-small' pattern. Circle the next shape in the candidate area that continues this 'small-big-small-big' pattern.,G-135,00004,selected,warehouse_floor,,1024,1024,30.0,60,,b9e043601dcba79796ad5be3311b739072df8cd23109069c0bbca035c5f3c382,4074998deccb856f8e250ab78107242ef3ff3d1733a40d1351221ba165d498e3 | |
| videos/G-136/00000/revised/video.mp4,"On a workshop bench, two closed loops of coloured marking tape (possibly circles, rectangles, triangles, or polygons) are laid out at random and overlap partially. Some LEGO bricks are scattered across the bench; circle those that fall within the overlapping region of the two taped loops.","Two geometric shapes (possibly circles, rectangles, triangles, or polygons) are randomly generated on the canvas and overlap partially. Some points are scattered in the image; circle those that fall within the overlapping region of the two shapes.",G-136,00000,revised,workshop_bench,,1024,1024,30.0,69,,75b3e2b3d71de3bf6b3bc7f146ee6bbf049eb018ff6d640bb6d7c3c1cf481fb3,33e67a801f2882422432a265180ff9de49e60bb9ad4700edf6569c5db786ee86 | |
| videos/G-136/00001/revised/video.mp4,"On a workshop bench are two closed loops of marking tape of different colors and forms, a blue rectangle and a pale yellow many-sided loop, that partially overlap. Some LEGO bricks are scattered across the bench; identify and circle those located in the overlapping region of the two taped loops.",On the canvas are two geometric shapes of different colors and forms that partially overlap. Some points are scattered in the image; identify and circle those located in the overlapping region of the two shapes.,G-136,00001,revised,workshop_bench,,1024,1024,30.0,69,,39a9df3121af663b25dc387ab011213a9a0934f740a792a256563288c162ccb6,79c2dd7486a2148334debd32b0d47de8eb2c6ba399a4819446356e589a05ad77 | |
| videos/G-136/00002/revised/video.mp4,The workshop bench shows two closed loops of coloured marking tape overlapping each other. Several LEGO bricks are scattered about; find and circle the ones situated in the overlapping area of the two taped loops.,The image shows two semi-transparent geometric shapes overlapping each other. Several black points are scattered about; find and circle the ones situated in the overlapping area.,G-136,00002,revised,workshop_bench,,1024,1024,30.0,69,,58901645464c081980958d6c343453fa76146b688db4a5178f09080ae1302f23,6f7c4b759ca0a4250d26a52b9c2f71bfcb85603cc61ec625f9f8357d1758e858 | |
| videos/G-136/00003/revised/video.mp4,"On a workshop bench are two closed loops of marking tape of different colors and forms, a lilac rectangle and a pink triangle, that partially overlap. Some LEGO bricks are scattered across the bench; identify and circle those located in the overlapping region of the two taped loops.",On the canvas are two geometric shapes of different colors and forms that partially overlap. Some points are scattered in the image; identify and circle those located in the overlapping region of the two shapes.,G-136,00003,revised,workshop_bench,,1024,1024,30.0,69,,9dce3afafb9c2380235d3862f17e8ff9d62f52163f6bf55caeeecfb8a7316f13,8ab93d7f7f93ac0802e8a5d05721303a3c6c44d0c2660c599f8995a76ef5a087 | |
| videos/G-136/00004/revised/video.mp4,The workshop bench shows two closed loops of coloured marking tape overlapping each other. Several LEGO bricks are scattered about; find and circle the ones situated in the overlapping area of the two taped loops.,The image shows two semi-transparent geometric shapes overlapping each other. Several black points are scattered about; find and circle the ones situated in the overlapping area.,G-136,00004,revised,workshop_bench,,1024,1024,30.0,69,,e250bc2ab4c763901e9755d39f2d9b87bb8f34540d42fb1e2d083a352a8215ef,38506857ae1956551e6e23c9d2f59e82a37dc589518d7f7ebab310fe2cac632f | |
| videos/G-140/00000/revised/video.mp4,"A stretched canvas hangs on a studio wall, with a small paintbrush at hand. Multiple flat painted shapes partially overlap. Outline the topmost (unobscured) painted shape.",Multiple shapes partially overlap. Outline the topmost (unobscured) shape.,G-140,00000,revised,studio_wall,,1024,1024,30.0,75,,61432b2cd4a1828a27aff2fb4d0585baee963b796931a37c19e8029a7c4f0773,f667a362fc03ae747d7c8d413d33a1b919d4467eeac9d0470055589db61098f8 | |
| videos/G-140/00001/revised/video.mp4,"A stretched canvas hangs on a studio wall, with a small paintbrush at hand. Multiple flat painted shapes partially overlap. Outline the topmost (unobscured) painted shape.",Multiple shapes partially overlap. Outline the topmost (unobscured) shape.,G-140,00001,revised,studio_wall,,1024,1024,30.0,75,,30e7299790d8050e029cc2467be4433562e9231dc7c109277244673aac64f761,d01b83ea2452a95a7c3ef8aa80e8d126f0a333aedd3063ff4dc579201f5e7f3b | |
| videos/G-140/00002/revised/video.mp4,"A stretched canvas hangs on a studio wall, with a small paintbrush at hand. Multiple flat painted shapes partially overlap. Identify the topmost (unobscured) painted triangle and outline it.",Multiple shapes partially overlap. Identify the topmost (unobscured) triangle and outline it.,G-140,00002,revised,studio_wall,,1024,1024,30.0,75,,6dd2fb042a64903a89007eed5223fc4a635a1140de539930630331107d8a1515,efd721096f1410950c4f88e7987e2d1bf49ff81239f23e32a3a7c0040798123b | |
| videos/G-140/00003/revised/video.mp4,"A stretched canvas hangs on a studio wall, with a small paintbrush at hand. Multiple flat painted shapes partially overlap. Outline the topmost (unobscured) painted shape.",Multiple shapes partially overlap. Outline the topmost (unobscured) shape.,G-140,00003,revised,studio_wall,,1024,1024,30.0,75,,747ef1c879c63ad7a439844993b4ef107a7e04cceffb0eb5b4ed441322bc566b,c091f4a916306432682ad750576591f2d49946fc764c90cdfaf8bd1e1fcbdcd4 | |
| videos/G-140/00004/revised/video.mp4,"A stretched canvas hangs on a studio wall, with a small paintbrush at hand. Multiple flat painted shapes partially overlap. Outline the topmost (unobscured) painted shape.",Multiple shapes partially overlap. Outline the topmost (unobscured) shape.,G-140,00004,revised,studio_wall,,1024,1024,30.0,75,,f8a16553411b0e58ca6eb6cb5f731f83af6e3353e0bc3a7c398b1e3c2d00ec08,22fe9e147531e242641a53f761d1d70742e44f9c7290f0e577596ab7f331d569 | |
| videos/G-147/00000/revised/video.mp4,"On a white kitchen countertop stands a group of three blue kitchen containers with white lids, all of consistent size. Circle the only one that is different.","A group of shapes with consistent size, circle the only one that is different.",G-147,00000,revised,kitchen_counter,,1024,1024,30.0,60,,f14f93cb5104d3086303db050b90df96a0292adb624f31928bbf8e8147a767e8,893fdd00b604ff53364fb210f05c3a0e1d17ac557c6998895cd45fc0fdfb8208 | |
| videos/G-147/00001/revised/video.mp4,"On a white kitchen countertop stands a group of five blue kitchen containers with white lids, all of consistent size. Circle the only one that is different.","A group of shapes with consistent size, circle the only one that is different.",G-147,00001,revised,kitchen_counter,,1024,1024,30.0,60,,088bb4e4af4aebe7866f8c165380a2e2279d9acf7866ff4c74bed58b9e0f6ee8,401a2485c566874ac6a878e6c34fdc665a701cc61a9968ac14cd936a7e4a5dd2 | |
| videos/G-147/00002/revised/video.mp4,"On a white kitchen countertop stands a group of three blue kitchen containers with white lids, all of consistent size. Circle the only one that is different.","A group of shapes with consistent size, circle the only one that is different.",G-147,00002,revised,kitchen_counter,,1024,1024,30.0,60,,c12df527013ae222702ae31ed7dd42319c23eee3376ec489df0c57bba08f033b,a6fc86473415c03044d734656de5857482030d6582ac43840e613da127318b75 | |
| videos/G-147/00003/revised/video.mp4,"On a white kitchen countertop stands a group of five blue kitchen containers with white lids, all of consistent size. Circle the only one that is different.","A group of shapes with consistent size, circle the only one that is different.",G-147,00003,revised,kitchen_counter,,1024,1024,30.0,60,,6b76fe1dcac1b55a2b461517fe665d5f155e0b8f85f2b688956cd093136e441a,9dea3185db407d808a2b31f4449f069f8b0c3187b8338e3334b9a681c8104c59 | |
| videos/G-147/00004/revised/video.mp4,"On a white kitchen countertop stands a group of five blue kitchen containers with white lids, all of consistent size. Circle the only one that is different.","A group of shapes with consistent size, circle the only one that is different.",G-147,00004,revised,kitchen_counter,,1024,1024,30.0,60,,0c95d213af783c8739b9b88731caa7750bd039f4bf4c168a9b7358f575a1f332,63a82e88226aa3691fd26b5925e22876c2989b4e599518cbd14b0bfa7ed34b48 | |
| videos/G-160/00000/revised/video.mp4,"On a concrete warehouse floor, several white platform scales stand, each loaded with dark weights and showing a number on its front display. There are multiple numbers on the scale displays, circle the one with the largest value.","There are multiple numbers on the screen, circle the one with the largest value",G-160,00000,revised,warehouse_floor,,1024,1024,30.0,80,,d020a6464f0ec3fa9cf047f7c7623c124574ea69d25b060dd91e0abbda3cef11,cf0c477689ce56fe57effefe72c1f8b915a3254a2552a702b3c11e0c1559047b | |
| videos/G-160/00001/revised/video.mp4,"On a concrete warehouse floor, several white platform scales stand, each loaded with dark weights and showing a number on its front display. There are multiple numbers on the scale displays, circle the one with the largest value.","There are multiple numbers on the screen, circle the one with the largest value",G-160,00001,revised,warehouse_floor,,1024,1024,30.0,80,,5e7c3a9ecfb3dd5329d1bc5a8bcb8675d7bc3c1d81c634db899f86f07ea574bc,ce07824cdc12e8cbc0434401de616ec966bb6d16005137dae61d9129717d4be1 | |
| videos/G-160/00002/revised/video.mp4,"On a concrete warehouse floor, several white platform scales stand, each loaded with dark weights and showing a number on its front display. There are multiple numbers on the scale displays, circle the one with the largest value.","There are multiple numbers on the screen, circle the one with the largest value",G-160,00002,revised,warehouse_floor,,1024,1024,30.0,80,,5f06f6a74a7b66bf928e94ea5df075cdcf38ef7e160d523d96169b2375f9b43d,e131fb9218eb2e07ef21230449e27c164bee262743ca986c222a74e7d1e7f447 | |
| videos/G-160/00003/revised/video.mp4,"On a concrete warehouse floor, several white platform scales stand, each loaded with dark weights and showing a number on its front display. There are multiple numbers on the scale displays, circle the one with the largest value.","There are multiple numbers on the screen, circle the one with the largest value",G-160,00003,revised,warehouse_floor,,1024,1024,30.0,80,,8451fc929a4275355dddbcb287e36b5e685e70b9dbe4ce5edc5d27157bdb7ea6,607e9a00c4a10aeb89d3dcd0014effca38d48242dfd314feb961051d56a85609 | |
| videos/G-160/00004/revised/video.mp4,"On a concrete warehouse floor, several white platform scales stand, each loaded with dark weights and showing a number on its front display. There are multiple numbers on the scale displays, circle the one with the largest value.","There are multiple numbers on the screen, circle the one with the largest value",G-160,00004,revised,warehouse_floor,,1024,1024,30.0,80,,2d51b46f927a46b042357251631d8bfe4ec1c8e93cc16329ee1f284d1c04c530,ac94c4f5bcb91ecdbb61f2b36ddd0b2a051e0ab9efec98f11505ee88334e88b8 | |
| videos/G-161/00000/selected/video.mp4,"On a wooden bakery work table, three round cake tins are shown, increasing in size from left to right. Please mark the second largest cake tin with a red outline.","Three circles are shown, increasing in size from left to right. Please mark the second largest circle with a red outline.",G-161,00000,selected,bakery_bench,,1024,1024,30.0,40,,79ef59baa702f810a576f8f3990b7d0585484226b195232c16fdbf2312268ddd,2df39d19292bc270c37f3b9c3cfa9b15186f0b0075da3d0caa4106e14164b88a | |
| videos/G-161/00001/selected/video.mp4,"On a wooden bakery work table, three square cake tins of different sizes are arranged from left to right, small to large. Mark the second largest (medium-sized) cake tin with a red outline.","Three squares of different sizes are arranged from left to right, small to large. Mark the second largest (medium-sized) square with a red outline.",G-161,00001,selected,bakery_bench,,1024,1024,30.0,40,,2020d9a9b56bec9427be0a96ac5a869ef0bf8da02471df06910644068f21d7ad,8f54d5fefde8a11151c43f5ea69b01c91e803b8c72c5a406ffb680de053a6412 | |
| videos/G-161/00002/selected/video.mp4,"Observe the three triangular cake tins on the wooden bakery work table, arranged by size from small to large. Which is the second largest cake tin? Please outline it in red.","Observe the three triangles on the screen, arranged by size from small to large. Which is the second largest triangle? Please outline it in red.",G-161,00002,selected,bakery_bench,,1024,1024,30.0,40,,8510847499c5da6d4f93e9c7bba4ea5bfe3e1ae60a5114582fe1c7b02eab560c,58347302830bebbffb7c091ac73798eb6cc09ae351413f8282a9d70c995b09f6 | |
| videos/G-161/00003/selected/video.mp4,"On a wooden bakery work table, three round cake tins are shown, increasing in size from left to right. Please mark the second largest cake tin with a red outline.","Three circles are shown, increasing in size from left to right. Please mark the second largest circle with a red outline.",G-161,00003,selected,bakery_bench,,1024,1024,30.0,40,,f865b8539a80842cc7a95d1f29fd7c7a5a6454b8d41be4ca1cf334c8c8794e7c,a0d08a2d4f20c416e5b68a4f702a63e68aa0e1038c5f3003b18faf6d7d0d2219 | |
| videos/G-161/00004/selected/video.mp4,"On a wooden bakery work table, three square cake tins are shown, increasing in size from left to right. Please mark the second largest cake tin with a red outline.","Three squares are shown, increasing in size from left to right. Please mark the second largest square with a red outline.",G-161,00004,selected,bakery_bench,,1024,1024,30.0,40,,2bec2df0ae4ab515dfb7bca0b805e571e9f00e8996a8adb653e0166b3b589f2c,f5dc92ddc34ed78cfa98450aae2cd9a12beae7fbe708f5c5f79bd4125da4a29b | |
| videos/G-167/00000/revised/video.mp4,"On a wooden workbench, a flat grey sheet-metal plate lies with a cream rolled rim along its edges. Each side of the plate has a different length. First compare the lengths of all the plate's edges, then mark the single longest side by placing a small ring at its midpoint. Do not change anything else. Show the complete solution step by step.","Each side of the polygon has a different length. First compare the lengths of all polygon edges, then mark the single longest side by drawing a small circle at its midpoint. Do not change anything else. Show the complete solution step by step.",G-167,00000,revised,workshop_bench,,1024,1024,30.0,25,,2d747e06d1d2f477381b63779f86cacd6375e34dcc18fb5bc3d356c9acaa4efd,db3f99801dfd9ca27fc9949b49693b62dac2b3ed5e89dfc3dc0d87c5e4e2dda9 | |
| videos/G-167/00001/revised/video.mp4,"On a wooden workbench, a flat grey sheet-metal plate lies with a cream rolled rim along its edges. Each side of the plate has a different length. First compare the lengths of all the plate's edges, then mark the single longest side by placing a small ring at its midpoint. Do not change anything else. Show the complete solution step by step.","Each side of the polygon has a different length. First compare the lengths of all polygon edges, then mark the single longest side by drawing a small circle at its midpoint. Do not change anything else. Show the complete solution step by step.",G-167,00001,revised,workshop_bench,,1024,1024,30.0,25,,88afbad2c29e42512a5cae1d6bb50c16fadaa58a5e13bf0de0f4f5340c63f992,f3e124461f45f4437add4eab51aed4ff5489f2b214b13b358a3d2408a67d8ef0 | |
| videos/G-167/00002/revised/video.mp4,"On a wooden workbench, a flat grey sheet-metal plate lies with a cream rolled rim along its edges. Each side of the plate has a different length. First compare the lengths of all the plate's edges, then mark the single longest side by placing a small ring at its midpoint. Do not change anything else. Show the complete solution step by step.","Each side of the polygon has a different length. First compare the lengths of all polygon edges, then mark the single longest side by drawing a small circle at its midpoint. Do not change anything else. Show the complete solution step by step.",G-167,00002,revised,workshop_bench,,1024,1024,30.0,25,,4726b856ba01d32a79b926832e03bf17f9c4c2408743386521690a55f26ca15b,a36d0b58deb88a800f2955591dd33a258e776ce8de6db6de02287fbab832535c | |
| videos/G-167/00003/revised/video.mp4,"On a wooden workbench, a flat grey sheet-metal plate lies with a cream rolled rim along its edges. Each side of the plate has a different length. First compare the lengths of all the plate's edges, then mark the single longest side by placing a small ring at its midpoint. Do not change anything else. Show the complete solution step by step.","Each side of the polygon has a different length. First compare the lengths of all polygon edges, then mark the single longest side by drawing a small circle at its midpoint. Do not change anything else. Show the complete solution step by step.",G-167,00003,revised,workshop_bench,,1024,1024,30.0,25,,cbb0366de15af943e71cc84f1f2446e5fca27232402247f2360589c6feb8292b,6b80fb637fd5ea7dfe9a01c345a0ba228772738903dd1b31340707e6780cfee4 | |
| videos/G-167/00004/revised/video.mp4,"On a wooden workbench, a flat grey sheet-metal plate lies with a cream rolled rim along its edges. Each side of the plate has a different length. First compare the lengths of all the plate's edges, then mark the single longest side by placing a small ring at its midpoint. Do not change anything else. Show the complete solution step by step.","Each side of the polygon has a different length. First compare the lengths of all polygon edges, then mark the single longest side by drawing a small circle at its midpoint. Do not change anything else. Show the complete solution step by step.",G-167,00004,revised,workshop_bench,,1024,1024,30.0,25,,9f7d03d656fc4fa538b93497bbc89529a7ca651d161ad3bf62caa0b924f51d45,c4771518d59ef5fb7e621196f932f23164cd6024fa10e712240a56a50214f1c4 | |
| videos/G-168/00000/selected/video.mp4,"On a workshop bench, four rectangular glazed frames lie flat. Select the frame whose width-to-height ratio is nearest to 1:1. Draw a red circle around your chosen frame.",Select the rectangle whose width-to-height ratio is nearest to 1:1. Draw a red circle around your chosen rectangle.,G-168,00000,selected,workshop_bench,,1024,1024,20.0,80,,f7a22f686288817751b26ebaf8ba5b2d72f6ba408fdcea40ce20406d6673ce86,306b2dbb33459e80f7ea75a610981fc5dd575744cc4cf24d3c0085d18eb4fa5e | |
| videos/G-168/00001/selected/video.mp4,"On a workshop bench, four rectangular glazed frames lie flat. Find the frame that is most square-like among the displayed frames. Mark your selection with a red circle.",Find the rectangle that is most square-like among the displayed rectangles. Mark your selection with a red circle.,G-168,00001,selected,workshop_bench,,1024,1024,20.0,80,,ccdf22a55d6442f8e55ec0d80b98e4d56959d23fbf943aa1f3366ac006c51c97,d5db12c72819cacc4cdac950102c3ea072bac209a42ae9778c76cfa69884c94f | |
| videos/G-168/00002/selected/video.mp4,"On a workshop bench, six rectangular glazed frames lie flat. Select the frame whose width-to-height ratio is nearest to 1:1. Draw a red circle around your chosen frame.",Select the rectangle whose width-to-height ratio is nearest to 1:1. Draw a red circle around your chosen rectangle.,G-168,00002,selected,workshop_bench,,1024,1024,20.0,80,,787549ef6a2ddde9809a441880c8e84fe9889fc1443039969343c549694321c4,238f0e511ca9477830755acaa390f88483ac5799774ec16411ac8e0767f78c03 | |
| videos/G-168/00003/selected/video.mp4,"On a workshop bench, five rectangular glazed frames lie flat. Examine all frames and identify the one that is most nearly square. Circle it in red to indicate your answer.",Examine all rectangles and identify the one that is most nearly square. Circle it in red to indicate your answer.,G-168,00003,selected,workshop_bench,,1024,1024,20.0,80,,edc6cc40938b5c15ec186a7eb4e42036d1d3d34367a12ff4fb3d281fc8861236,c3b3d933e724731dd04372fdd799dc4038f6855d3d57868b87ffc92cb4611e33 | |
| videos/G-168/00004/selected/video.mp4,"On a workshop bench, four rectangular glazed frames lie flat. Select the frame whose width-to-height ratio is nearest to 1:1. Draw a red circle around your chosen frame.",Select the rectangle whose width-to-height ratio is nearest to 1:1. Draw a red circle around your chosen rectangle.,G-168,00004,selected,workshop_bench,,1024,1024,20.0,80,,2358ebd75c4233df02e5d7c2e8285d44b8f910a33bb75b6b40f3266c1b13bcec,e3683cf3f612f2500e910d80217dee3a82dd8dbc82e2b192d49961bf5d99dbc8 | |
| videos/G-169/00000/revised/video.mp4,"On a mown lawn, a blue rope and a cream rope lie straight across the grass. Animate the two crossing ropes and circle their intersection with a red painted circle.",Animate two crossing line segments and circle their intersection with a red circle.,G-169,00000,revised,lawn_yard,,1024,1024,10.0,30,,0afa85b214e353372987a46649bc53e6721ce7619f8c5f367da9d3df759add56,5bf7bcad90889028791906b48d5d94df32a38f5507132899dfd1c2841b996df6 | |
| videos/G-169/00001/revised/video.mp4,"On a mown lawn, a blue rope and a cream rope lie straight across the grass. Show the two ropes intersecting and mark the intersection point with a red painted circle.",Show two line segments intersecting and mark the intersection point with a red circle.,G-169,00001,revised,lawn_yard,,1024,1024,10.0,30,,0d2dc91385fcefb53ce9e8d67f54f26ffdb9cd7e84b01ea54a02f658823c62c3,6176d6f33498d204e90b8cd66682d6a5212f5a5c9eeed583d6f5465b6ef9b454 | |
| videos/G-169/00002/revised/video.mp4,"On a mown lawn, a blue rope and a cream rope lie straight across the grass. Show the two ropes intersecting at various angles and highlight the crossing point with a red painted circle.",Show two line segments intersecting at various angles and highlight the crossing point with a red circle.,G-169,00002,revised,lawn_yard,,1024,1024,10.0,30,,47e1b85c96a1b7436832178eb71a2c236c8e12085a1e1eda7b529fd0cca1ec43,59b982c79ff13d1161d6d2bca79e1580482cac88b8a46fc3725f6b9b5bf68ebf | |
| videos/G-169/00003/revised/video.mp4,"On a mown lawn, a blue rope and a cream rope lie straight across the grass. Show the two ropes intersecting at various angles and highlight the crossing point with a red painted circle.",Show two line segments intersecting at various angles and highlight the crossing point with a red circle.,G-169,00003,revised,lawn_yard,,1024,1024,10.0,30,,7bab913c24544a6cd792af5639cb28e5791c8afb409f6418fb06a9b654498827,31d8b3ab78a42981eb2c8cda5b5309889479b354adff5ff595193f892bc16561 | |
| videos/G-169/00004/revised/video.mp4,"On a mown lawn, a blue rope and a cream rope lie straight across the grass. Animate the two ropes with different orientations and circle their intersection point with a red painted circle.",Animate two line segments with different orientations and circle their intersection point with a red circle.,G-169,00004,revised,lawn_yard,,1024,1024,10.0,30,,ef7089daf942b9a4912f35b141a05e7802f411148df96e71b0164dde494c6cc5,06f5896f9cc5e9f54d42f97cd7b19d982474a5cb489267333243c224be0e4d9c | |
| videos/G-193/00000/selected/video.mp4,"On a bakery work table, a group of mint-green round ceramic ramekins are arranged in a 'large-medium-small-large-medium' pattern. Place the next ramekin in the designated area, the square outlined on the table to the right of the row.","A group of shapes are arranged in a 'large-medium-small-large-medium' pattern, draw the next shape in the designated area.",G-193,00000,selected,bakery_bench,,1024,1024,30.0,90,,0bfab04e75d121d3a676f8515d0f887a0d69bea89fbba286e382460f853528ad,e821e63abb7ab047afde4a4a70ad3ea49653de51c250bdcaeaa9f9ceb01db0d7 | |
| videos/G-193/00001/selected/video.mp4,"On a bakery work table, a group of light blue round ceramic ramekins are arranged in a 'large-medium-small-large-medium' pattern. Place the next ramekin in the designated area, the square outlined on the table to the right of the row.","A group of shapes are arranged in a 'large-medium-small-large-medium' pattern, draw the next shape in the designated area.",G-193,00001,selected,bakery_bench,,1024,1024,30.0,90,,8690c291f9a5ff22bbf8fdd32e78bcd300a132e5c64e33847163dcc63ec040f8,b8bd9990551cd5c34121f63cb8102f3c6355f2e495fd79caddd98b843c4d29d7 | |
| videos/G-193/00002/selected/video.mp4,"On a bakery work table, a group of mauve round ceramic ramekins are arranged in a 'large-medium-small-large-medium' pattern. Place the next ramekin in the designated area, the square outlined on the table to the right of the row.","A group of shapes are arranged in a 'large-medium-small-large-medium' pattern, draw the next shape in the designated area.",G-193,00002,selected,bakery_bench,,1024,1024,30.0,90,,68a7e3cacbed9d62eb7e6ae04af7e94aace14739929184e282cf7263783aab74,76635bae63aa7fe913d0f6992aa8131f3584ee5b0ec84da58a3a0a7530cb87d1 | |
| videos/G-193/00003/selected/video.mp4,"On a bakery work table, a group of bright green round ceramic ramekins are arranged in a 'large-medium-small-large-medium' pattern. Place the next ramekin in the designated area, the square outlined on the table to the right of the row.","A group of shapes are arranged in a 'large-medium-small-large-medium' pattern, draw the next shape in the designated area.",G-193,00003,selected,bakery_bench,,1024,1024,30.0,90,,32c738566ee93c588042c46ca766af5049ce56c17711f5e289aa8615314cab8f,78a87fa0597b4807fbf41902e08159958925c606bc47e237892d31360231cf06 | |
| videos/G-193/00004/selected/video.mp4,"On a bakery work table, a group of pale blue triangular ceramic dishes are arranged in a 'large-medium-small-large-medium' pattern. Place the next dish in the designated area, the square outlined on the table to the right of the row.","A group of shapes are arranged in a 'large-medium-small-large-medium' pattern, draw the next shape in the designated area.",G-193,00004,selected,bakery_bench,,1024,1024,30.0,90,,bc6739eadff16de5dcde39ab4cc88a7218ea49e3c869e9f3caf8ef6c3f001f1a,2741aac2edb44e35acc6f38546276f06d34a8dfbf41468010b906466bc415c80 | |
| videos/G-206/00000/selected/video.mp4,Multiple birdhouses with polygon-shaped front panels stand on a workshop bench. Identify the only birdhouse with a pentagonal (5-sided) front panel and mark it with a pinkish-red circle that expands from the inside out.,Multiple polygons are shown. Identify the only pentagon (5 sides) and mark it with a red circle that expands from the inside out.,G-206,00000,selected,,,1024,1024,30.0,105,,e7573140ad751e5696ea2df7b5ab895c8740e80812f85ec684d0064ae9aee006,bbab4587f87078a8106500e763f8566298cd8806f9691be8810bdd34ddbcdee2 | |
| videos/G-206/00001/selected/video.mp4,"On a workshop bench, locate the birdhouse with a 5-sided front panel and highlight it using a pinkish-red circular marker that grows outward to surround the pentagonal birdhouse.",Locate the 5-sided shape and highlight it using a red circular marker that grows outward to surround the pentagon.,G-206,00001,selected,,,1024,1024,30.0,105,,5bc0d492f3539abae2de56d52bfd1cdc8b80874ade6c85ed5089c28cb8e6ca2c,be42ebda1cb52ea5d1f634811ed194a5a4bc98b404edc836cd8d61cb8616a674 | |
| videos/G-206/00002/selected/video.mp4,Multiple birdhouses with polygon-shaped front panels stand on a workshop bench. Identify the only birdhouse with a pentagonal (5-sided) front panel and mark it with a pinkish-red circle that expands from the inside out.,Multiple polygons are shown. Identify the only pentagon (5 sides) and mark it with a red circle that expands from the inside out.,G-206,00002,selected,,,1024,1024,30.0,105,,110100f5fd406a42bd6acca6efa5af45b947d88c99cbc1592ddc827a927386b2,d611c71ad2f09d9527549fc2b035134d38388534c049a4a321c3b2db77b722a3 | |
| videos/G-206/00003/selected/video.mp4,"On a workshop bench, find the pentagonal birdhouse among the birdhouses with polygon-shaped front panels and draw a pinkish-red circle around it, starting small and expanding to encircle the birdhouse.","Find the pentagon among the polygons and draw a red circle around it, starting small and expanding to encircle the shape.",G-206,00003,selected,,,1024,1024,30.0,105,,cc1438ed158c2e60e9c097c6098c9bb70690a024abb2d52edcb473c969736f5d,62e8049b7bfe288a92d2866ff4a983d8313c6e823ea3b6af1400edeccdcc0618 | |
| videos/G-206/00004/selected/video.mp4,"On a workshop bench, locate the birdhouse with a 5-sided front panel and highlight it using a pinkish-red circular marker that grows outward to surround the pentagonal birdhouse.",Locate the 5-sided shape and highlight it using a red circular marker that grows outward to surround the pentagon.,G-206,00004,selected,,,1024,1024,30.0,105,,e35e32b5dbd9c7094de217c8c003903f7114e7e209a829581d93ddcf20a8066f,097468f6a124960e1c1df16fb7afc346a5fcc40ec60b8aa2dde9f0816b08e13b | |
| videos/G-217/00000/selected/video.mp4,"On a blue tailor's cutting table, flat black discs form a vertical column. The red ring appears with a smooth fade to highlight the disc positioned at the center of the image. Circle that disc.","On a white canvas, black dots form a vertical column. The red circular marker appears with a smooth fade to highlight the dot positioned at the canvas center. Circle that dot.",G-217,00000,selected,tailor_table,,1024,1024,30.0,60,,8875e48a4adafcb91eb83b9820581d687cbe2b4dc9ae28f07e5c760afb3e54ed,030f09281a7ee4429123948ec1797271ba9166b6c565905e4bcb3ff8cda1ac95 | |
| videos/G-217/00001/selected/video.mp4,"On a blue tailor's cutting table, a column of flat black discs is displayed. The marking is a red ring that fades in over the disc located at the center point of the image. Circle the disc at the center.",A column of black dots is displayed. The marking is a red ring that fades in over the dot located at the center point of the canvas. Circle the dot at the center.,G-217,00001,selected,tailor_table,,1024,1024,30.0,60,,fd4bb6c4334939750525115e7182c95163e0887bb34f8cdf0df2d29d81b2a847,71695206592241f31a1b1bc85cf0d047fed892d8ee831a35d6b2e3a323efb91b | |
| videos/G-217/00002/selected/video.mp4,"On a blue tailor's cutting table, flat black discs are arranged in a vertical column. A red outline ring fades in around the disc exactly in the middle of the image. Circle that disc.",Black dots are arranged in a vertical column. A red outline circle fades in around the dot exactly in the middle of the canvas. Circle that dot.,G-217,00002,selected,tailor_table,,1024,1024,30.0,60,,e02867f44fa0f0224644b969cd6562d5da6847a32ae3a71eb920f498f779b404,3243fc546484f87c75d936d9ea94cc3fa1b26ac226c30ceacf8c0e9e68ee352e | |
| videos/G-217/00003/selected/video.mp4,"On a blue tailor's cutting table, a vertical column of flat black discs is shown. A red outline ring fades in to mark the disc at the exact center of the image. Circle that central disc.",A vertical column of black dots is shown. A red circle outline fades in to mark the dot at the exact center of the canvas. Circle that central dot.,G-217,00003,selected,tailor_table,,1024,1024,30.0,60,,ebe485dd290f1d0398b1e206db772eaf87f194cbd7f7cfdd4938afe771b28d74,808fd212f19eb75ec0dc85df7c43443cb2daa2734b4ff457736cf51343dd5f34 | |
| videos/G-217/00004/selected/video.mp4,"On a blue tailor's cutting table, flat black discs form a vertical column. The red ring appears with a smooth fade to highlight the disc positioned at the center of the image. Circle that disc.","On a white canvas, black dots form a vertical column. The red circular marker appears with a smooth fade to highlight the dot positioned at the canvas center. Circle that dot.",G-217,00004,selected,tailor_table,,1024,1024,30.0,60,,698b2f4b96dbc6e4e829f95124e71de8fa759f8938ac4aa020212a87411acf38,67a117e9829e775819162dea1c9e3f4a6a79d77b27ee5c0dae596d04d04f3cec | |
| videos/G-223/00000/selected/video.mp4,"On a wooden workbench, several thin painted boards stand upright on their edges. Observe these boards and circle all horizontal ones, those running left to right across the bench.",Observe these lines and circle all horizontal ones.,G-223,00000,selected,workshop_bench,,1024,1024,30.0,60,,f4a972ed11f4d039ecefbee578193b6c61690c9b7bbf7819fc936f1bb2de0f80,bd464b589947c9e37b153d622a04cf2c12f0597375b067e90df1be1cc917a2ba | |
| videos/G-223/00001/selected/video.mp4,"On a wooden workbench, several thin painted boards stand upright on their edges. Observe these boards and circle all horizontal ones, those running left to right across the bench.",Observe these lines and circle all horizontal ones.,G-223,00001,selected,workshop_bench,,1024,1024,30.0,60,,f7e0f2dfe74a72632a997dbd5f8ac0b7a3dac8b1c0639b82bd021e1c1039a4ec,ae224c488786811cfe403de2aebdc70b51230e1baf12a8423f23b0f5b3ec3289 | |
| videos/G-223/00002/selected/video.mp4,"A set of random thin painted boards stands on edge on a wooden workbench. Please find and circle all horizontal boards, those running left to right.",A set of random lines is displayed on the screen. Please find and circle all horizontal lines.,G-223,00002,selected,workshop_bench,,1024,1024,30.0,60,,92293b2eba92e0c0fe087328a167e78b0001bd5fc4fa7f091575be761ef87253,f4947ed30e2cb71a812f517a7c09bee0f980f95e1eb6a10e27c6b7443777b5df | |
| videos/G-223/00003/selected/video.mp4,"On a wooden workbench, several thin painted boards stand upright on their edges. Observe these boards and circle all horizontal ones, those running left to right across the bench.",Observe these lines and circle all horizontal ones.,G-223,00003,selected,workshop_bench,,1024,1024,30.0,60,,9efca9f6ddc84f7706d64a42c3b67a1700a4b16272155de4e17840978ed8bf2e,1ef2ecb85bfc6a88968d1608f81d99386fc85a550e9625eedd0e5da3c6085c0a | |
| videos/G-223/00004/selected/video.mp4,"On a wooden workbench, several thin painted boards stand upright on their edges. Observe these boards and circle all horizontal ones, those running left to right across the bench.",Observe these lines and circle all horizontal ones.,G-223,00004,selected,workshop_bench,,1024,1024,30.0,60,,536c30d7b345d7135128725a2b84602526d3abad4aa42779170a89582f135752,10077fe06225bdfc71c63889982641b650bc250f6ec7c2b5e5088ad7d95bee81 | |
| videos/O-10/00000/revised/video.mp4,"On a bakery counter, four white boards hold red-rimmed steel cookie cutters. Animate the fill-to-outline transformation where the filled cutter changes to outline style according to the established pattern. The brown question mark should smoothly transition to show the correct outline style.",Animate the fill-to-outline transformation where the filled shape changes to outline style according to the established pattern. The question mark should smoothly transition to show the correct outline style.,O-10,00000,revised,bakery_counter,,1024,1024,10.0,60,,cff66f487ecdc0e7e560698cbe78cf05b02c83a8977bb4d87453604ef9463f4f,adad39b5cfa3148c0be883da58ae5b3d253ba77cb9f6f8fd222da179ed2e0c62 | |
| videos/O-10/00001/revised/video.mp4,"On a bakery counter, four white boards hold red-rimmed steel cookie cutters, with a brown question mark on the last board. Show the fill-to-outline transformation being applied to the second cutter. The filled cutter should become an outline-only version.",Show the fill-to-outline transformation being applied to the second shape. The filled shape should become an outline-only version.,O-10,00001,revised,bakery_counter,,1024,1024,10.0,60,,9a7378d8cf7b26a4d0997010c7909d477548afb77db8ae123b6c236e612f4053,6448b333cae9c2e4e2c14fcff8ec8b0a893def9570ef04eda08f3a9dbc3b7e12 | |
| videos/O-10/00002/revised/video.mp4,"On a bakery counter, four white boards hold purple-rimmed steel cookie cutters, with a brown question mark on the last board. Show the fill-to-outline transformation being applied to the second cutter. The filled cutter should become an outline-only version.",Show the fill-to-outline transformation being applied to the second shape. The filled shape should become an outline-only version.,O-10,00002,revised,bakery_counter,,1024,1024,10.0,60,,d3af0191abb51434fa1a2e1c26605c21893c03d7e28af3ac988dd99c858f8747,a5fa8269d97aa2c3f187555c94363837f2d2f6dce13f390943621eb1a7ae84bf | |
| videos/O-10/00003/revised/video.mp4,"On a bakery counter, four white boards hold violet-rimmed steel cookie cutters, with a brown question mark on the last board. Complete the visual analogy by showing what the second cutter becomes when the same fill-to-outline transformation is applied.",Complete the visual analogy by showing what the second shape becomes when the same fill-to-outline transformation is applied.,O-10,00003,revised,bakery_counter,,1024,1024,10.0,60,,4892bf9267eca0f406dac64256ada7712ff34dcda16a6916871611572141db54,dbc1fa0ec3a6fb454b9f3f110278539f16f2553c885d72869f6d1458636bf4ab | |
| videos/O-10/00004/revised/video.mp4,"On a bakery counter, four white boards hold orange-rimmed steel cookie cutters and an orange hexagonal slab, with a brown question mark on the last board. Show the fill-to-outline transformation being applied to the second cutter. The filled cutter should become an outline-only version.",Show the fill-to-outline transformation being applied to the second shape. The filled shape should become an outline-only version.,O-10,00004,revised,bakery_counter,,1024,1024,10.0,60,,61beca974b07921ff72212c26386c036658f0610e15a036ab9fe2264add9dea0,a68e24a05462b6587a8cb66741534720de390e6fadbf711792e982d0e52c356d | |
| videos/O-11/00000/revised/video.mp4,"On an artist's studio wall, six canvases hang in two rows of three on wooden rails, and the middle and right canvases of the lower row are blank. Complete the analogy by revealing the painted shape with the correct color and position.",Complete the analogy by revealing the shape with the correct color and position.,O-11,00000,revised,artists_studio,,1024,1024,10.0,90,,1bd4607b23071af808427df72e7c1ce24e8fff04f6a59eb1f38cc279f7f9521c,4a74e075d1969f41d05b41796faecd4a9daafbd9e09fd1f99fb5eee76a6af286 | |
| videos/O-11/00001/revised/video.mp4,"On an artist's studio wall, six canvases hang in two rows of three on wooden rails, and the middle and right canvases of the lower row are blank. Complete the analogy by revealing the painted shape with the correct color and position.",Complete the analogy by revealing the shape with the correct color and position.,O-11,00001,revised,artists_studio,,1024,1024,10.0,90,,86824c5420c415beba9dc51a313296eb47059c0fea73cd3ac0df1eacaf6b8dc6,9567edf99d8f346a938a7a54417585621a73883ca1be049cac5ef6cabd19967e | |
| videos/O-11/00002/revised/video.mp4,"On an artist's studio wall, six canvases hang in two rows of three on wooden rails, and the middle and right canvases of the lower row are blank. Complete the analogy by revealing the painted shape with the correct color and position.",Complete the analogy by revealing the shape with the correct color and position.,O-11,00002,revised,artists_studio,,1024,1024,10.0,90,,f645666ba7aea0459b509f983c7c816d59acf62d447d4ac480304dabd407de33,8033bcccb17f6c5c6d99b4c3379445f7563639dcb7142899c9fc9bd2a05e8140 | |
| videos/O-11/00003/revised/video.mp4,"On an artist's studio wall, six canvases hang in two rows of three on wooden rails, and the middle and right canvases of the lower row are blank. Complete the analogy by revealing the painted shape with the correct color and position.",Complete the analogy by revealing the shape with the correct color and position.,O-11,00003,revised,artists_studio,,1024,1024,10.0,90,,3cf1af7c439c19609aff1a64e8e9c558dbebb89194deccf7062efe479d89b603,f0e9a81beb2a5eac84cb8ce692da820327501197818aacb73f29d53e970433c7 | |
| videos/O-11/00004/revised/video.mp4,"On an artist's studio wall, six canvases hang in two rows of three on wooden rails, and the middle and right canvases of the lower row are blank. Animate the two-step transformation on the blank canvases: color change followed by vertical movement.",Animate the two-step transformation: color change followed by vertical movement.,O-11,00004,revised,artists_studio,,1024,1024,10.0,90,,05f1e5eb7513239270eb1c8d945aa92480f2e287d8225f0b9b8cf5f11a250a23,e8151d09072f191c98b960f1d4b354a470259e522104a298620d6497f32b4b42 | |
| videos/O-29/00000/revised/video.mp4,"On a blue-baize billiards table, show the red group of billiard balls (A) moving toward the other groups of green balls (B, C, D). Only the red group moves; all other groups remain stationary. When the red group collides with a target group, compare their ball counts. If the red group's count is greater than or equal to the target's count, the target disappears and the red group merges with it, keeping its red color and ID A. A's count on the scoreboard updates to show the exact sum. Continue until exactly one red group A remains, containing all balls.","Show the red cluster (labeled A) moving toward other colored clusters (B, C, D). Only the red cluster moves; all other clusters remain stationary. When the red cluster collides with a target cluster, compare their counts. If the red cluster's count is greater than or equal to the target's count, the target disappears and the red cluster merges with it, keeping its red color and ID A. The red cluster's count label updates to show the exact sum. Continue until exactly one red cluster A remains, containing all balls.",O-29,00000,revised,billiards_room,,1024,1024,10.0,32,,ba6f9032c0150ef927b196acb30dcb6e2f49e86878b5331d79bdc4bfd359057e,0f2cf8bb674060ed2b1bc37f5845fcf3644736b10da62bf6a9b868aac50ff8a5 | |
| videos/O-29/00001/revised/video.mp4,"On a blue-baize billiards table, demonstrate the merging sequence: the red group of billiard balls A moves to collide with one target group of green balls at a time. Other groups stay still. Upon collision, if A's count is greater than or equal to the target's count, the target group disappears completely and A absorbs all its balls. A remains red with ID A, and its count on the scoreboard increases. The TOTAL on the scoreboard never changes. Continue merging until only one red group A remains with count equal to TOTAL.","Demonstrate the merging sequence: the red cluster A moves to collide with one target cluster at a time. Other clusters stay still. Upon collision, if A's count is greater than or equal to the target's count, the target cluster disappears completely and A absorbs all its balls. A remains red with ID A, and its count increases. The TOTAL label never changes. Continue merging until only one red cluster A remains with count equal to TOTAL.",O-29,00001,revised,billiards_room,,1024,1024,10.0,35,,6a3c6d6fec0c1caf09a359fefe1621230285a92fbe5f41c263e55fd2aaa699e1,5692370962fde46328a25860cb7879a305b779679b847e04cd6481b9c2227a4e | |
| videos/O-29/00002/revised/video.mp4,"On a blue-baize billiards table, show the red group of billiard balls (A) moving toward the other groups of green balls (B, C, D). Only the red group moves; all other groups remain stationary. When the red group collides with a target group, compare their ball counts. If the red group's count is greater than or equal to the target's count, the target disappears and the red group merges with it, keeping its red color and ID A. A's count on the scoreboard updates to show the exact sum. Continue until exactly one red group A remains, containing all balls.","Show the red cluster (labeled A) moving toward other colored clusters (B, C, D). Only the red cluster moves; all other clusters remain stationary. When the red cluster collides with a target cluster, compare their counts. If the red cluster's count is greater than or equal to the target's count, the target disappears and the red cluster merges with it, keeping its red color and ID A. The red cluster's count label updates to show the exact sum. Continue until exactly one red cluster A remains, containing all balls.",O-29,00002,revised,billiards_room,,1024,1024,10.0,39,,430bedd9be869a7cd7da2bd04553962129ed7c351d3b00f3897e464ff3c5b5d6,08fa6cee76a5bb117a22ca70d3b021ae16d2244eccbc929d8535c5bd14fbeeec | |
| videos/O-29/00003/revised/video.mp4,"On a blue-baize billiards table, demonstrate the merging sequence: the red group of billiard balls A moves to collide with one target group of green balls at a time. Other groups stay still. Upon collision, if A's count is greater than or equal to the target's count, the target group disappears completely and A absorbs all its balls. A remains red with ID A, and its count on the scoreboard increases. The TOTAL on the scoreboard never changes. Continue merging until only one red group A remains with count equal to TOTAL.","Demonstrate the merging sequence: the red cluster A moves to collide with one target cluster at a time. Other clusters stay still. Upon collision, if A's count is greater than or equal to the target's count, the target cluster disappears completely and A absorbs all its balls. A remains red with ID A, and its count increases. The TOTAL label never changes. Continue merging until only one red cluster A remains with count equal to TOTAL.",O-29,00003,revised,billiards_room,,1024,1024,10.0,66,,52771c88b963d145c0ce629b6d87e6c8d257e4c2f9e5a478c7d41b759c1d3e4c,42a7ae498f23924f7e1ad5c9b04bae3f1252381f453c1959d5eb09a142b129c3 | |
| videos/O-29/00004/revised/video.mp4,"On a blue-baize billiards table, animate the red group of billiard balls (A) moving to collide with the other groups of green balls. When the red group collides with a target group, if the red group's count is greater than or equal to the target's count, the target group disappears completely and the red group absorbs all its balls. The red group keeps its red color and ID A, and its count on the scoreboard increases by the target's count. Continue this process until all groups merge into one red group A with count equal to TOTAL.","Animate the red cluster (A) moving to collide with other colored clusters. When the red cluster collides with a target cluster, if the red cluster's count is greater than or equal to the target's count, the target cluster disappears completely and the red cluster absorbs all its balls. The red cluster keeps its red color and ID A, and its count increases by the target's count. Continue this process until all clusters merge into one red cluster A with count equal to TOTAL.",O-29,00004,revised,billiards_room,,1024,1024,10.0,78,,9df5b25b107884b67197411ca9c92c226e154de7a3c6e2e6e8af250ccaac15f3,e3241e52799a47b4aed02e5eb65a80c3f06719443b90ff2dd942bc93de3db78c | |
| videos/O-34/00000/revised/video.mp4,"In a fenced house backyard, 5 sprinkler heads stand scattered across a mown lawn. Each sprinkler head has a round blue cap on a black base. Each cap is labeled with a number from 1 to 5, displayed in white text centered on the cap. Starting from sprinkler 1, draw straight lines connecting the sprinklers in strict numerical order: first draw a line from sprinkler 1 to sprinkler 2, then from sprinkler 2 to sprinkler 3, continuing sequentially until you reach sprinkler 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered sprinklers. Continue this process until all 5 sprinklers are connected in numerical sequence, forming a continuous path from sprinkler 1 to sprinkler 5.","The scene shows 5 circular objects (dots) scattered across a white background. Each object is a filled blue circle with a black outline. Each circle is labeled with a number from 1 to 5, displayed in black text centered on the circle. Starting from dot 1, draw straight lines connecting the dots in strict numerical order: first draw a line from dot 1 to dot 2, then from dot 2 to dot 3, continuing sequentially until you reach dot 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered dots. Continue this process until all 5 dots are connected in numerical sequence, forming a continuous path from dot 1 to dot 5.",O-34,00000,revised,house_backyard,,1024,1024,10.0,70,,6fd35ce66fc1565b05da35b1d9237d9087345c95f4942e84e7cf962b7eceff33,5c65fe0a7a1e48e560e2fb7e96b64a7aa058e1e33413ca505f6dc179835b6ab8 | |
| videos/O-34/00001/revised/video.mp4,"In a fenced house backyard, 5 sprinkler heads stand scattered across a mown lawn. Each sprinkler head has a round blue cap on a black base. Each cap is labeled with a number from 1 to 5, displayed in white text centered on the cap. Starting from sprinkler 1, draw straight lines connecting the sprinklers in strict numerical order: first draw a line from sprinkler 1 to sprinkler 2, then from sprinkler 2 to sprinkler 3, continuing sequentially until you reach sprinkler 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered sprinklers. Continue this process until all 5 sprinklers are connected in numerical sequence, forming a continuous path from sprinkler 1 to sprinkler 5.","The scene shows 5 circular objects (dots) scattered across a white background. Each object is a filled blue circle with a black outline. Each circle is labeled with a number from 1 to 5, displayed in black text centered on the circle. Starting from dot 1, draw straight lines connecting the dots in strict numerical order: first draw a line from dot 1 to dot 2, then from dot 2 to dot 3, continuing sequentially until you reach dot 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered dots. Continue this process until all 5 dots are connected in numerical sequence, forming a continuous path from dot 1 to dot 5.",O-34,00001,revised,house_backyard,,1024,1024,10.0,70,,884412f98c6b6ceb86460421cb67a2f3d3adc47937e7863047875ba3a4226118,b990ed5720ee4be600e41f30b9091dd1ea57b648b049b85c9a32e1098c53685f | |
| videos/O-34/00002/revised/video.mp4,"In a fenced house backyard, 5 sprinkler heads stand scattered across a mown lawn. Each sprinkler head has a round blue cap on a black base. Each cap is labeled with a number from 1 to 5, displayed in white text centered on the cap. Starting from sprinkler 1, draw straight lines connecting the sprinklers in strict numerical order: first draw a line from sprinkler 1 to sprinkler 2, then from sprinkler 2 to sprinkler 3, continuing sequentially until you reach sprinkler 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered sprinklers. Continue this process until all 5 sprinklers are connected in numerical sequence, forming a continuous path from sprinkler 1 to sprinkler 5.","The scene shows 5 circular objects (dots) scattered across a white background. Each object is a filled blue circle with a black outline. Each circle is labeled with a number from 1 to 5, displayed in black text centered on the circle. Starting from dot 1, draw straight lines connecting the dots in strict numerical order: first draw a line from dot 1 to dot 2, then from dot 2 to dot 3, continuing sequentially until you reach dot 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered dots. Continue this process until all 5 dots are connected in numerical sequence, forming a continuous path from dot 1 to dot 5.",O-34,00002,revised,house_backyard,,1024,1024,10.0,70,,5affb5a4d95c247d6d128a48a48fdb47cd0c6a79437f1656d8a0779fad4f4cc1,baba0e11a3e037bf017d611085545000953f1cd65f010c980502df0dd5fb32bd | |
| videos/O-34/00003/revised/video.mp4,"In a fenced house backyard, 5 sprinkler heads stand scattered across a mown lawn. Each sprinkler head has a round blue cap on a black base. Each cap is labeled with a number from 1 to 5, displayed in white text centered on the cap. Starting from sprinkler 1, draw straight lines connecting the sprinklers in strict numerical order: first draw a line from sprinkler 1 to sprinkler 2, then from sprinkler 2 to sprinkler 3, continuing sequentially until you reach sprinkler 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered sprinklers. Continue this process until all 5 sprinklers are connected in numerical sequence, forming a continuous path from sprinkler 1 to sprinkler 5.","The scene shows 5 circular objects (dots) scattered across a white background. Each object is a filled blue circle with a black outline. Each circle is labeled with a number from 1 to 5, displayed in black text centered on the circle. Starting from dot 1, draw straight lines connecting the dots in strict numerical order: first draw a line from dot 1 to dot 2, then from dot 2 to dot 3, continuing sequentially until you reach dot 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered dots. Continue this process until all 5 dots are connected in numerical sequence, forming a continuous path from dot 1 to dot 5.",O-34,00003,revised,house_backyard,,1024,1024,10.0,70,,c51c9600f738dc48fd3086d2996b2a4173b1101f7d04859e21413b72bcf4b2c8,0394febb1c875a800ee5242e3e461fffb8121f0c08170305b96bc0008600cdd7 | |
| videos/O-34/00004/revised/video.mp4,"In a fenced house backyard, 5 sprinkler heads stand scattered across a mown lawn. Each sprinkler head has a round blue cap on a black base. Each cap is labeled with a number from 1 to 5, displayed in white text centered on the cap. Starting from sprinkler 1, draw straight lines connecting the sprinklers in strict numerical order: first draw a line from sprinkler 1 to sprinkler 2, then from sprinkler 2 to sprinkler 3, continuing sequentially until you reach sprinkler 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered sprinklers. Continue this process until all 5 sprinklers are connected in numerical sequence, forming a continuous path from sprinkler 1 to sprinkler 5.","The scene shows 5 circular objects (dots) scattered across a white background. Each object is a filled blue circle with a black outline. Each circle is labeled with a number from 1 to 5, displayed in black text centered on the circle. Starting from dot 1, draw straight lines connecting the dots in strict numerical order: first draw a line from dot 1 to dot 2, then from dot 2 to dot 3, continuing sequentially until you reach dot 5. Each line should be drawn as a red straight line segment connecting the centers of the two consecutive numbered dots. Continue this process until all 5 dots are connected in numerical sequence, forming a continuous path from dot 1 to dot 5.",O-34,00004,revised,house_backyard,,1024,1024,10.0,70,,6f05b685a874f73d65dd45ef2c0ddab1db5431575a12d85d33eea8e9fc53d8b5,0a7a527cb209b8e4e794ac93da1d127f5683366f1f89b067fc605b69d87c6dff | |
| videos/O-12/00000/revised/video.mp4,"On a pastry workshop table, coloured shaped tiles, each topped with a small silver fitting, sit in a REFERENCE row above an unfinished MATCH THE CHANGE row. Complete the analogy by revealing the tile with the correct color and scale.",Complete the analogy by revealing the shape with the correct color and scale.,O-12,00000,revised,workshop_bench,,1024,1024,10.0,90,,0a74e8877c7bfd6db6462bfd82a23224de0c1948d13b265bb29d0973eb701d25,23f5c58ce995ff38f404378329c17e23ef0cb0351f21e2fc1bdeb58cbd5d4fd8 | |
| videos/O-12/00001/revised/video.mp4,"On a pastry workshop table, coloured shaped tiles, each topped with a small silver fitting, sit in a REFERENCE row above an unfinished MATCH THE CHANGE row. Complete the analogy by revealing the tile with the correct color and scale.",Complete the analogy by revealing the shape with the correct color and scale.,O-12,00001,revised,workshop_bench,,1024,1024,10.0,90,,1717fe70351eab042ee3507d6cea926774e6103771eaab8eec9c7169cbc29782,e2f77311b967e841cf3d4be7dee885c5cce17e4050a0d585dfe14962c3ffa83a | |
| videos/O-12/00002/revised/video.mp4,"On a pastry workshop table, coloured shaped tiles, each topped with a small silver fitting, sit in a REFERENCE row above an unfinished MATCH THE CHANGE row. Complete the analogy by revealing the tile with the correct color and scale.",Complete the analogy by revealing the shape with the correct color and scale.,O-12,00002,revised,workshop_bench,,1024,1024,10.0,90,,e2b66f9054eef3ba28d10beda03217296dd4fc9e7aa075f23968ec4098f9da13,e805913951534a17608a6154795f3e91d7a0cbc7ccda228d359968b94a4afc7b | |
| videos/O-12/00003/revised/video.mp4,"On a pastry workshop table, coloured shaped tiles, each topped with a small silver fitting, sit in a REFERENCE row above an unfinished MATCH THE CHANGE row. Complete the analogy by revealing the tile with the correct color and scale.",Complete the analogy by revealing the shape with the correct color and scale.,O-12,00003,revised,workshop_bench,,1024,1024,10.0,90,,b800afa63a7d58a7a43ede1146a9d80159803c9cf26f258844117a09d38c3a69,2751b3f5c75ae227829137bbc3babd7f9daa05f179deb03c941766c01206dc29 | |
| videos/O-12/00004/revised/video.mp4,"On a pastry workshop table, coloured shaped tiles, each topped with a small silver fitting, sit in a REFERENCE row above an unfinished MATCH THE CHANGE row. Animate the two-step transformation of the tile: color change followed by size change.",Animate the two-step transformation: color change followed by size change.,O-12,00004,revised,workshop_bench,,1024,1024,10.0,90,,e35f64cecddf370d9ecb3a8a4d975fbc3260a9c5d4cb38e758b68e596e95f2d8,87840f2ea70c16e8e7977adc1c66ab04cf3a33112778e8a29e64239f7c4f130f | |
| videos/O-46/00000/revised/video.mp4,"On a light wooden tabletop, solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the painted wooden shape tiles across the tabletop and place them into the matching dark-rimmed outlines on the right. Match the yellow triangle, blue star, and finally the red diamond tile. Keep the tabletop orientation unchanged and end once all outlines are packed tightly.","Solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the colored cards across the board and place them into the matching outlines on the right. Match the yellow triangle, blue star, and finally the red diamond card. Keep the board orientation unchanged and end once all outlines are packed tightly.",O-46,00000,revised,workshop_bench,,1024,1024,15.0,74,,05d17ec672ee5cf819be49f8493a85f22bfd0a47de9a2a66067961922cd994d0,22631aba8e3671fccde3a3b3a3701ea842780c3e6f6232243e1f040849829ea0 | |
| videos/O-46/00001/revised/video.mp4,"On a light wooden tabletop, solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the painted wooden shape tiles across the tabletop and place them into the matching dark-rimmed outlines on the right. Match the purple hexagon, red triangle, blue diamond, yellow star, and finally the orange square tile. Keep the tabletop orientation unchanged and end once all outlines are packed tightly.","Solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the colored cards across the board and place them into the matching outlines on the right. Match the purple hexagon, red triangle, blue diamond, yellow star, and finally the orange square card. Keep the board orientation unchanged and end once all outlines are packed tightly.",O-46,00001,revised,workshop_bench,,1024,1024,15.0,71,,aa7a7984469d7d44d881cd7923e2d3ec5202d19c58744b0f038b3a1871f26801,f059e3d787ed237092303735b3441553da26b806ff51d2051f7ed139b5f670e1 | |
| videos/O-46/00002/revised/video.mp4,"On a light wooden tabletop, solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the painted wooden shape tiles across the tabletop and place them into the matching dark-rimmed outlines on the right. Match the purple circle, orange hexagon, red triangle, green diamond, and finally the blue square tile. Keep the tabletop orientation unchanged and end once all outlines are packed tightly.","Solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the colored cards across the board and place them into the matching outlines on the right. Match the purple circle, orange hexagon, red triangle, green diamond, and finally the blue square card. Keep the board orientation unchanged and end once all outlines are packed tightly.",O-46,00002,revised,workshop_bench,,1024,1024,15.0,71,,82de7b88a823e30f07977022bbcbdaa4a2ef1de2dbba4e863b9fa98237c98eea,b5655ee824094b23f3ac3d03c25ed1c18cde4ecdc04aa9955a2a5d8bf0e8196a | |
| videos/O-46/00003/revised/video.mp4,"On a light wooden tabletop, move each painted wooden shape tile from the left staging area into its matching dark-rimmed outline on the right. Keep the camera fixed in the top-down view, move only one tile at a time, and slide the tiles smoothly without teleportation. Match the purple square, orange hexagon, green star, and finally the blue circle tile. Stop the video when every outline is filled exactly.","Move each colored shape card from the left staging area into its matching outline on the right. Keep the camera fixed in the top-down view, move only one card at a time, and slide the cards smoothly without teleportation. Match the purple square, orange hexagon, green star, and finally the blue circle card. Stop the video when every outline is filled exactly.",O-46,00003,revised,workshop_bench,,1024,1024,15.0,75,,3e247adc44b6bb5345198590cc56cdc9fbbfbcfa57b8d41f7e97eb68b79fa859,f60e9f9207441b2d6dc1df323a1a2250062e348fe15caea4b0255457c977ca6d | |
| videos/O-46/00004/revised/video.mp4,"On a light wooden tabletop, solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the painted wooden shape tiles across the tabletop and place them into the matching dark-rimmed outlines on the right. Match the yellow star, orange square, and finally the blue hexagon tile. Keep the tabletop orientation unchanged and end once all outlines are packed tightly.","Solve the flat shape sorter puzzle exactly as shown. Starting from the unsolved first frame, drag the colored cards across the board and place them into the matching outlines on the right. Match the yellow star, orange square, and finally the blue hexagon card. Keep the board orientation unchanged and end once all outlines are packed tightly.",O-46,00004,revised,workshop_bench,,1024,1024,15.0,74,,08f4189b8da18711be018cddd480dc77a1f84722c679e65a3a939f9945d71ca3,da1889c674ad2ee06673823527c41004ba90b5278124e8c5255adbafaf02577a | |
| videos/O-52/00000/revised/video.mp4,"This scene shows a city street crossroad with zebra crossings and two traffic lights on poles, marked A and B on small plates beneath them. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Traffic Light A is currently red with countdown 9 on the digital panel beneath its signal head, while Traffic Light B is green. Produce a video demonstrating the countdown reducing from 9 to 0, then reveal the final state of both traffic lights.","This scene shows a crossroad with two traffic lights. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Traffic Light A is currently red with countdown 9, while Traffic Light B is green. Produce a video demonstrating the countdown reducing from 9 to 0, then reveal the final state of both traffic lights.",O-52,00000,revised,street_intersection,,1024,1024,2.0,28,,2d6ce0c0644358e003ad12f047c5cee2bd74dece0c16267221e83dab68a5f0da,25d56dc00c100726239cc8a143b801b221005a4ba1c814dabab0f72ad5091f84 | |
| videos/O-52/00001/revised/video.mp4,"This scene shows a city street crossroad with zebra crossings and two traffic lights on poles, marked A and B on small plates beneath them. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Right now, Traffic Light A shows red with a 9-second countdown on the digital panel beneath its signal head. Traffic Light B shows green. Generate a video where the countdown decrements from 9 to 0, and then display the final state of both lights.","This scene shows a crossroad with two traffic lights. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Right now, Traffic Light A shows red with a 9-second countdown. Traffic Light B shows green. Generate a video where the countdown decrements from 9 to 0, and then display the final state of both lights.",O-52,00001,revised,street_intersection,,1024,1024,2.0,28,,4e4e27867b733773f5e86907e5d19a027fb6db0c946fdda4a5501f3559a19549,25d56dc00c100726239cc8a143b801b221005a4ba1c814dabab0f72ad5091f84 | |
| videos/O-52/00002/revised/video.mp4,"This scene shows a city street crossroad with zebra crossings and two traffic lights on poles, marked A and B on small plates beneath them. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Right now, Traffic Light A shows red with a 6-second countdown on the digital panel beneath its signal head. Traffic Light B shows green. Generate a video where the countdown decrements from 6 to 0, and then display the final state of both lights.","This scene shows a crossroad with two traffic lights. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Right now, Traffic Light A shows red with a 6-second countdown. Traffic Light B shows green. Generate a video where the countdown decrements from 6 to 0, and then display the final state of both lights.",O-52,00002,revised,street_intersection,,1024,1024,2.0,22,,a0206b192955c4142943322046834e04c7c95a5d2bd6c92b9c3c628c12f7cee4,b008dc25842adc1cd1628e5235c68251ab0337fb33bcb4fe36539945389477fa | |
| videos/O-52/00003/revised/video.mp4,"This scene shows a city street crossroad with zebra crossings and two traffic lights on poles, marked A and B on small plates beneath them. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Currently, Traffic Light A shows red with countdown 6 on the digital panel beneath its signal head. Traffic Light B shows green with countdown 5 on its own panel. Generate a video showing countdown numbers decrementing. When countdown reaches 0, apply the relative rule to switch states. Then show the final state of both traffic lights after 13 seconds.","This scene shows a crossroad with two traffic lights. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. Currently, Traffic Light A shows red with countdown 6. Traffic Light B shows green with countdown 5. Generate a video showing countdown numbers decrementing. When countdown reaches 0, apply the relative rule to switch states. Then show the final state of both traffic lights after 13 seconds.",O-52,00003,revised,street_intersection,,1024,1024,2.0,20,,88ae885672aaeca78ef21df60253843100684e0532928308f3b32e4864660ad4,de6fa552bcde9c4c01a5d9a61abfe05b3a2398b4b6d3ef5c7abb23c3e79a9f5d | |
| videos/O-52/00004/revised/video.mp4,"This scene shows a city street crossroad with zebra crossings and two traffic lights on poles, marked A and B on small plates beneath them. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. At the moment, Traffic Light A displays red with a countdown of 4 on the digital panel beneath its signal head. Traffic Light B displays green. Create a video that shows the countdown decreasing from 4 to 0, followed by the final state of both lights.","This scene shows a crossroad with two traffic lights. The two traffic lights are opposite to each other: when one is red, the other is green, and vice versa. At the moment, Traffic Light A displays red with a countdown of 4. Traffic Light B displays green. Create a video that shows the countdown decreasing from 4 to 0, followed by the final state of both lights.",O-52,00004,revised,street_intersection,,1024,1024,2.0,18,,73f917a691869c411693f6da116eb7059b22f66d3fb515a544d92c9e2589e12e,751eadea11bddec7a09537aed2dff6328351bcb4b9ff5545ca979dc774cd59e8 | |
| videos/O-58/00000/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Delete the heart-shaped biscuit at position 4 from the sequence. First, fade out the biscuit at position 4 and all biscuits to its right. Then, remove the heart-shaped biscuit at position 4. Finally, make all the biscuits that were originally to the right of position 4 reappear and smoothly shift left to close the gap.","Delete the symbol ♥ at position 4 from the sequence. First, fade out the symbol at position 4 and all symbols to its right. Then, remove the symbol at position 4. Finally, make all the symbols that were originally to the right of position 4 reappear and smoothly shift left to close the gap. | |
| ",O-58,00000,revised,bakery_kitchen,,1024,1024,10.0,23,,034dbd46ad6f08c61e945185763eb7dad21957bb8a8c1ac3f9acc60d072bca38,231dbf4b39f557b1343f4d0a0274d80bd5e7142af977f04ec827814c9f497d73 | |
| videos/O-58/00001/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Delete the diamond-shaped biscuit at position 6 from the sequence. First, fade out the biscuit at position 6 and all biscuits to its right. Then, remove the diamond-shaped biscuit at position 6. Finally, make all the biscuits that were originally to the right of position 6 reappear and smoothly shift left to close the gap.","Delete the symbol ♦ at position 6 from the sequence. First, fade out the symbol at position 6 and all symbols to its right. Then, remove the symbol at position 6. Finally, make all the symbols that were originally to the right of position 6 reappear and smoothly shift left to close the gap. | |
| ",O-58,00001,revised,bakery_kitchen,,1024,1024,10.0,23,,841bfe6e4dab01aebe83780134da1710811b058fb70d4d15024e20b8b6768ee2,cccb728b49793bb93f83581a9c44802b95325842dc890ee2ee7abc6b917f2025 | |
| videos/O-58/00002/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Delete the hollow diamond-shaped biscuit at position 2 from the sequence. First, fade out the biscuit at position 2 and all biscuits to its right. Then, remove the hollow diamond-shaped biscuit at position 2. Finally, make all the biscuits that were originally to the right of position 2 reappear and smoothly shift left to close the gap.","Delete the symbol ◇ at position 2 from the sequence. First, fade out the symbol at position 2 and all symbols to its right. Then, remove the symbol at position 2. Finally, make all the symbols that were originally to the right of position 2 reappear and smoothly shift left to close the gap. | |
| ",O-58,00002,revised,bakery_kitchen,,1024,1024,10.0,23,,322559c258932e0200f6cb8d4316a15d9ff367cba618b7328b4ef5eef168ee8f,4c6c653eb47528758cf96195b2053f0082216331a226226bc9e136a15bab4819 | |
| videos/O-58/00003/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Delete the right-pointing triangular biscuit at position 6 from the sequence. First, fade out the biscuit at position 6 and all biscuits to its right. Then, remove the right-pointing triangular biscuit at position 6. Finally, make all the biscuits that were originally to the right of position 6 reappear and smoothly shift left to close the gap.","Delete the symbol ▶ at position 6 from the sequence. First, fade out the symbol at position 6 and all symbols to its right. Then, remove the symbol at position 6. Finally, make all the symbols that were originally to the right of position 6 reappear and smoothly shift left to close the gap. | |
| ",O-58,00003,revised,bakery_kitchen,,1024,1024,10.0,23,,9482006e36a7bcbf0684cc7a2a1497eec3d92ffb1514eda9a470e38ec1b370f8,261d09e3c70b1d8b352b44b9c6248a4e661cb48b2096197bb928ef9308848fd3 | |
| videos/O-58/00004/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Delete the heart-shaped biscuit at position 5 from the sequence. First, fade out the biscuit at position 5 and all biscuits to its right. Then, remove the heart-shaped biscuit at position 5. Finally, make all the biscuits that were originally to the right of position 5 reappear and smoothly shift left to close the gap.","Delete the symbol ♥ at position 5 from the sequence. First, fade out the symbol at position 5 and all symbols to its right. Then, remove the symbol at position 5. Finally, make all the symbols that were originally to the right of position 5 reappear and smoothly shift left to close the gap. | |
| ",O-58,00004,revised,bakery_kitchen,,1024,1024,10.0,23,,fd16d17a943ca233fd4cbb66a7769f6fabcee53840e7076d7e8de52d9608c5bd,4d2d83702e13e83675df81bd575b7bd272486c43b37adcee01f3e3ad6e1c4bb5 | |
| videos/O-59/00000/revised/video.mp4,"On a bakery counter, a row of shaped biscuits lies on a parchment strip. Insert a ring-shaped biscuit at position 4. Show the biscuit fading in above the sequence, sliding down to its position, and the remaining biscuits shifting to accommodate the new addition.","Insert the symbol ◯ at position 4. Show the symbol fading in above the sequence, sliding down to its position, and the remaining symbols shifting to accommodate the new addition.",O-59,00000,revised,bakery_kitchen,,1024,1024,10.0,28,,e5ffc25e04b4d1da0d67128004e01e1484134601fffed64cc1557b2778b2551f,02523ebc379caf7fc5f3f199cc51e137da347f0e12efa7565f142ab597c9e42f | |
| videos/O-59/00001/revised/video.mp4,"On a bakery counter, a row of shaped biscuits lies on a parchment strip. Insert a ring-shaped biscuit at position 6 in the sequence. The video shows the new biscuit fading in above the target position, then sliding down while other biscuits shift to make room.","Insert symbol ◯ at position 6 in the sequence. The video shows the new symbol fading in above the target position, then sliding down while other symbols shift to make room.",O-59,00001,revised,bakery_kitchen,,1024,1024,10.0,28,,61635c6bb2a15e6bef2b38537d1f206681cf3a55e6e5c8721c5c058928f0c9d7,fcdf1ea29df1341c638296ccfece588ff532453afc98fae3182131c4392f56d2 | |
| videos/O-59/00002/revised/video.mp4,"On a bakery counter, a row of shaped biscuits lies on a parchment strip. Place a heart-shaped biscuit at position 2 in the biscuit sequence. The insertion is shown by the new biscuit materializing above the target location and descending into position while subsequent biscuits shift right.",Place symbol ♥ at position 2 in the symbol sequence. The insertion is shown by the new symbol materializing above the target location and descending into position while subsequent symbols shift right.,O-59,00002,revised,bakery_kitchen,,1024,1024,10.0,28,,9b17a278645a97cfd2a3a07261ab8acd421eefdbe20eaec0d673bc30b4d86006,9373740e88bfc681db5e0b5bd4ea1921b8af06ed8ad88af2848662c43fb01b22 | |
| videos/O-59/00003/revised/video.mp4,"On a bakery counter, a row of shaped biscuits lies on a parchment strip. Insert a solid round biscuit at position 6. Show the biscuit fading in above the sequence, sliding down to its position, and the remaining biscuits shifting to accommodate the new addition.","Insert the symbol ● at position 6. Show the symbol fading in above the sequence, sliding down to its position, and the remaining symbols shifting to accommodate the new addition.",O-59,00003,revised,bakery_kitchen,,1024,1024,10.0,28,,541823235b230f29efa482490d018c4be70f5c4688cb64cfbf7c541cc347b254,ac700f94a29cd0f0714abc2a165d828e35f3d289786d4837b71bc7e31e2aae81 | |
| videos/O-59/00004/revised/video.mp4,"On a bakery counter, a row of shaped biscuits lies on a parchment strip. Place a left-pointing triangular biscuit at position 5 in the biscuit sequence. The insertion is shown by the new biscuit materializing above the target location and descending into position while subsequent biscuits shift right.",Place symbol ◀ at position 5 in the symbol sequence. The insertion is shown by the new symbol materializing above the target location and descending into position while subsequent symbols shift right.,O-59,00004,revised,bakery_kitchen,,1024,1024,10.0,28,,4e674ab7ab9061db16bfb10d09f81cc8c7459f63c0dbf92b0d1fb97ad56dbc44,3361ff5ef9cd984250adbe634ad89299e9e90a6a72b9c4dd92c8b05596fe3be2 | |
| videos/O-60/00000/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Replace the heart-shaped biscuit at position 4 with a downward-pointing triangular biscuit. First, fade out the biscuit at position 4 and all biscuits to its right. Then, replace the biscuit at position 4 with the downward-pointing triangular biscuit. Finally, make the new biscuit at position 4 and all the original biscuits to its right reappear.","Replace symbol ♥ at position 4 with symbol ▼. First, fade out the symbol at position 4 and all symbols to its right. Then, replace the symbol at position 4 with ▼. Finally, make the new symbol at position 4 and all the original symbols to its right reappear.",O-60,00000,revised,bakery_kitchen,,1024,1024,10.0,20,,559d89bd9f428cf1ab00b23d9c7e016d10e3c25be2f98213636959f86824e5d3,30ede993a61039e6ad9968056b35b47ea4965c149434ff4e5c253b89a62fca44 | |
| videos/O-60/00001/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Replace the solid star-shaped biscuit at position 4 with a ring-shaped biscuit. First, fade out the biscuit at position 4 and all biscuits to its right. Then, replace the biscuit at position 4 with the ring-shaped biscuit. Finally, make the new biscuit at position 4 and all the original biscuits to its right reappear.","Replace symbol ★ at position 4 with symbol ◯. First, fade out the symbol at position 4 and all symbols to its right. Then, replace the symbol at position 4 with ◯. Finally, make the new symbol at position 4 and all the original symbols to its right reappear.",O-60,00001,revised,bakery_kitchen,,1024,1024,10.0,20,,47d8e04aeadb7ac641cf9f38cd664bab86be0ce2f619693029ac7be42dccd690,83b7039187c2e84e024e1e09e082666ec4802a90780fd9d28d327695d468618c | |
| videos/O-60/00002/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Substitute the heart-shaped biscuit at position 2 with a ring-shaped biscuit. First, fade out the biscuit at position 2 and all biscuits to its right. Then, replace the biscuit at position 2 with the ring-shaped biscuit. Finally, make the new biscuit at position 2 and all the original biscuits to its right reappear.","Substitute the symbol ♥ at position 2 with ◯. First, fade out the symbol at position 2 and all symbols to its right. Then, replace the symbol at position 2 with ◯. Finally, make the new symbol at position 2 and all the original symbols to its right reappear.",O-60,00002,revised,bakery_kitchen,,1024,1024,10.0,20,,0791d1936ff139b23368deb5ce39e55fd2de5d334cf1012ab91b4ca49af38756,600ece84b978796ef6fa67a7dbcf8d56bdcaed89f18b71013b2c564da6f8133d | |
| videos/O-60/00003/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Substitute the right-pointing triangular biscuit at position 5 with a hollow square biscuit. The substitution is shown by cross-fading: the original biscuit fades out while the replacement biscuit fades in at the same location.",Substitute the symbol ▶ at position 5 with □. The substitution is shown by cross-fading: the original symbol fades out while the replacement symbol fades in at the same location.,O-60,00003,revised,bakery_kitchen,,1024,1024,10.0,20,,00fee3568ad97c9de1bdca1913af32d3620158a4478784d0e6ee6361015bec95,19eadb0766118367abf08f0d1cc90188bc393fb234df0bd8bc7f58fc77f7d04f | |
| videos/O-60/00004/revised/video.mp4,"On a bakery counter, a row of iced biscuits lies on a parchment strip. Replace the upward-pointing triangular biscuit at position 5 with a solid star-shaped biscuit. First, fade out the biscuit at position 5 and all biscuits to its right. Then, replace the biscuit at position 5 with the solid star-shaped biscuit. Finally, make the new biscuit at position 5 and all the original biscuits to its right reappear.","Replace the symbol ▲ at position 5 with symbol ★. First, fade out the symbol at position 5 and all symbols to its right. Then, replace the symbol at position 5 with ★. Finally, make the new symbol at position 5 and all the original symbols to its right reappear.",O-60,00004,revised,bakery_kitchen,,1024,1024,10.0,20,,e92256df832a6a3e84c470932136aaa693629e5a52e928efe85aff170ee5e589,dc4ddcd3121655f6fe9e1fa6b3b787eda58bcf77c50d9f8ec2df72fa7c009a9f | |
| videos/O-13/00000/revised/video.mp4,"On a leatherworker's bench, steel cutting dies stand on cork boards, with an example row of hexagonal dies along the top. Show the square die first becoming outline-only and then moving up or down. Both transformations should match the example pattern.",Show the shape first becoming outline-only and then moving up or down. Both transformations should match the example pattern.,O-13,00000,revised,leather_craft_studio,,1024,1024,10.0,90,,06714f255610d689dea75315070821104d0ead4b8eb5c23389022f28a2e66992,a7d6c14d9b08ae9e552a060d94d0c88c20cdc948dd0930313642cc2fd9bb3abc | |
| videos/O-13/00001/revised/video.mp4,"On a leatherworker's bench, steel cutting dies stand on cork boards, with an example row of rectangular dies along the top. Show the double-ring die first becoming outline-only and then moving up or down. Both transformations should match the example pattern.",Show the shape first becoming outline-only and then moving up or down. Both transformations should match the example pattern.,O-13,00001,revised,leather_craft_studio,,1024,1024,10.0,90,,70cb23f12a7df3bef7079d72899fe2f33cfb423f8b06f7dcd85e0545561daa02,21507268d722152f5c3bca05b9ff3df117132ea711c7c2ca94cd823cabfa3bd3 | |
| videos/O-13/00002/revised/video.mp4,"On a leatherworker's bench, steel cutting dies stand on cork boards, with an example row of double-ring dies along the top. Show the heart-shaped die first becoming outline-only and then moving up or down. Both transformations should match the example pattern.",Show the shape first becoming outline-only and then moving up or down. Both transformations should match the example pattern.,O-13,00002,revised,leather_craft_studio,,1024,1024,10.0,90,,10aed32a0c8c5a87c9891f6ff61eb334e51327ef7e7a1ffb03c5aa86e180fdb2,6584f2c834161f22f56725c9f95538a33673dc918c3fde565b808835abf66c4a | |
| videos/O-13/00003/revised/video.mp4,"On a leatherworker's bench, steel cutting dies stand on cork boards, with an example row of star-shaped dies along the top. Animate the two-step transformation of the square die: fill-to-outline conversion followed by vertical movement. Finally, restore the fill to match the example row.","Animate the two-step transformation: fill-to-outline conversion followed by vertical movement. Finally, restore the fill to match the reference section.",O-13,00003,revised,leather_craft_studio,,1024,1024,10.0,90,,e5cab76c43b866b50d5240993519b4e0b23c3a972fa2d7c67a2e531010857f3e,415c1c2976b45d271123aaab170eebf2100f6c9eeb8793c5c6f093f1997aab9e | |
| videos/O-13/00004/revised/video.mp4,"On a leatherworker's bench, steel cutting dies stand on cork boards, with an example row of hexagonal dies along the top. Animate the two-step transformation of the oval die: fill-to-outline conversion followed by vertical movement. Finally, restore the fill to match the example row.","Animate the two-step transformation: fill-to-outline conversion followed by vertical movement. Finally, restore the fill to match the reference section. | |
| ",O-13,00004,revised,leather_craft_studio,,1024,1024,10.0,90,,9267022ffaa294a8dcb03a4ce12574e58fed794eb53690ea9c213474d3046413,adb4d071fa34584135bd4fb9ccce04f20f90669daec25d7acf91659dacd4c69e | |
| videos/O-62/00000/revised/video.mp4,"On an open paved lot beside a tall graduated height mast, a red ball hangs in the air. Given physical parameters: initial height of the ball 12.7m, initial upward velocity 4.9 m/s, gravitational acceleration 8.3 m/s². Based on this information, simulate and display the complete motion of the ball over the next 3 seconds, including trajectory and final position.","Given physical parameters: initial height of object 12.7m, initial upward velocity 4.9 m/s, gravitational acceleration 8.3 m/s². Based on this information, simulate and display the complete motion of the object over the next 3 seconds, including trajectory and final position. | |
| ",O-62,00000,revised,survey_ground,,1024,1024,15.0,45,,2e560cc5aa6db5aa107936c63b3dadf7545ac126129b39653b60d2c4d12f2063,08562f51982a3b3eba2edb4c0ea4a7920ff31708443c9a03eaffa908d47cbecb | |
| videos/O-62/00001/revised/video.mp4,"On an open paved lot beside a tall graduated height mast, a red ball hangs in the air. Given physical parameters: initial height of the ball 24.3m, initial upward velocity 4.4 m/s, gravitational acceleration 6.8 m/s². Based on this information, simulate and display the complete motion of the ball over the next 3 seconds, including trajectory and final position.","Given physical parameters: initial height of object 24.3m, initial upward velocity 4.4 m/s, gravitational acceleration 6.8 m/s². Based on this information, simulate and display the complete motion of the object over the next 3 seconds, including trajectory and final position. | |
| ",O-62,00001,revised,survey_ground,,1024,1024,15.0,45,,5c79304906b51b1292e15c15e51ecba009334f89fcee0d48e1e921812c181076,5249c5e6151ad79f1a019d399f6370fe05f27f9f54fb538b76d3754e284b1dd3 | |
| videos/O-62/00002/revised/video.mp4,"On an open paved lot beside a tall graduated height mast, a red ball hangs in the air. Given physical parameters: initial height of the ball 16.9m, initial downward velocity 1.0 m/s, gravitational acceleration 7.5 m/s². Based on this information, simulate and display the complete motion of the ball over the next 3 seconds, including trajectory and final position.","Given physical parameters: initial height of object 16.9m, initial downward velocity 1.0 m/s, gravitational acceleration 7.5 m/s². Based on this information, simulate and display the complete motion of the object over the next 3 seconds, including trajectory and final position. | |
| ",O-62,00002,revised,survey_ground,,1024,1024,15.0,45,,851b4417d0beebcb73022272f054e639e810406985bccc04faca71b85832189b,70bd6159819fa2ccb9ee22527259076ba45c12a00dc00ebfdab4edaa02a3c446 | |
| videos/O-62/00003/revised/video.mp4,"On an open paved lot beside a tall graduated height mast, a red ball hangs in the air. Given physical parameters: initial height of the ball 14.9m, initial upward velocity 5.1 m/s, gravitational acceleration 12.9 m/s². Based on this information, simulate and display the complete motion of the ball over the next 3 seconds, including trajectory and final position.","Given physical parameters: initial height of object 14.9m, initial upward velocity 5.1 m/s, gravitational acceleration 12.9 m/s². Based on this information, simulate and display the complete motion of the object over the next 3 seconds, including trajectory and final position. | |
| ",O-62,00003,revised,survey_ground,,1024,1024,15.0,45,,93561322d8f5dd572aaddfb2ba2090d2cce102ee0c1d441d02e8abb66737e87a,4565aa08d659d3bcb0d1ee31a087f6bdb5c1281d84cdb172e9088b447536e1bb | |
| videos/O-62/00004/revised/video.mp4,"On an open paved lot beside a tall graduated height mast, a red ball hangs in the air. Given physical parameters: initial height of the ball 12.5m, initial downward velocity 2.0 m/s, gravitational acceleration 8.7 m/s². Based on this information, simulate and display the complete motion of the ball over the next 3 seconds, including trajectory and final position.","Given physical parameters: initial height of object 12.5m, initial downward velocity 2.0 m/s, gravitational acceleration 8.7 m/s². Based on this information, simulate and display the complete motion of the object over the next 3 seconds, including trajectory and final position. | |
| ",O-62,00004,revised,survey_ground,,1024,1024,15.0,45,,291c7de5777e0eab5d048b228cbfd5109601d5ec902259f93ef781c800595355,f01e325686a5661259654096de241045ca5c5f9a9c5244a66f12ac4408298ee3 | |
| videos/O-64/00000/revised/video.mp4,"On a wooden bakery bench, iced biscuits shaped as animal faces lie on a black board beside a cream sheet with dark outlines drawn on it. Move each animal-face biscuit into its corresponding dark outline.",Move each animal face into its corresponding dark outline.,O-64,00000,revised,bakery_bench,,1024,1024,30.0,120,,c0997d7680b94789a160e0fe375f2cba89de155a707304a22fc99909af97832c,c902bf11cc6e6532abb973306aad3e3825ec4adaf5b22ee195cd9f71fb4417f6 | |
| videos/O-64/00001/revised/video.mp4,"On a wooden bakery bench, iced biscuits shaped as animal faces lie on a black board beside a cream sheet with dark outlines drawn on it. Move each animal-face biscuit into its corresponding dark outline.",Move each animal face into its corresponding dark outline.,O-64,00001,revised,bakery_bench,,1024,1024,30.0,120,,538c06edf55d0acb1edf06bde59805c139108578d55299de4af768220d53e4b8,ee6bf136145903b135205fd6f374ac3784a2a513c0f463f26489a923a4fe8fa8 | |
| videos/O-64/00002/revised/video.mp4,"On a wooden bakery bench, cute iced biscuits shaped as animal faces lie on a black board beside a cream sheet with dark outlines drawn on it. Drag each animal-face biscuit to its matching silhouette outline.",Drag each cute animal to its matching silhouette.,O-64,00002,revised,bakery_bench,,1024,1024,30.0,120,,cc9a88e88e0f19e61636c628f08f3bad7019e3e7553fe6a328b19567d915b2af,e49878ea6d72e2996510cee3540239eb36aadbe364d3bf7f4b735b72aa843f1f | |
| videos/O-64/00003/revised/video.mp4,"On a wooden bakery bench, iced biscuits shaped as animal faces lie on a black board beside a cream sheet with dark outlines drawn on it. Move each animal-face biscuit into its corresponding dark outline.",Move each animal face into its corresponding dark outline.,O-64,00003,revised,bakery_bench,,1024,1024,30.0,120,,6d1c8e3b048b563e8b666e47c41a211e1b5bec9f57b282c7e2e23e133d24294a,d437768058f1165ae482f62def024f2a44da736b19ee75f7a985b12770efdc8c | |
| videos/O-64/00004/revised/video.mp4,"On a wooden bakery bench, iced biscuits shaped as animal faces lie on a black board beside a cream sheet with dark outlines drawn on it. Move each animal-face biscuit into its corresponding dark outline.",Move each animal face into its corresponding dark outline.,O-64,00004,revised,bakery_bench,,1024,1024,30.0,120,,1869ff3080b3a68decf5591d779d5ab03ac248595c958c664b139c763f0569d9,d2f7d7c96a543ca7666195789e0976128cf454a36fc897008a7fb8d545e5e4fb | |
| videos/O-65/00000/revised/video.mp4,"On a bakery bench, iced biscuits cut in animal-head shapes of different sizes are scattered randomly. Sort the biscuits by size from smallest to largest and align them horizontally at the bottom baseline.",Animal faces of different sizes are scattered randomly on the canvas. Sort them by size from smallest to largest and align them horizontally at the bottom baseline.,O-65,00000,revised,bakery_bench,,1024,1024,16.0,40,,f8e6851de5d3640d8012a63d5911316703f1d928ec17baad6bcb4fc9e5d02f62,995463a1de6ec8329cf9c25eebbb23a9a74d0d535555309168849d2a9b1cfc57 | |
| videos/O-65/00001/revised/video.mp4,"On a bakery bench, iced biscuits cut in animal-head shapes of different sizes are scattered randomly. Sort the biscuits by size from largest to smallest and align them horizontally at the bottom baseline.",Animal faces of different sizes are scattered randomly on the canvas. Sort them by size from largest to smallest and align them horizontally at the bottom baseline.,O-65,00001,revised,bakery_bench,,1024,1024,16.0,40,,f751897e557d31e91ef5aa47d0c157ea96fea40eb8ddd193f2a11b091aef2a11,0923c2e8e5c565f9e817966440a7cad85eb149f2a80a689aba968e74f4526dba | |
| videos/O-65/00002/revised/video.mp4,"On a bakery bench, iced biscuits cut in animal-head shapes of different sizes are scattered randomly. Sort the biscuits by size from smallest to largest and align them horizontally at the bottom baseline.",Animal faces of different sizes are scattered randomly on the canvas. Sort them by size from smallest to largest and align them horizontally at the bottom baseline.,O-65,00002,revised,bakery_bench,,1024,1024,16.0,40,,d9d10013676f53b203e1f671cebccba2cc79f97e8b14328195752d51e7da7dbd,c3940fe744ab2b0cf0559c536476be12270ebe136b5f4b912ff9a6b70517646b | |
| videos/O-65/00003/revised/video.mp4,"On a bakery bench, iced biscuits cut in animal-head shapes of different sizes are scattered randomly. Sort the biscuits by size from largest to smallest and align them horizontally at the bottom baseline.",Animal faces of different sizes are scattered randomly on the canvas. Sort them by size from largest to smallest and align them horizontally at the bottom baseline.,O-65,00003,revised,bakery_bench,,1024,1024,16.0,40,,7b7236cfa68811de5e72d04e4bb4af8ffeeb925f26fc7b8ae4a9c413632a957a,89721ea559eafccfe22f1f9c246cdc62b45bcf802b13f0fc040f67b8f6535309 | |
| videos/O-65/00004/revised/video.mp4,"On a bakery bench, iced biscuits cut in animal-head shapes of different sizes are scattered randomly. Sort the biscuits by size from largest to smallest and align them horizontally at the bottom baseline.",Animal faces of different sizes are scattered randomly on the canvas. Sort them by size from largest to smallest and align them horizontally at the bottom baseline.,O-65,00004,revised,bakery_bench,,1024,1024,16.0,40,,58e4a5d43767ad8d1ab2bdfcfa1f3fb6dd6c8faf18593d249bc68c7e9d316b1d,c013788229b46494f6adc5d70fc8b37c88c664b57cb1dbe30cb3c397c4d842a1 | |
| videos/O-75/00000/revised/video.mp4,"On a laboratory bench, three upright glass tubes joined along the bottom hold blue liquid. Predict the fluid motion in this 3-tube apparatus. Initial heights are 5, 23, 16 cm. Based on gravity 9.8 m/s² and the damping k=1.72, generate a video showing the liquid equalizing to a common level.","Predict the fluid motion in a 3-tube apparatus. Initial heights are 5, 23, 16 cm. Based on gravity 9.8 m/s² and the damping k=1.72, generate a video showing the liquid equalizing to a common level.",O-75,00000,revised,lab_bench,,1024,1024,20.0,66,,65f7f6340da7cd0ac9e2b66a6b199b03566282d1e2934763ba744ed6098ee380,9b9feb5c459191ae17c5811cbf1bf124e9267fdcf6fa211df12e66ac2deefca6 | |
| videos/O-75/00001/revised/video.mp4,"On a laboratory bench, a system of communicating vessels with 5 upright glass tubes, joined along the bottom, is filled with yellow liquid. As shown in the image, the initial liquid levels are: [7, 17, 11, 16, 10] cm. Given the standard gravity (g=9.8 m/s²) and the damping coefficient k=1.76, simulate how the liquid flows until it reaches a stable hydrostatic equilibrium.","A system of communicating vessels with 5 vertical tubes is filled with yellow liquid. As shown in the image, the initial liquid levels are: [7, 17, 11, 16, 10] cm. Given the standard gravity (g=9.8 m/s²) and the damping coefficient k=1.76, simulate how the liquid flows until it reaches a stable hydrostatic equilibrium.",O-75,00001,revised,lab_bench,,1024,1024,20.0,65,,3d4126fc7ae2faef2328ebf09d86a2435d969e47a1fcd368fdc2fa792a68ae02,adad76719b55b205a10198c84c0a9d70d2643a461100db69937b9d76da1ddee3 | |
| videos/O-75/00002/revised/video.mp4,"On a laboratory bench, simulate the restoration of equilibrium in these communicating vessels (4 upright glass tubes joined along the bottom). The tubes hold yellow liquid at initial heights [18, 23, 7, 9] cm. Driven by gravity (9.8 m/s²), the fluid will flow between sections with a damping constant k=1.71.","Simulate the restoration of equilibrium in these communicating vessels (4 tubes). The tubes hold yellow liquid at initial heights [18, 23, 7, 9] cm. Driven by gravity (9.8 m/s²), the fluid will flow between sections with a damping constant k=1.71.",O-75,00002,revised,lab_bench,,1024,1024,20.0,65,,cf5812f20e94c2f42391aa6b24684fe56d49e1be69a333a465a9c42553fe3b50,b3ac69acae244e5b253c35ebdef85cdee89acecde618a3fd9d3c05f9fc148382 | |
| videos/O-75/00003/revised/video.mp4,"On a laboratory bench, simulate the restoration of equilibrium in these communicating vessels (3 upright glass tubes joined along the bottom). The tubes hold blue liquid at initial heights [23, 17, 8] cm. Driven by gravity (9.8 m/s²), the fluid will flow between sections with a damping constant k=1.79.","Simulate the restoration of equilibrium in these communicating vessels (3 tubes). The tubes hold blue liquid at initial heights [23, 17, 8] cm. Driven by gravity (9.8 m/s²), the fluid will flow between sections with a damping constant k=1.79.",O-75,00003,revised,lab_bench,,1024,1024,20.0,65,,47e310dc46261b5de0847085bd23f7a29515fc7927f42c1d55698a3317c71afb,53355bf68c69ce185e9778482fb0d56c754c1cc587737cc01067196ebfee88b0 | |
| videos/O-75/00004/revised/video.mp4,"Here is a communicating vessel apparatus on a laboratory bench: upright glass tubes joined at the base, holding blue liquid. Parameters: Tubes=5, Initial Levels=[9, 14, 19, 13, 20] cm, Gravity=9.8 m/s², Damping k=3.48. Depict the fluid seeking its equilibrium.","Here is a communicating vessel apparatus. Parameters: Tubes=5, Initial Levels=[9, 14, 19, 13, 20] cm, Gravity=9.8 m/s², Damping k=3.48. Depict the fluid seeking its equilibrium.",O-75,00004,revised,lab_bench,,1024,1024,20.0,65,,086a88e0a1eae7a86b2e128a784867eba934b2eb9601153be8c25767a6ed5ed0,5db72eb441131faa12800e91f822931bdd6e4d114724c454eee217e00c71ade3 | |
| videos/O-85/00000/revised/video.mp4,On a wooden workbench lie 2 flat white-topped plates with pink rims: a large round plate and a small oval plate. The 2 plates in the image rotate around their respective centroids at a uniform speed as shown by the arrows and angle labels marked on the bench.,The 2 2D object(s) in the image rotate around their respective centroids at a uniform speed as shown in the diagram.,O-85,00000,revised,workshop_bench,,1024,1024,10.0,11,,b3d138501757f1f93ba3b781d14c4b5cc0b6e369be2f63bf607091e9d7454d20,a87df6fb56b699ed3b517197933d2d6cb63c48c8b6497f9210bf1078767ab21d | |
| videos/O-85/00001/revised/video.mp4,"On a wooden workbench lie 3 flat white-topped plates: a turquoise-rimmed round plate, an orange-rimmed square plate and an orange-rimmed oval plate. The 3 plates in the image rotate around their respective centroids at a uniform speed as shown by the arrows and angle labels marked on the bench.",The 3 2D object(s) in the image rotate around their respective centroids at a uniform speed as shown in the diagram.,O-85,00001,revised,workshop_bench,,1024,1024,10.0,11,,9980ea35776f4f406e8b15c2f7df80c984e3d276df6d08e5952ad3fd23a2f1df,0566ba57d08960f2388093ab69ac51d21c8657cbd071358e58cd4c4b9e307a03 | |
| videos/O-85/00002/revised/video.mp4,"On a wooden workbench lie 4 flat white-topped plates: a turquoise-rimmed polygonal plate, a turquoise-rimmed triangular plate, a green-rimmed oval plate and an orange-rimmed round plate. The 4 plates in the image rotate around their respective centroids at a uniform speed as shown by the arrows and angle labels marked on the bench.",The 4 2D object(s) in the image rotate around their respective centroids at a uniform speed as shown in the diagram.,O-85,00002,revised,workshop_bench,,1024,1024,10.0,11,,5d9518421caabadf1985a00a6e0a51baf0610d3ada58dd1e8a60f43dc4595052,fd57eb6fed0c082f5ad6146669a5381c62a566e81b9110adb64a74dc99485a30 | |
| videos/O-85/00003/revised/video.mp4,"On a wooden workbench lie 5 flat white-topped plates with red, yellow, pink and green rims. The 5 plates in the image rotate around their respective centroids at a uniform speed as shown by the arrows and angle labels marked on the bench.",The 5 2D object(s) in the image rotate around their respective centroids at a uniform speed as shown in the diagram.,O-85,00003,revised,workshop_bench,,1024,1024,10.0,11,,057485f015b31baa15fc905c2e521e6be89001feea2f04ecc554b5e1da56c078,74d853eb44ce136aae86343f8b13dee77a9096cab8fb55ed4ea43d9c35d3eec0 | |
| videos/O-85/00004/revised/video.mp4,"On a wooden workbench lie 5 flat white-topped plates with yellow, green, blue and orange rims. The 5 plates in the image rotate around their respective centroids at a uniform speed as shown by the arrows and angle labels marked on the bench.",The 5 2D object(s) in the image rotate around their respective centroids at a uniform speed as shown in the diagram.,O-85,00004,revised,workshop_bench,,1024,1024,10.0,11,,8527f084da3fd8f2d91ad250aedb516b272f4e0628b519f725ee1ebdb44da3bb,9b4093581d7bfff1f555911bfb04bd9d4dc727f5a7ff465b09e7efcbcdfe3cf5 | |
| videos/O-14/00000/revised/video.mp4,"On a tailoring studio cutting table, red cutting templates are laid out in two rows on a linen sheet. Complete the analogy by revealing the template with the correct scale and outline style.",Complete the analogy by revealing the shape with the correct scale and outline style.,O-14,00000,revised,tailoring_studio,,1024,1024,10.0,90,,9651ee85e1a6cbe99c8e10a30eae64e6dce493fe10d8bbb26c61e96e042a4adb,b586cd2e26c95c6a0317fcfc0d6143fffbd5cf482907efc486803856eaca5cc6 | |
| videos/O-14/00001/revised/video.mp4,"On a tailoring studio cutting table, pale red cutting templates are laid out in two rows on a linen sheet. Show the template first changing size and then becoming outline-only. Both transformations should match the example pattern.",Show the shape first changing size and then becoming outline-only. Both transformations should match the example pattern.,O-14,00001,revised,tailoring_studio,,1024,1024,10.0,90,,a4f4a1deb6b4f30396b1c7d6c012b6d3064e959ec2f272b0a7aaf57bbc407bd1,60deed31e86e9d0653e97654536a40f5f6a29340bd4b47582f09a676eaf9bab1 | |
| videos/O-14/00002/revised/video.mp4,"On a tailoring studio cutting table, purple cutting templates are laid out in two rows on a linen sheet. Show the template first changing size and then becoming outline-only. Both transformations should match the example pattern.",Show the shape first changing size and then becoming outline-only. Both transformations should match the example pattern.,O-14,00002,revised,tailoring_studio,,1024,1024,10.0,90,,548d0cc140c639fa3f12befaea5aafd3c8db3479ba263e9a453547192bf08203,2dc64df04b05d9f4d877aa24ec71edb726ce1fc9e8becf7ad9adb58466a4b805 | |
| videos/O-14/00003/revised/video.mp4,"On a tailoring studio cutting table, lilac cutting templates are laid out in two rows on a linen sheet. Animate the two-step transformation of the template: scale change followed by fill-to-outline conversion.",Animate the two-step transformation: scale change followed by fill-to-outline conversion.,O-14,00003,revised,tailoring_studio,,1024,1024,10.0,90,,5061e704a39cf908a7ce7d7028f4a2bbb8f99a1f913c9d4c5255a0742ba6ef2f,7086e85b3cbcc72c456743551ff415d7812dce5ea39d8eb8de17ba127674a103 | |
| videos/O-14/00004/revised/video.mp4,"On a tailoring studio cutting table, orange cutting templates are laid out in two rows on a linen sheet. Show the template first changing size and then becoming outline-only. Both transformations should match the example pattern.",Show the shape first changing size and then becoming outline-only. Both transformations should match the example pattern.,O-14,00004,revised,tailoring_studio,,1024,1024,10.0,90,,f07c5a1d216b63d358be249efa19de29e0b0776c49086951d1abd4d42ce11968,65a8d35fce9bfea5d79c14014346c892c14187c03c40832ec982601116017595 | |
| videos/O-18/00000/revised/video.mp4,"On graph paper on a desk, a blue ray meets the glass boundary. Given the glass refractive index = 1.43, predict how light refracts when passing through the glass. Extend the refracted ray to the edge of the grid.","Given the glass refractive index = 1.43, predict how light refracts when passing through the glass. Extend the refracted ray to the image edge.",O-18,00000,revised,office_desk,,1024,1024,10.0,35,,c3c03403aabe062c9185d039b9841d843507989e267d306db8a1c00d1035d4cc,9b4bd5e811c852db3a7be580367e01a1a9cf75886f38559edfb6b8cfee40561e | |
| videos/O-18/00001/revised/video.mp4,"On graph paper on a desk, a blue ray meets the glass boundary. Given the refractive index of glass = 1.47, predict the light refraction through the glass surface. The refracted ray must extend all the way to the edge of the grid.","Given the refractive index of glass = 1.47, predict the light refraction through the glass surface. The refracted ray must extend all the way to the edge of the image.",O-18,00001,revised,office_desk,,1024,1024,10.0,35,,0f91cf76c12a04b72224ec89469419cf9f37a637aff1f6ff75d33af923cfa9ef,293659dd03b7f4ae8461db7cd348e88368157a61573d4559eb45c9309b0af4fe | |
| videos/O-18/00002/revised/video.mp4,"On graph paper on a desk, a blue ray meets the glass boundary. Given the glass refractive index = 1.65, predict how light refracts when passing through the glass. Extend the refracted ray to the edge of the grid.","Given the glass refractive index = 1.65, predict how light refracts when passing through the glass. Extend the refracted ray to the image edge.",O-18,00002,revised,office_desk,,1024,1024,10.0,35,,8c79a59766fc2d70f2cb7add35d697932ceac001969f6327503e51ad836b3b06,59c68db439b23e03abc210a814461cc20ed0ecaa6cfc097006a92a4d3386b1ee | |
| videos/O-18/00003/revised/video.mp4,"On graph paper on a desk, a blue ray meets the glass boundary. Given the refractive index of glass = 1.92, predict the light refraction through the glass surface. The refracted ray must extend all the way to the edge of the grid.","Given the refractive index of glass = 1.92, predict the light refraction through the glass surface. The refracted ray must extend all the way to the edge of the image.",O-18,00003,revised,office_desk,,1024,1024,10.0,35,,4ae4fd0973637421d4b99e52c33db95ecec9afb744c97c0342ef87bb67f78129,dc5113c66527328093a1d4640622c7638101312667efb18c5c98c395442ac0ce | |
| videos/O-18/00004/revised/video.mp4,"On graph paper on a desk, a blue ray meets the glass boundary. Given the refractive index of glass = 1.38, predict the refraction of light through the glass. The refracted ray should extend to the edge of the grid.","Given the refractive index of glass = 1.38, predict the refraction of light through the glass. The refracted ray should extend to the edge of the image.",O-18,00004,revised,office_desk,,1024,1024,10.0,35,,dc304bf1176e4c5205d1480e49e1313a517bcc0c80bd29654f2c6c8ec44ff5be,0474f1e54d02ac358a8a49619c7c2ed8d8742c0836c6524c514626cd91679776 | |
| videos/O-56/00000/revised/video.mp4,"On a kitchen counter, white canisters with wooden lids stand on a 3x3 grid of pale green mats, and one mat is empty. This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.",This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.,O-56,00000,revised,detailed_kitchen,,1024,1024,10.0,35,,11c880cd443fe1440b30cfa042c108fa34577a6ef1db3d04465474a83856a99d,b82d4616070a1943631eaba7da6fcd2c7bb76ba017282d877495197548dd2b25 | |
| videos/O-56/00001/revised/video.mp4,"On a kitchen counter, black cross-shaped pieces and round and square white canisters with wooden lids stand on a 3x3 grid of pale green mats, and one mat is empty. This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.",This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.,O-56,00001,revised,detailed_kitchen,,1024,1024,10.0,35,,b5a68c1d81f4d28d45a4a71271724deb25355d389cea30c1e2ffcae19340322e,4b2691be959d3886dc9a23afd142c9d0313c3d76d9b12db758dad735c69a50ac | |
| videos/O-56/00002/revised/video.mp4,"On a kitchen counter, triangular white canisters with wooden lids stand on a 3x3 grid of pale green mats, and one mat is empty. This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.",This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.,O-56,00002,revised,detailed_kitchen,,1024,1024,10.0,35,,e5a22eec29b1b42e5068ff14283fa1121f7007a0f209c5155ce0dfbd55f395a6,58fd72bef52f4ba62a8af006c5fc91e37ff36ba0df448ef749ff509b0c29d360 | |
| videos/O-56/00003/revised/video.mp4,"On a kitchen counter, diamond-shaped white canisters with wooden lids stand on a 3x3 grid of pale green mats, and one mat is empty. This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.",This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.,O-56,00003,revised,detailed_kitchen,,1024,1024,10.0,35,,736e61db5665a9cf599c1f6807dfc0f2e33cc870f78299a075eecd035ab3ca3e,498d17d9f0429a1ead51e9f9822273655b9cd385f6b6cab40f9fd5b41e21e60d | |
| videos/O-56/00004/revised/video.mp4,"On a kitchen counter, square white canisters with wooden lids stand on a 3x3 grid of pale green mats, and one mat is empty. This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.",This is Raven's Progressive Matrices like task. Complete the missing pattern in this 3x3 matrix.,O-56,00004,revised,detailed_kitchen,,1024,1024,10.0,35,,d4820c2ed4cf108b64a3d8442480a2da7a7a11c58b2b63b7067e0811b079b7f3,059c2f2df0b2385fa70122ff213511a966171a21223f881f47b577b26f6d1493 | |
| videos/O-61/00000/revised/video.mp4,"On a bouldering-gym wall, edit the row of climbing holds to meet constraint: minimum 3 red hollow diamond holds. The row currently has 1. Insert 2 red hollow diamond holds at positions 4 and 7 to satisfy the requirement.",Edit to meet constraint: minimum 3 of symbol ◇. The sequence currently has 1. Insert 2 ◇ symbols at positions 4 and 7 to satisfy the requirement.,O-61,00000,revised,climbing_gym,,1024,1024,10.0,46,,3aed34f7721bfdb6acf8e5b7690bceb2ef3949a4fe9d33792b58e9f0278af7a0,7e9c91f3ee4e7b1a349ce39a4ac7b45c878858410ae0aa6d47d0ed67e26cd0af | |
| videos/O-61/00001/revised/video.mp4,"Constraint: The row of climbing holds on the bouldering-gym wall must have at least 4 red diamond holds. Currently there are 1. Insert 3 more red diamond holds at positions 1, 4, and 7.","Constraint: The sequence must have at least 4 of symbol ◆. Currently there are 1. Insert 3 more ◆ symbols at positions 1, 4, and 7.",O-61,00001,revised,climbing_gym,,1024,1024,10.0,64,,9dec5dcc947e39cf7f610c2a47435c18d46a7fc7f5f400d68167d4412ae252c8,f095595518d772bb75a208d645972de70dab4f40b2aedf24a4d68ac48a4c20a3 | |
| videos/O-61/00002/revised/video.mp4,"Satisfy the constraint for the climbing-hold row on the bouldering-gym wall: at least 3 green right-pointing triangle holds. Starting with 1, insert 2 additional green triangle holds at positions 2 and 5.","Satisfy the constraint: at least 3 occurrences of ▶. Starting with 1, insert 2 additional ▶ symbols at positions 2 and 5.",O-61,00002,revised,climbing_gym,,1024,1024,10.0,46,,b2802e9c966129122950167a3013226ca3cf92fefaa848d725968034a264a51a,ca0a04042a23d4f7d1918740a8981a1d2339419f0d17f307a0265934e73ed78e | |
| videos/O-61/00003/revised/video.mp4,"Satisfy the constraint for the climbing-hold row on the bouldering-gym wall: at least 4 orange downward-pointing triangle holds. Starting with 1, insert 3 additional orange triangle holds at positions 5, 6, and 7.","Satisfy the constraint: at least 4 occurrences of ▼. Starting with 1, insert 3 additional ▼ symbols at positions 5, 6, and 7.",O-61,00003,revised,climbing_gym,,1024,1024,10.0,64,,8b4118c558b687d009c7d47d34dbe51315444f7348a3625ab4d2ea289c1326a9,0dd360792deff89318f2d0ef0e31b05198957d1d5d67e59f2803e20d6806af2c | |
| videos/O-61/00004/revised/video.mp4,Constraint: The row of climbing holds on the bouldering-gym wall must have at least 3 purple right-pointing triangle holds. Currently there are 1. Insert 2 more purple triangle holds at positions 3 and 5.,Constraint: The sequence must have at least 3 of symbol ▶. Currently there are 1. Insert 2 more ▶ symbols at positions 3 and 5.,O-61,00004,revised,climbing_gym,,1024,1024,10.0,46,,890294aac6065056e83e31a8ae5bc22553a9f1fde14cd1a9b7f1f94cdd75a533,a5ca6a31b2779dcc8fade23e6c23fff57e7f6e095538ae8cb7eb1bad80fa3575 | |