task stringlengths 38 89 | sample_id stringclasses 2
values | prompt stringlengths 128 932 | first_frame imagewidth (px) 1.02k 1.02k | video video 0.63 12.4 |
|---|---|---|---|---|
Out-of-Domain_50/G-135_select_next_figure_small_large_alternating_sequence_data-generator | 00000 | The top row shows three figures with the same shape and color; their sizes follow small–large–small left to right. A dashed box marks where the fourth figure belongs. Pick the bottom option that continues the alternating size pattern, then the video marks the correct choice with a red circle. Only modify what the task ... | ||
Out-of-Domain_50/G-135_select_next_figure_small_large_alternating_sequence_data-generator | 00001 | The top row shows three figures with the same shape and color; their sizes follow small–large–small left to right. A dashed box marks where the fourth figure belongs. Pick the bottom option that continues the alternating size pattern, then the video marks the correct choice with a red circle. Only modify what the task ... | ||
Out-of-Domain_50/G-136_locate_point_in_overlapping_area_data-generator | 00000 | The scene shows two semi-transparent shapes that partially overlap. Several small points are scattered across the canvas. First identify the points that lie fully inside the overlapping region of the two shapes (not on the boundary), then circle all of those points with red circles. Show the complete solution step by s... | ||
Out-of-Domain_50/G-136_locate_point_in_overlapping_area_data-generator | 00001 | The scene shows two semi-transparent shapes that partially overlap. Several small points are scattered across the canvas. First identify the points that lie fully inside the overlapping region of the two shapes (not on the boundary), then circle all of those points with red circles. Show the complete solution step by s... | ||
Out-of-Domain_50/G-140_locate_topmost_unobscured_figure_data-generator | 00000 | Multiple shapes partially overlap. Outline the topmost (unobscured) shape with a red outline. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-140_locate_topmost_unobscured_figure_data-generator | 00001 | Multiple shapes partially overlap. Outline the topmost (unobscured) shape with a red outline. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-147_identify_unique_figure_in_uniform_set_data-generator | 00000 | A set of shapes is shown on the canvas. Most shapes are the same type and size, and exactly one shape is different. First identify the single unique shape, then circle it with a red circle. Show the complete solution step by step. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-147_identify_unique_figure_in_uniform_set_data-generator | 00001 | A set of shapes is shown on the canvas. Most shapes are the same type and size, and exactly one shape is different. First identify the single unique shape, then circle it with a red circle. Show the complete solution step by step. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-160_circle_largest_numerical_value_data-generator | 00000 | The scene shows 6 numbers on a white canvas. First compare the numerical values of all numbers, then draw one red circle around the single largest number. Do not circle any other numbers. Show the complete circling process step by step. Only modify what the task requires; keep the background and any other element uncha... | ||
Out-of-Domain_50/G-160_circle_largest_numerical_value_data-generator | 00001 | The scene shows 6 numbers on a white canvas. First compare the numerical values of all numbers, then draw one red circle around the single largest number. Do not circle any other numbers. Show the complete circling process step by step. Only modify what the task requires; keep the background and any other element uncha... | ||
Out-of-Domain_50/G-161_mark_second_largest_shape_data-generator | 00000 | There are 3 circles on the screen, with different sizes.
Compare their sizes and find the second largest circle.
The second largest is the shape that would be in position 2 if you sort all shapes by size from largest to smallest.
Circle the second largest shape in red. Only modify what the task requires; keep the backg... | ||
Out-of-Domain_50/G-161_mark_second_largest_shape_data-generator | 00001 | There are 4 circles on the screen, with different sizes.
Compare their sizes and find the second largest circle.
The second largest is the shape that would be in position 2 if you sort all shapes by size from largest to smallest.
Circle the second largest shape in red. Only modify what the task requires; keep the backg... | ||
Out-of-Domain_50/G-167_select_longest_polygon_side_data-generator | 00000 | The image shows an irregular polygon with 8 sides. First compare the lengths of all polygon edges, then mark the single longest side by drawing a small red circle at its midpoint. Only modify what the task requires; keep the background and any other element unchanged. Show the complete solution step by step. | ||
Out-of-Domain_50/G-167_select_longest_polygon_side_data-generator | 00001 | The image shows an irregular polygon with 5 sides. First compare the lengths of all polygon edges, then mark the single longest side by drawing a small red circle at its midpoint. Only modify what the task requires; keep the background and any other element unchanged. Show the complete solution step by step. | ||
Out-of-Domain_50/G-168_identify_nearest_to_square_rectangle_data-generator | 00000 | The scene shows several axis-aligned rectangles with different widths and heights. First compare how close each rectangle is to a perfect square (width-to-height ratio closest to 1:1), then draw one red circle around the single rectangle that is closest to a square. Do not circle any other rectangles. Show the complete... | ||
Out-of-Domain_50/G-168_identify_nearest_to_square_rectangle_data-generator | 00001 | The scene shows several axis-aligned rectangles with different widths and heights. First compare how close each rectangle is to a perfect square (width-to-height ratio closest to 1:1), then draw one red circle around the single rectangle that is closest to a square. Do not circle any other rectangles. Show the complete... | ||
Out-of-Domain_50/G-169_locate_intersection_of_segments_data-generator | 00000 | The scene shows two lines that intersect at exactly one point. First locate the single intersection point where the two lines cross, then draw one red circle around that intersection point. Do not circle any endpoints and do not add any extra lines. Show the complete marking process step by step. Only modify what the t... | ||
Out-of-Domain_50/G-169_locate_intersection_of_segments_data-generator | 00001 | The scene shows two lines that intersect at exactly one point. First locate the single intersection point where the two lines cross, then draw one red circle around that intersection point. Do not circle any endpoints and do not add any extra lines. Show the complete marking process step by step. Only modify what the t... | ||
Out-of-Domain_50/G-174_arrange_circles_by_circumference_data-generator | 00000 | The scene shows 7 circles of different sizes and colors arranged randomly.
Keep every circle unchanged in size and color. Only rearrange their positions.
Align all circles on a single horizontal line. Center the entire row of circles in the image.
Sort them from left to right by circumference, from largest to smallest.... | ||
Out-of-Domain_50/G-174_arrange_circles_by_circumference_data-generator | 00001 | The scene shows 5 circles of different sizes and colors arranged randomly.
Keep every circle unchanged in size and color. Only rearrange their positions.
Align all circles on a single horizontal line. Center the entire row of circles in the image.
Sort them from left to right by circumference, from largest to smallest.... | ||
Out-of-Domain_50/G-189_draw_midpoint_perpendicular_line_data-generator | 00000 | Draw a red perpendicular line through the point at the vertical midpoint between the upper and lower horizontal parallel lines. The line should extend from the upper parallel line to the lower parallel line. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-189_draw_midpoint_perpendicular_line_data-generator | 00001 | Draw a red perpendicular line through the point at the vertical midpoint between the upper and lower horizontal parallel lines. The line should extend from the upper parallel line to the lower parallel line. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-193_draw_next_sized_shape_data-generator | 00000 | A row of shapes of the same type follows a repeating size cycle. The last box is empty. First determine which size should come next in the cycle, then draw the next shape inside the empty box. Only modify what the task requires; keep the background and any other element unchanged. Show the complete solution step by ste... | ||
Out-of-Domain_50/G-193_draw_next_sized_shape_data-generator | 00001 | A row of shapes of the same type follows a repeating size cycle. The last box is empty. First determine which size should come next in the cycle, then draw the next shape inside the empty box. Only modify what the task requires; keep the background and any other element unchanged. Show the complete solution step by ste... | ||
Out-of-Domain_50/G-202_mark_wave_peaks_data-generator | 00000 | The scene shows a continuous wave on a white background. Find all peaks (local maxima: each point where the wave value is greater than both immediate neighbors). Circle each peak with a red hollow outline and a solid red dot at its center, from left to right one by one, and show the solution step by step. Only modify w... | ||
Out-of-Domain_50/G-202_mark_wave_peaks_data-generator | 00001 | The scene shows a continuous wave on a white background. Find all peaks (local maxima: each point where the wave value is greater than both immediate neighbors). Circle each peak with a red hollow outline and a solid red dot at its center, from left to right one by one, and show the solution step by step. Only modify w... | ||
Out-of-Domain_50/G-206_identify_pentagons_data-generator | 00000 | Multiple polygons are shown; exactly one of them is a pentagon (5 sides). Identify that pentagon and mark it with a red circle that expands from the inside out to encircle the shape. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-206_identify_pentagons_data-generator | 00001 | Multiple polygons are shown; exactly one of them is a pentagon (5 sides). Identify that pentagon and mark it with a red circle that expands from the inside out to encircle the shape. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-212_find_incorrect_arrow_direction_data-generator | 00000 | Look at the arrows arranged in a circle on the screen. Please draw a red circle around the arrow pointing in a different direction from the others. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-212_find_incorrect_arrow_direction_data-generator | 00001 | Look at the arrows arranged in a circle on the screen. Please draw a red circle around the arrow pointing in a different direction from the others. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-217_circle_central_dot_data-generator | 00000 | A row of dots is shown. Circle the dot that is in the middle by count (the one with an equal number of dots on each side) with a red circle. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-217_circle_central_dot_data-generator | 00001 | A row of dots is shown. Circle the dot that is in the middle by count (the one with an equal number of dots on each side) with a red circle. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-218_identify_largest_angle_in_triangle_data-generator | 00000 | The scene shows a single triangle on a white background. Identify the vertex where the largest interior angle is located, then circle that vertex with a red circle. Show the solution step by step. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-218_identify_largest_angle_in_triangle_data-generator | 00001 | The scene shows a single triangle on a white background. Identify the vertex where the largest interior angle is located, then circle that vertex with a red circle. Show the solution step by step. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-219_select_leftmost_shape_data-generator | 00000 | Several colored shapes appear on a white background. Draw a red circle around the leftmost shape only. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-219_select_leftmost_shape_data-generator | 00001 | Several colored shapes appear on a white background. Draw a red circle around the leftmost shape only. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-221_outline_innermost_square_data-generator | 00000 | The scene shows multiple concentric squares (same center, from largest to smallest). Identify the innermost square and outline it with a blue square outline. Show the solution step by step. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-221_outline_innermost_square_data-generator | 00001 | The scene shows multiple concentric squares (same center, from largest to smallest). Identify the innermost square and outline it with a blue square outline. Show the solution step by step. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-222_mark_tangent_point_of_circles_data-generator | 00000 | Look at the circles on the screen. Please circle the tangent point of the two circles that are touching with a black circle. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-222_mark_tangent_point_of_circles_data-generator | 00001 | Look at the circles on the screen. Please circle the tangent point of the two circles that are touching with a black circle. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-223_highlight_horizontal_lines_data-generator | 00000 | A set of lines is shown. Circle all horizontal lines with black circles. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-223_highlight_horizontal_lines_data-generator | 00001 | A set of lines is shown. Circle all horizontal lines with black circles. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-240_add_borders_to_unbordered_shapes_data-generator | 00000 | Several shapes are shown; some have black borders and some do not. Add a thin black border to every shape that does not already have one. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-240_add_borders_to_unbordered_shapes_data-generator | 00001 | Several shapes are shown; some have black borders and some do not. Add a thin black border to every shape that does not already have one. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-247_identify_chinese_character_data-generator | 00000 | Find and circle the Chinese character among the displayed characters. Only one character is Chinese. Draw a red circle around it. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-247_identify_chinese_character_data-generator | 00001 | Find and circle the Chinese character among the displayed characters. Only one character is Chinese. Draw a red circle around it. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-248_mark_asymmetrical_shape_data-generator | 00000 | Among the displayed shapes, exactly one is asymmetrical. Identify and circle that asymmetrical shape with a red circle. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-248_mark_asymmetrical_shape_data-generator | 00001 | Among the displayed shapes, exactly one is asymmetrical. Identify and circle that asymmetrical shape with a red circle. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-24_separate_objects_no_spin_data-generator | 00000 | 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. All objects move together at the same time ... | ||
Out-of-Domain_50/G-24_separate_objects_no_spin_data-generator | 00001 | 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. All objects move together at the same time ... | ||
Out-of-Domain_50/G-250_color_triple_intersection_red_data-generator | 00000 | A Venn diagram of circles is shown. Identify the region that lies in all three of the first three circles (triple intersection) and color that region red. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-250_color_triple_intersection_red_data-generator | 00001 | A Venn diagram of circles is shown. Identify the region that lies in all three of the first three circles (triple intersection) and color that region red. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/G-273_high_density_liquid_data-generator | 00000 | There are 4 cups of liquid; above each cup is one identical object (same mass and density), which will fall into the corresponding cup. One cup has a different liquid color from the others, and that cup's liquid color is darker; that cup's liquid density is higher than the object, and the others are lower. By buoyancy:... | ||
Out-of-Domain_50/G-273_high_density_liquid_data-generator | 00001 | There are 4 cups of liquid; above each cup is one identical object (same mass and density), which will fall into the corresponding cup. One cup has a different liquid color from the others, and that cup's liquid color is darker; that cup's liquid density is higher than the object, and the others are lower. By buoyancy:... | ||
Out-of-Domain_50/G-47_multiple_keys_for_one_door_data-generator | 00000 | [Scenario] The image shows a maze with black walls and white paths. The green circle is the agent's starting position. Multiple coloured diamonds mark keys (each a different colour) and a single coloured hollow square marks the door.
[Rules]
1. The agent must collect EVERY key (the key disappears the moment it is picke... | ||
Out-of-Domain_50/G-47_multiple_keys_for_one_door_data-generator | 00001 | [Scenario] The image shows a maze with black walls and white paths. The green circle is the agent's starting position. Multiple coloured diamonds mark keys (each a different colour) and a single coloured hollow square marks the door.
[Rules]
1. The agent must collect EVERY key (the key disappears the moment it is picke... | ||
Out-of-Domain_50/G-54_connecting_color_data-generator | 00000 | The scene shows colored shapes in 3 different colors. Each color appears exactly 2 times. First, for each color, draw one smooth curve connecting the leftmost and rightmost shapes of that color. Only connect shapes with the exact same color, and do not connect different colors. Keep the curves from crossing any shapes ... | ||
Out-of-Domain_50/G-54_connecting_color_data-generator | 00001 | The scene shows colored shapes in 3 different colors. Each color appears exactly 2 times. First, for each color, draw one smooth curve connecting the leftmost and rightmost shapes of that color. Only connect shapes with the exact same color, and do not connect different colors. Keep the curves from crossing any shapes ... | ||
Out-of-Domain_50/O-11_shape_color_then_move_data-generator | 00000 | The scene shows a sequential analogy A→B→C :: D→?→? with three shapes per row. On the top row, a circle changes its color, then moves down. On the bottom row, apply the same two-step transformation to the rectangle: first recolor it to match the new color demonstrated on the top row, then move down. Show both transform... | ||
Out-of-Domain_50/O-11_shape_color_then_move_data-generator | 00001 | The scene shows a sequential analogy A→B→C :: D→?→? with three shapes per row. On the top row, a minus changes its color, then moves down. On the bottom row, apply the same two-step transformation to the plus: first recolor it to match the new color demonstrated on the top row, then move down. Show both transformations... | ||
Out-of-Domain_50/O-22_construction_stack_data-generator | 00000 | Match the left CURRENT stacks to the TARGET on the right by moving blocks (one top block per move). Keep the TARGET stacks on the right unchanged. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-22_construction_stack_data-generator | 00001 | Rearrange the left CURRENT stacks into the TARGET layout shown on the right. Only the top block of a stack may move each step. The right-side TARGET must remain visually unchanged throughout the video. Show clear block motion. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-27_move_2_object_to_2_target_data-generator | 00000 | In the scene there are two objects and their corresponding target outlines; each outline matches its object in color and shape. Move each object to its matching outline via shortest path. Both objects move together at the same time and reach their target outlines simultaneously. Show the movement step by step. Only mod... | ||
Out-of-Domain_50/O-27_move_2_object_to_2_target_data-generator | 00001 | In the scene there are two objects and their corresponding target outlines; each outline matches its object in color and shape. Move each object to its matching outline via shortest path. Both objects move together at the same time and reach their target outlines simultaneously. Show the movement step by step. Only mod... | ||
Out-of-Domain_50/O-2_pigment_color_mixing_subtractive_data-generator | 00000 | The scene shows two solid-colored circular pigment blobs on the left and right of a white canvas, and a black-bordered square mixing zone in the centre. In subtractive (multiply) pigment mixing, the mixed color is the per-channel product of the two pigments: mixed = round(c1 * c2 / 255) (white keeps a color unchanged, ... | ||
Out-of-Domain_50/O-2_pigment_color_mixing_subtractive_data-generator | 00001 | The scene shows two solid-colored circular pigment blobs on the left and right of a white canvas, and a black-bordered square mixing zone in the centre. In subtractive (multiply) pigment mixing, the mixed color is the per-channel product of the two pigments: mixed = round(c1 * c2 / 255) (white keeps a color unchanged, ... | ||
Out-of-Domain_50/O-39_maze_data-generator | 00000 | The scene shows a 15×15 grid maze with dark walls and white pathways. A green circular marker indicates the starting position, and a red flag marks the end position. Starting from the green start position, navigate through the maze by moving along the white pathways. You can move to adjacent cells (up, down, left, righ... | ||
Out-of-Domain_50/O-39_maze_data-generator | 00001 | The scene shows a 15×15 grid maze with dark walls and white pathways. A green circular marker indicates the starting position, and a red flag marks the end position. Starting from the green start position, navigate through the maze by moving along the white pathways. You can move to adjacent cells (up, down, left, righ... | ||
Out-of-Domain_50/O-43_object_subtraction_data-generator | 00000 | Remove all cube objects from the scene. Keep all other objects unchanged. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-43_object_subtraction_data-generator | 00001 | Remove all orange objects from the scene. Keep all other objects unchanged. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-46_shape_sorter_data-generator | 00000 | Solve the shape sorter puzzle exactly as shown. Move each colored shape card from the left staging area into its matching outline on the right. Keep the camera fixed in a top-down view throughout. Move only one card at a time, sliding each card smoothly without teleportation. Match the pink hexagon, red diamond, and fi... | ||
Out-of-Domain_50/O-46_shape_sorter_data-generator | 00001 | Solve the shape sorter puzzle exactly as shown. Move each colored shape card from the left staging area into its matching outline on the right. Keep the camera fixed in a top-down view throughout. Move only one card at a time, sliding each card smoothly without teleportation. Match the orange square, pink diamond, and ... | ||
Out-of-Domain_50/O-49_symmetry_completion_data-generator | 00000 | Complete this checkerboard pattern by filling in the missing cells on the right side. The left half shows a checkerboard pattern where adjacent cells alternate between filled and empty. Mirror the left half across the vertical center line to complete the symmetric checkerboard. Keep the camera view fixed in the top-dow... | ||
Out-of-Domain_50/O-49_symmetry_completion_data-generator | 00001 | Complete this pattern by filling in the missing cells on the right side. The left half shows a pattern that should be mirrored to create a symmetric pattern. Mirror the left half across the vertical center line to complete the symmetric pattern. Keep the camera view fixed in the top-down perspective and maintain all ex... | ||
Out-of-Domain_50/O-54_control_panel_data-generator | 00000 | The image shows a control panel with three identical control units. Each unit has a colored indicator light at the top and a control lever at the bottom that can be moved to three positions (left, middle, or right). Each control unit has its own single indicator light, whose color is determined solely by that unit's le... | ||
Out-of-Domain_50/O-54_control_panel_data-generator | 00001 | The image shows a control panel with three identical control units. Each unit has a colored indicator light at the top and a control lever at the bottom that can be moved to three positions (left, middle, or right). Each control unit has its own single indicator light, whose color is determined solely by that unit's le... | ||
Out-of-Domain_50/O-56_raven_data-generator | 00000 | Complete the progressive matrix puzzle: infer the rule from the eight visible cells and draw the correct pattern in the bottom-right cell. Do not alter any other cell. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-56_raven_data-generator | 00001 | Complete the progressive matrix puzzle: infer the rule from the eight visible cells and draw the correct pattern in the bottom-right cell. Do not alter any other cell. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-58_symbol_delete_data-generator | 00000 | Delete the yellow solid star at position 6. The animation shows the target symbol smoothly fading to the background colour until it is no longer visible, then the remaining symbols slide leftward to close the gap and form the post-deletion arrangement. Only modify what the task requires; keep the background and any oth... | ||
Out-of-Domain_50/O-58_symbol_delete_data-generator | 00001 | Delete the indigo solid triangle at position 4. The animation shows the target symbol smoothly fading to the background colour until it is no longer visible, then the remaining symbols slide leftward to close the gap and form the post-deletion arrangement. Only modify what the task requires; keep the background and any... | ||
Out-of-Domain_50/O-59_symbol_insert_data-generator | 00000 | Insert a orange hollow diamond at position 5. A reference panel in the top-right shows the target symbol. Existing symbols to the right of the target slot slide right to make room, then the new symbol fades in above the gap and slides down into the target slot. Only modify what the task requires; keep the background an... | ||
Out-of-Domain_50/O-59_symbol_insert_data-generator | 00001 | Insert a blue solid diamond at position 4. A reference panel in the top-right shows the target symbol. Existing symbols to the right of the target slot slide right to make room, then the new symbol fades in above the gap and slides down into the target slot. Only modify what the task requires; keep the background and a... | ||
Out-of-Domain_50/O-5_symbol_deletion_data-generator | 00000 | The scene shows a horizontal sequence of colored geometric symbols arranged from left to right. Each symbol is a distinct geometric shape with a specific color, and exactly one symbol is marked as the deletion target by a red rectangular border surrounding it. In symbol deletion tasks, the target symbol identified by t... | ||
Out-of-Domain_50/O-5_symbol_deletion_data-generator | 00001 | The scene shows a horizontal sequence of colored geometric symbols arranged from left to right. Each symbol is a distinct geometric shape with a specific color, and exactly one symbol is marked as the deletion target by a red rectangular border surrounding it. In symbol deletion tasks, the target symbol identified by t... | ||
Out-of-Domain_50/O-60_symbol_substitute_data-generator | 00000 | Substitute the solid right triangle at position 2 with a blue solid triangle. A reference panel in the top-right shows the target symbol. The animation shows the old symbol smoothly fading out into the white background, then the new symbol smoothly fading in from white to its full color at the same position. Only modif... | ||
Out-of-Domain_50/O-60_symbol_substitute_data-generator | 00001 | Substitute the solid right triangle at position 3 with a violet hollow star. A reference panel in the top-right shows the target symbol. The animation shows the old symbol smoothly fading out into the white background, then the new symbol smoothly fading in from white to its full color at the same position. Only modify... | ||
Out-of-Domain_50/O-61_symbol_edit_data-generator | 00000 | The sequence currently has 1 of symbol hollow circle. Constraint: at least 4 of symbol hollow circle. A reference panel in the top-right shows the target symbol. Insert 3 hollow circle symbols at positions 1, 5, and 6 to satisfy the constraint. Only modify what the task requires; keep the background and any other eleme... | ||
Out-of-Domain_50/O-61_symbol_edit_data-generator | 00001 | The sequence currently has 1 of symbol solid heart. Constraint: at least 3 of symbol solid heart. A reference panel in the top-right shows the target symbol. Insert 2 solid heart symbols at positions 2 and 6 to satisfy the constraint. Only modify what the task requires; keep the background and any other element unchang... | ||
Out-of-Domain_50/O-62_gravity_physics_data-generator | 00000 | A ball at height 15.0m with initial downward velocity 1.8 m/s falls under gravity 6.9 m/s² and bounces on ground with elasticity 0.70. Show the full trajectory with velocity arrows (direction and magnitude) updating throughout until the ball stops. Only modify what the task requires; keep the background and any other e... | ||
Out-of-Domain_50/O-62_gravity_physics_data-generator | 00001 | A ball at height 12.5m with initial downward velocity 0.9 m/s falls under gravity 10.1 m/s² and bounces on ground with elasticity 0.70. Show the full trajectory with velocity arrows (direction and magnitude) updating throughout until the ball stops. Only modify what the task requires; keep the background and any other ... | ||
Out-of-Domain_50/O-64_animal_matching_data-generator | 00000 | Colored animal faces are on the left side of the canvas, and dark outlines of animals are on the right side. Move each colored animal face to its matching outline via the shortest path. All animal faces move together at the same time and reach their matching outlines simultaneously. Only modify what the task requires; ... | ||
Out-of-Domain_50/O-64_animal_matching_data-generator | 00001 | Colored animal faces are on the left side of the canvas, and dark outlines of animals are on the right side. Move each colored animal face to its matching outline via the shortest path. All animal faces move together at the same time and reach their matching outlines simultaneously. Only modify what the task requires; ... | ||
Out-of-Domain_50/O-65_animal_size_sorting_data-generator | 00000 | 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. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-65_animal_size_sorting_data-generator | 00001 | 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. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-6_2d_geometric_transformation_data-generator | 00000 | The scene shows a colored 2D polygon, a rotation center marked by a small circular marker, and a dashed target outline indicating the final orientation. Only orientation changes. Rotate the polygon in the counterclockwise direction. First note the polygon’s initial orientation and the marked center, then read the dashe... | ||
Out-of-Domain_50/O-6_2d_geometric_transformation_data-generator | 00001 | The scene shows a colored 2D polygon, a rotation center marked by a small circular marker, and a dashed target outline indicating the final orientation. Only orientation changes. Rotate the polygon in the counterclockwise direction. First note the polygon’s initial orientation and the marked center, then read the dashe... | ||
Out-of-Domain_50/O-85_2d_object_rotation_data-generator | 00000 | The scene contains 3 2D object(s). Show them rotating counterclockwise by 176 degrees around their respective centroids. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-85_2d_object_rotation_data-generator | 00001 | The scene contains 3 2D object(s). Show them rotating counterclockwise by 64 degrees around their respective centroids. Only modify what the task requires; keep the background and any other element unchanged. | ||
Out-of-Domain_50/O-9_shape_scaling_data-generator | 00000 | The image shows an analogy A:B :: C:?. A and C are shapes in their original sizes, B is the scaled version of A, and ? is the missing scaled version of C. In the example A → B, the heart is rescaled by a fixed factor. Infer this scaling factor by comparing A and B, then apply the same factor to C (the pentagon) to deci... | ||
Out-of-Domain_50/O-9_shape_scaling_data-generator | 00001 | The image shows an analogy A:B :: C:?. A and C are shapes in their original sizes, B is the scaled version of A, and ? is the missing scaled version of C. In the example A → B, the L_shape is rescaled by a fixed factor. Infer this scaling factor by comparing A and B, then apply the same factor to C (the trapezoid) to d... |
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