[ { "images": [ "TIR-Bench/data/color/65.png" ], "doc_id": "color_1069", "problem": "\nWhat is the HSV value of the given color in the image? Select from the following choices. (A) [22, 61, 3] (B) [78, 52, 100] (C) [78, 54, 100] (D) [76, 52, 100]", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/138.png" ], "doc_id": "color_33", "problem": "\nWhat color in the pie chart has the proportion closest to 25%? Select from the following choices. (A) light blue (B) green (C) purple (D) cyan", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/128.png" ], "doc_id": "color_333", "problem": "\nWhich color is the second largest color in this image? Select from the following choices. (A) Yellow (B) Green (C) Orange (D) Red", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_81.jpg" ], "doc_id": "jigsaw_824", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 21, 24, 11, 22, 17, 18, 15, 5, 20, 4, 9, 14, 6, 10, 8, 3, 2, 19, 25, 23, 1, 13, 16, 12]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/new_8.jpg" ], "doc_id": "visual_search_301", "problem": "\nWhat is the height limit for vehicles driving on the right-most lane?\nA. It cannot be determined\nB. 3.1 meters\nC. 3.5 meters\nD. 4.6 meters", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_118.jpg" ], "doc_id": "jigsaw_1017", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[4, 27, 7, 31, 33, 3, 20, 26, 36, 1, 14, 21, 29, 17, 23, 12, 22, 9, 8, 25, 5, 10, 32, 34, 35, 16, 13, 11, 2, 30, 19, 24, 28, 6, 15, 18]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/157.png" ], "doc_id": "color_642", "problem": "\nWhat is closest to the proportion of the color azure in the flag? Select from the following choices. (A) 20% (B) 30% (C) 40% (D) 50%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/contrast/39_low.png" ], "doc_id": "contrast_603", "problem": "\nHow many people are holding the first banner?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/contrast/37_low.png" ], "doc_id": "contrast_968", "problem": "\nHow many people are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/word_search/7.jpg" ], "doc_id": "word_search_628", "problem": "\nIn the figure, in which row and column does the number 8 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[17, 1]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/hr_5.png" ], "doc_id": "visual_search_717", "problem": "\nWhat is the number written on the sign visible in the background of the image?\nA. 09-27\nB. 08-28\nC. 08-26\nD. 07-25", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/52.png" ], "doc_id": "spot_difference_659", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "9, 13, 14, 16, 17, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_36.png" ], "doc_id": "rotation_game_270", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 65°\nB. 70°\nC. 85°\nD. 105°\nE. 75°\nF. 95°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000288691.jpg" ], "doc_id": "refcoco_484", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by cow on right facing away?\nA: 26%\nB: 42%\nC: 50%\nD: 18%\nE: 34%\nF: 10%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/37.png" ], "doc_id": "math_624", "problem": "\nf(4)-f(2) is approximately ( )\nA. 1.5\nB. 1.75\nC. 2\nD. 2.25\nE. 2.5\nF. 2.75\nG. 3", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/realworld-12.jpg" ], "doc_id": "visual_search_1020", "problem": "\nWhat is the four-digit number following 30-() on the license plate of the bus on the left-hand side?\n", "solution": "3549", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/62.png" ], "doc_id": "spot_difference_297", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "8, 10, 11, 12, 13, 17", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/61.png" ], "doc_id": "maze_1112", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRDDRRDRURRDRRDRDDUDLRDDRDRRRLLDDDUDLRDRRULDRDDRRLDRDRRUDDRRLDRDUDRULULLLDUDLRDDRDDRRURDURLRRRDRDLRRRUDRLDRRDURLRLDD\nB. ULRLULLDDLDRDDURRUUDRRDLRLULUDLRLDULULLDLLDDLURDRDULRLLLRULUDLDRRUDLUDRULURDDLULLUURRDDLDUDLDLUDLDULLDRRRLLLLUUDLDRDLLRLDLLULRLULDRDULULDLULUURDDDLDRDLDRRULLURLRLRUUUDRDLUDLLDLUDUDURDDUULDLDULDLLLUURRRDLDRLDRUR\nC. LRLDRLLDRRDRURDRDDUDDDRLDLLRRLURDRRRRLDDLUDDRRDDRRUURDDRURDDRDLRDRUDRDDDRUDDDDDDLULRRLRDRUDLLUDDDURRRDURULRDDRRUDUUURURLDDRRDDRRUDLDDRDRRU\nD. RRRRDDLLLLDDDDDDDDRRDDDDLLDDRRDDDDDDDDLLDDDDRRUURRUUUURRDDDDRRUURRDDRRDDRRUUUULLUUUUUULLLLDDLLUUUURRRRUUUURRDDRRUURRRRRRDDDDRRDDLLLLLLLLDDDDRRDDRRDDRRUURRDDDDRRUUUUUUUURRDDRRDDLLDDDDRR\nE. RRRRDDLRULRLRRDLDRULUDDRDDDRDDRDLRRDDLRRDRDDLULDRDURUDDRRRRUDDRRURRDULDDDDDUUDRRLRRRRULURLRDDDRRDRDDLDDLRRDDRRURRLRDDLRL\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_103.jpg" ], "doc_id": "jigsaw_277", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 31, 16, 28, 24, 1, 20, 36, 22, 34, 13, 29, 6, 5, 4, 19, 10, 32, 2, 21, 27, 26, 33, 30, 7, 25, 23, 12, 11, 14, 15, 17, 9, 35, 8, 18]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/121.png" ], "doc_id": "maze_1073", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDDDDLLDDDDDDRRRRUURRUUUURRRRDDRRRRDDDDRRRRDDRRDDDDRRDDLLDDRRDDRRDDRRDDDDRRRRDDDDRRRRRRRRRRDDLLLLLLDDDDLLLLUULLUUUUUULLDDDDLLDDLLUULLUURRUURRUULLUUUULLUULLDDLLDDLLDDRRRRDDLLLLDDLLLLUULLLLUUUUUULLDDDDDDLLUULLDDDDDDRRRRDDLLLLDDRRDDRRRRUUUURRUURRRRRRRRUURRDDDDDDLLLLUULLLLDDRRDDLLLLDDLLLLLLDDDDLLDDRRRRRRDDRRRRUURRRRUULLUUUURRDDRRDDDDRRUURRDDRRRRUUUURRRRRRDDDDLLDDRRRRDDRRRRUUUUUURRUULLLLUUUURRUUUURRDDDDDDRRDDRRUURRRRRRDDRRDDDDLLDDLLLLDDRRRRRRUURRDD\nB. DRRRDRRRDRRRRDDDRDDRDRDRDDDDDDRDDRDRDRDDRDRDDRRDRRRDDRDLUDRDDRRLDRRRURRRDDDDDRURRRRULRRLRUDRRRDRRRLDRLRDUDDULRDDRDDLLRRLDDRDDDDRRDRRDDDRDRLUDR\nC. DDRRRRDLRRLRRLLDUDRDDRDLUDDDRDDRLRLRDUDDLRRRDLDRLRURRRDDDDRDRUDRRRDRRRLRDDRDDRDRRLDDRRRRRRDDDRDRURRDDDDLDLDRDRDRDRRRLRRUDRDRDRUDRDRRRLRRDRRDDDRDDDDDDDRRUR\nD. UULDLUULRRLLDULURLRUDRDDUDDDUURRDDLULURDULULLLRRRRDDUUDDLLURDRLURRDLURLRLDUUDULLLLRDLURURRDURLUDRRLLUDRLLLUURDDULDDLRDRULURDURURURLLDRLDLURDDRDDUULULRDLUDLLLULURUDLRRRLDDULLDLURRRRDLLUURLRLDRUULULDURURUDDUUUDDURDUULULDRLUDUDUURURLDLLUDUUDLDRULDRLLRDUURRRRLURULLRRDDDRDDDLDDRURDDLRRLRUDDLLLULRDDLDLLDLUDLLULDDDDDDLDLDDRDLLDURLUUDLLUDULRRRDRULRRLRRRLRLLLLDLLDLLDLRDDDRRDDRULRLRURLULRDRUDRURDLRLRULLRDDDRLLUURUDRDULULDURUDRURDDUULUUUDDDUDUULLRLDLLLDRLDDUDRRURDU\nE. LLRDDUDURRUULDRLRDLUUURDDRDLLRLDLLDLLUDDRLLUDLRDUUURRULLDUDDLRURUURDLDLUDRRURDRLLUDLRULRDURRLURDRRULUUUURDRLDLLLUURDURUUULDUUDRRLURDRLRULRLLURRLDULRULDLDDLLLUUURLUDLRULDLLDULRDLRRLUDDDUDDRUUDRLLLRURLRDRDRLDRUDDRDUDDRDDRUUURDRLLRRDRLDURRLRRRDDLLDDLLDRUUDLDUDLDRURRURDUULDURLUULRRLDLLDUDLLULLRRURULDLLLRUDDRDULURDRRULULDURLRURUUURRUDRDRLRLRDDLLLDULRRLRUUDLDUDDLLDLRURUDLLURULDULUDLURURRRDRRRUDUDUURURUDRURUDUDDULDRDRRUUULUUDUUURRLRURURDURDLRDRRRRRRUDULDDLUUDLLULRDDDRUUUURUUDULRU\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/ocr/30.jpg" ], "doc_id": "ocr_427", "problem": "\nwhat is written in the image?", "solution": "OALFVR", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_42.jpg" ], "doc_id": "jigsaw_904", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[13, 5, 10, 9, 1, 11, 3, 2, 7, 8, 14, 15, 4, 12, 6, 16]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/126.png" ], "doc_id": "maze_510", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UDRDRURURDDLRLRRRDDRDLDRLRURUUUDUDRLUDLRDUURRDUULDDRULLURRULULLLRRRULLDLULRRRURULLDRLRUDUURDRURDRDULDLRRDUDLDRDUDRRRURRLLDRUULRUDULDLLLDLLDRULLUDDLULLLRDRUDUDUURLUDUUULRLUDRLLRDRDURURDDDRLDDDDRUUUDDUDLLRURUDDRLLDDLDLURLDRLRRRDDDUDDDLURRRDUUULRURDUDRRRURDURDLURRDDURDDUDDURRUULLDRDLRLULRDDURLDRRDURDDDRUUULDUULURDRDRUDLRRRRULDUDDDUDUDRLLUURRDUDDDRDRLRLURRURURRLDULRRDULULRRLRDRLDDDDRURLRULLLDUUDLLUDLLULDDUU\nB. LUDLUDRRDRRUDRUURDLRUDRRURRRRDLRLUUDUURRRRURURDLDRDRLULULDUUDULDUDRRURRLDDRDUDDLUURURRUDRRUUDLLLDDLRUDLRDUDLRUDDUUULLRRULDRLDRDRUDRRDRUDRLDDULLUDRRULRLDDDRLLDULDLDRUDRUUUDLDLULLDRUDRRDDUUUURULDUDRDUDRRDURRLLDULDLDRDDDUDULRDRRDLRDDRLRRUDDUUDLLRRRLUULLRURLRLURUUDRRDDLLDDDLDLLRLRUULRURRRDDLURDRDRRUDDDRURLRLRLDLLLUUUUUDUDDDRULLDUUDRURDDRUDUULURDUURUDDLLDLRRLDDDLDUDRLLRLDUUUDRDDDDLRLLDDDLRRLLUDDLDRDUDRDLUDUUR\nC. DRRRDLLDDRRRRDDRDRUDLRRRDDDLDDRRRDDDRLRDRDRRRRRDRDRRDDDLLDLDLRRDLDURDRDUUDRRDRURRLDDLRURLDRRRRLRDDUDRDLDRRRDDRRRDDRRURLRRRDLDDLDDRDDRRRLDRRDURRLDUUDRDLRRRDRDLURRDDRRDLDLDRRDURRRDULRDDL\nD. DDLURDURLRRRDRDURDRRRDRDRDDRDDLDRDDLRDRDRUUDRUDRRRDRRDDDRDRDUDDRRRRDRUDRRRDLDRDDRDRDDDRDRDRDDRRRRDRRDRDRDRRRRRLLULRDLRDDRDDRDRRDDLDLRDRDRUDDRDDRURDUDLDD\nE. RDRRRRRRRRDDDLRDRLDRDRLRUDRRRUDDDDRDRUDDDDDRRRDRLDDDDRDDRURRDDDRRRDRRDRLDUDDLLDLDRDRDUDDDRRRRRRRDRRRDRLDDRLRLLUDRULRRLLLRRDULDDDURDDUDRRRLDDRDURRDDRRRRRDRURUDDRDDRDDLRRUDLDDR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/59.jpg" ], "doc_id": "word_search_928", "problem": "\n图中犬字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[14, 16]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/art_18.jpg" ], "doc_id": "visual_search_582", "problem": "\nHow many poultry are on the haystack at the center of the image?", "solution": "4", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_25.png" ], "doc_id": "rotation_game_321", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 355°\nB. 5°\nC. 15°\nD. 10°\nE. 20°\nF. 0°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/120.png" ], "doc_id": "math_193", "problem": "\nThe buoyant force acting on the iron block is approximately\nA. 0.8\nB. 0.9\nC. 1\nD. 1.1\nE. 1.2\nF. 1.3", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/25.jpg" ], "doc_id": "instrument_1100", "problem": "\nAccording to the image, the reading of the second instrument from the right in the second row is approximately () bar.\nA 0\nB 0.1\nC 0.2\nD 0.3\nE 0.4\nF 0.5", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/90.png" ], "doc_id": "maze_465", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDDDRRDRLRRDRDRDLDDDDDDUDLDRDRLDDDLRURRULRDRDRDRLRDUULDUDRDRDRRRRDDRDURDDRRDRRLDDRDULDRDRDRULRRLRLLDUDLDRLDRDDRRRLDLLURURRRDRRRRDLRDRLRLDRDRRRRLRRRDRUDRUDLURULRLRDULRD\nB. DURRDLLUDRRRULLRRDULRRDDUDURDRUDDUDLRDLLRDRDUDLRLULLDULUURUDLDLRULRLURRLDRUDDRDRUUUURLRLDLRDULRRDLURURUUDUDLULUDDRRDUDDRUUDDULUDLUUDUDULRRDDDLDLUDLRDLDRLDDDRULRLRUDLULDDLUDRLDUUDURURUULRDDRRLDLUDRLUDDDDLLRDUDLDLDRUUULRLRRULLUUDURLURUDLULUDULURRURUDLDURRUDRDRDULUUURRDDRLRURUUDRUDRRUURLRLRRLRD\nC. DDDDLLRRRRULRRRDRDRUDRRUDRDDRRLDLDRUDDDRDDDRLRUUDDLRRDRRDRDLRRDRRDDRDDRRRDRRUDLDRLDRDRDDRRLRUDRRDDDDRDDDRRLDDUDDRURDRDRRRRLDURDRUD\nD. DDRRUURRRRDDLLDDRRRRDDRRRRUURRDDRRDDRRRRRRRRDDRRUUUUUURRRRDDLLDDDDRRRRRRDDRRRRUULLUURRUULLLLUURRRRUULLUURRRRDDDDDDDDDDDDDDLLLLDDLLDDLLUULLLLUURRUULLLLDDDDDDLLDDLLUULLDDLLUULLDDDDDDRRRRRRUURRDDDDLLDDRRDDDDRRDDDDDDDDRRUURRRRUURRUURRUULLLLUUUURRRRDDRRRRDDDDLLDDRRDDLLDDRR\nE. LURDDDDLDLDURLRLLDLURLRDLDUURUDLDDRDRLRRDURLRLDRULDLULUDDURDUULLLRULRUDUDRUURRDURRDULURRRLULURLRRRDRDURRDRLLDLDDLDUUULDRUDDLRURDDLDLDUDLDURUUUUUDUDRURLUDUDDLDLRLLLLLLDLULLLLLLLRLLUUULDUUDDUDDLUUDLDLDLULLLRULURLURRRLDRDURUURLDRDURLDDDUUULURDRUULRRLRULRLDRUDRRLRLLLLDRDDUULDUURRLDDL\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/129.png" ], "doc_id": "math_998", "problem": "\nAs shown in the figure, how many intersection points are there between the extension of CD and the function f?", "solution": "1", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000286116.jpg" ], "doc_id": "refcoco_1018", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by woman on left?\nA: 31%\nB: 15%\nC: 23%\nD: 7%\nE: 47%\nF: 39%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000493504.jpg" ], "doc_id": "refcoco_440", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by keyboard?\nA: 16%\nB: 40%\nC: 32%\nD: 0%\nE: 8%\nF: 24%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/60.png" ], "doc_id": "maze_12", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRDLRRURUDUDLLRUDRDRUUUDRRDLDLRULDDDDRULLLLLUDDLDRLRULURRURRLUDDUDLDLRUULDUDRLUDUDRRDUULDLULLD\nB. RRRRDRLDRRUDDDRRDURLRRRRDRDDURRLDLRDLUDRRDDURDRLDRLRDRRDDDDDDULRDLDRDRDRDDRDDLURDURLLRDURDRURDDDDLRDURRLRDUDRUDU\nC. RRRRDDRUDRDDDURURDRDDUDRULDLULDURDULRRLRDDRDDURDLDUDLUDDRDRLRRDRLRURRDDRRRRDULRDLDDLRRLRRDRDULRDDLRDURDURRRRDLURDLDUDDDDDRLDRLRDRR\nD. RLRRLUDRULDRRRDDDRRRURRDRRRLRRLRDDDRDDURLLRLDDUULDRDRDDRUDDLLDDLUDDRRRRRDDDDRDLRRRRLULDLDRULRURRDLLRRDLUULDRDDDURDRRRURDDULRRRDLDRDRRLDDRL\nE. DDDDDDDDDDRRDDDDDDDDLLDDDDDDDDRRUUUUUURRRRDDDDRRRRRRDDRRUURRDDDDRRRRUURRRRRRRRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_93.jpg" ], "doc_id": "jigsaw_496", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[21, 11, 33, 8, 17, 15, 23, 25, 22, 9, 2, 28, 19, 35, 24, 7, 3, 4, 36, 13, 1, 10, 20, 5, 26, 6, 31, 16, 18, 34, 30, 32, 29, 12, 14, 27]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/81.jpg" ], "doc_id": "spot_difference_961", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/121.png" ], "doc_id": "color_740", "problem": "\nHow many people are wearing red striped shirts in this image? Select from the following choices. (A) 10 (B) 15 (C) 12 (D) 14 (E) 13", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_70.jpg" ], "doc_id": "jigsaw_709", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[2, 10, 20, 9, 18, 13, 4, 17, 19, 23, 3, 11, 14, 5, 12, 22, 7, 25, 15, 21, 24, 8, 16, 1, 6]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/42.jpg" ], "doc_id": "ocr_1068", "problem": "\nwhat is written in the image?", "solution": "akwoksrit", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/word_search/89.jpg" ], "doc_id": "word_search_1196", "problem": "\n图中钱字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[13, 2]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_57.jpg" ], "doc_id": "jigsaw_402", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[16, 4, 11, 2, 12, 1, 10, 7, 3, 5, 15, 8, 13, 6, 14, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000025515.jpg" ], "doc_id": "refcoco_944", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by right bird?\nA: 47%\nB: 39%\nC: 23%\nD: 15%\nE: 31%\nF: 7%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/124.png" ], "doc_id": "math_180", "problem": "\nAs shown in the figure, the point symmetric to point C with respect to line segment AB is:\nA. point H\nB. point E\nC. point D\nD. point F\nE. point G\nF. point I", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/82.jpg" ], "doc_id": "word_search_861", "problem": "\n图中入字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[31, 6]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/color/126.png" ], "doc_id": "color_964", "problem": "\nHow many all red items can be seen in this image? Select from the following choices. (A) 12 (B) 11 (C) 13 (D) 14 (E) 16", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_30.jpg" ], "doc_id": "jigsaw_1202", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 8, 2, 5, 3, 4, 1, 9, 6]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000080471.jpg" ], "doc_id": "refcoco_727", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by lower right person?\nA: 37%\nB: 45%\nC: 13%\nD: 21%\nE: 29%\nF: 5%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/109.png" ], "doc_id": "math_443", "problem": "\nThe real straight-line distance between location C and Beijing is about ( )km.\nA. 1400\nB. 1500\nC. 1600\nD. 1700\nE. 1800\nF. 1900", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/42_low.png" ], "doc_id": "contrast_813", "problem": "\n左侧电饭煲上的是一行字的最后四个字是什么？\nA 蒸煮技术\nB 营养技术\nC 烹饪技术\nD 厚釜技术\nE 其他技术", "solution": "D", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/color/105.png" ], "doc_id": "color_1075", "problem": "\nDoes the horizontal bar have a uniform color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/141.png" ], "doc_id": "math_537", "problem": "\nAs shown in the figure, use a compass and straightedge to construct the angle bisector of angle ABC. Which of the following line segments lies on the angle bisector of angle ABC?\nA. BD\nB. BE\nC. BF\nD. BG\nE. BH\nF. BI", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/20.png" ], "doc_id": "spot_difference_724", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "3, 5, 7, 8, 10", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/instrument/31.jpg" ], "doc_id": "instrument_836", "problem": "\nAccording to the image, what is the reading in Celsius of the third thermometer from the left? Answer as an integer.", "solution": "15", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/other-1.jpg" ], "doc_id": "visual_search_82", "problem": "\nWhat is the price of Salade du Consulat? answer with a number.\n", "solution": "16", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/58.png" ], "doc_id": "spot_difference_679", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "2, 5, 6, 7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/contrast/7_low.png" ], "doc_id": "contrast_503", "problem": "\nHow many national flags are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_64.jpg" ], "doc_id": "jigsaw_986", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[10, 18, 17, 12, 3, 21, 6, 4, 20, 25, 13, 1, 14, 5, 2, 8, 23, 24, 15, 22, 9, 11, 19, 7, 16]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/hr_39.png" ], "doc_id": "visual_search_578", "problem": "\nWhat is the position of the car relative to the central tower of the building?\nA. Left\nB. Right\nC. In front of the building\nD. Behind the building", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/word_search/39.jpg" ], "doc_id": "word_search_999", "problem": "\nHow many times does the letter i appear in this image? Answer with an integer, such as 1,2,3.", "solution": "8", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_32.png" ], "doc_id": "rotation_game_561", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 225°\nB. 190°\nC. 185°\nD. 215°\nE. 195°\nF. 205°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/symbolic/grid_16x11_4.png" ], "doc_id": "symbolic_984", "problem": "\nHow many grid cells are there in this image?\nA.300\nB.210\nC.380\nD.176\nE.169", "solution": "D", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/math/105.png" ], "doc_id": "math_377", "problem": "\nThe minimum distance required to walk from point A to point B is ( )m\nA. 3600\nB. 3700\nC. 3800\nD. 3500\nE. 3900\nF. 4000", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/8.jpg" ], "doc_id": "word_search_67", "problem": "\nIn the figure, in which row and column does the number 9 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[19, 19]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/20.png" ], "doc_id": "math_981", "problem": "\nSky Blue and Chartreuse intersect at approximately x= ()\nA. 100\nB. 42\nC. 90\nD. 76\nE. 87\nF. 57", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_56.jpg" ], "doc_id": "jigsaw_490", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[12, 10, 13, 11, 9, 7, 8, 16, 1, 2, 14, 6, 3, 4, 5, 15]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/66.jpg" ], "doc_id": "ocr_511", "problem": "\nwhat is written in the image?", "solution": "their", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/math/69.png" ], "doc_id": "math_608", "problem": "\nThe line is about (_) centimeters long. Answer with a single number, such as 1, 2, 3.", "solution": "3", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/79.png" ], "doc_id": "maze_201", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LRDDRLRRRUDLDLDDDULULLLLRLLDRLDUURRLRLLUUULRDLDLRRLULRRRULRDRDRRDDDUUULDDRRDURULDLRRULRUUUUUURLLRDDLDLDDDUDULULUDDDLURDDDDRRRRDURRDDLURDRDDUDRDLRRDRULRLDDLUUDUDULURRDURLUDRDLRUURRUDUULURLLUDRDULLLDDDUDLDDDRRLRRRLRUUDLRDDRRRLRDLDRRUDLLRRURDRRUDDRLDRLUUURRDUDLRLDRDUDLUDDURLURRRDRDDLRDDDDLRRRUULUDLLDDDDUULDRRRUULRURRRRLUUUUDLRDUURRDLRLUD\nB. RRRRDDDDDDRRRRRRRRRRDDLLDDLLLLDDRRRRRRUURRUUUURRRRRRRRRRUULLUUUURRRRDDRRUURRDDDDLLDDRRDDDDDDDDLLLLUURRUULLLLLLDDRRDDLLDDDDDDRRDDDDLLUULLLLLLUULLLLUUUUUULLLLLLDDDDRRUURRDDDDDDLLDDDDLLLLUULLLLUUUURRUULLLLDDDDDDDDRRRRDDRRRRDDDDRRRRRRRRUUUULLUUUURRDDRRDDRRDDDDRRRRRRRRUULLUULLLLUURRRRRRDDRRUUUULLUURRRRDDDDDDDDLLDDRR\nC. DRRLDLDUDRRLRDDRDDRDULRRRDDLLRDLDRDRRLDUDRRRRLRDDRRDRRRLDDDURDRDDUDLURURDRULRDRDRDRDLRDURRDRRDRRRURDDRRLDRRRDDLLDLDRDRLULRDLDRUDRRUL\nD. DDRURDDDUUDRRDRRRDUDUUURDLDDULRDLDRRURDRLRDLDDRDRDDUUDDRRDDLUUDRRURRRURRRDLDLRLDLLRUDRRDRRRLLDRDDDDUDDLDUUDRRRUDRDLLDUDDRLDDUDRRDUDDRRDRDRDRDLRDURRR\nE. LRRURUDDRRLRRLDDRDUULRLRRUDDRUURULDUUDURUDLRUUDUDRDRDLRDDLUDRDRRDDRULRLDRRDDDLDRUDRDDDUULRDDURRDRDRRRRDDRUULDLDRDDRDRLDDDRDUUDLURDRRDLDURLLDRRDDRDLRRRDDRRRLRDDDDDLR\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/realworld-4.jpg" ], "doc_id": "visual_search_1029", "problem": "\nWhat is the license plate number of the small truck with the blue NTN logo?\nA) CH 678\nB) CH 828\nC) CH 268\nD) CH 628\nE) CH 668\n", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/ocr/50.jpg" ], "doc_id": "ocr_634", "problem": "\nwhat is written in the image?", "solution": "TAEST", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/symbolic/illusion-1.png" ], "doc_id": "symbolic_587", "problem": "\nWhich orange circle in the middle is larger?\nA. The left one.\nB. The right one.\nC. Same size", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/color/94.png" ], "doc_id": "color_1083", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/138.png" ], "doc_id": "math_299", "problem": "\nAs shown in the figure, using a compass and straightedge, draw a segment on CD through point C that is equal in length to AB. Then this segment is:\nA. CE\nB. CF\nC. CG\nD. CH\nE. CI\nF. CJ", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_38.png" ], "doc_id": "rotation_game_1178", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 80°\nB. 85°\nC. 120°\nD. 110°\nE. 100°\nF. 90°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/symbolic/grid_14x16_6.png" ], "doc_id": "symbolic_287", "problem": "\nHow many grid cells are there in this image?\nA.224\nB.221\nC.238\nD.400\nE.306", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_24.jpg" ], "doc_id": "jigsaw_387", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[8, 6, 7, 4, 2, 1, 9, 3, 5]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/37.jpg" ], "doc_id": "ocr_757", "problem": "\nwhat is written in the image?", "solution": "VESREE", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/word_search/56.jpg" ], "doc_id": "word_search_1071", "problem": "\n图中今字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[15, 18]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/60.png" ], "doc_id": "spot_difference_799", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "6, 9, 12, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_54.jpg" ], "doc_id": "jigsaw_19", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 12, 4, 5, 13, 10, 15, 9, 6, 1, 8, 2, 7, 11, 14, 16]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/48.png" ], "doc_id": "math_288", "problem": "\nThe value of Urban WhatsApp bar minus the value of Urban Google+ bar in this figure is approximately ( )\nA. 5\nB. 8\nC. 17\nD. 11\nE. 22\nF. 25", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/temp_18.jpg" ], "doc_id": "visual_search_122", "problem": "\nTo what number is the hour hand of the clock pointing closest? Answer 1-12.", "solution": "9", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_120.jpg" ], "doc_id": "jigsaw_68", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 34, 12, 31, 33, 19, 13, 16, 28, 4, 17, 36, 30, 15, 27, 1, 2, 5, 21, 3, 22, 18, 32, 29, 35, 25, 14, 9, 11, 20, 24, 26, 6, 8, 10, 23]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/57_left.png", "TIR-Bench/data/spot_difference/57_right.png" ], "doc_id": "spot_difference_1193", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "3, 5, 6, 7, 8", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_14.png" ], "doc_id": "rotation_game_57", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 350°\nB. 325°\nC. 340°\nD. 335°\nE. 330°\nF. 345°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/52.png" ], "doc_id": "maze_13", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDDRRRRUURRRRDDLLDDRRRRRRRRRRRRRRDDLLDDRRDDRRDDDDLLLLDDRRRRDDLLDDLLDDRRDDRR\nB. URURDRUURDDDLDRUDDURDLDUDRRRRDRRDDDRDRDUURRRDLLDRDDRDDDDRLRRRURRRRRDRUUDDURDDRDULUDLDLRUDUDULRDLDDURRDRLRDLLUDDULDDRDD\nC. UDLDURRUDLDLDUULULLUULUURRLDURULLRRRLRUDRULDLDLLDRRRRUURDDRDLRDDLRLLULLLDUUURRURDLLRDRDRLRDDLDLLLLUU\nD. LDRDDDRDRDDRRDUDLRRLDDLDLUURDDULULLDDRURDDUDRDDRDLRRRRRRURDRLLURLURDDRDLRRRRUURRDDDLLDRURDDRDRRDRRDULDRDURLLRUDLRRLRRURDDRLD\nE. RLDDDDRDUDURUUDRDRRLDRUDDLRURRDRDULDDUUDDRLLURUDRDDRDLDLRURRDLDRRDDRDDRURUURDDRDRUDRLRRDRDDDRRRURDDLDRDLRLRLDR\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_56.png" ], "doc_id": "rotation_game_388", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 40°\nB. 355°\nC. 25°\nD. 350°\nE. 340°\nF. 10°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/color/163.png" ], "doc_id": "color_548", "problem": "\nWhat is closest to the proportion of the color spring green in the image? Select from the following choices. (A) 50% (B) 20% (C) 30% (D) 40%", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/ocr/36.jpg" ], "doc_id": "ocr_1015", "problem": "\nwhat is written in the image?", "solution": "TISPPIP", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/word_search/29.jpg" ], "doc_id": "word_search_862", "problem": "\n图中有多少个夭字？回答一个数字，例如1，2，3。", "solution": "11", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/88.png" ], "doc_id": "math_5", "problem": "\nWhen x = 2.5, y \\in \nA. [2, 2.5]\nB. [1.5, 2]\nC. [2.5, 3]\nD. [3, 3.5]\nE. [3.5, 4]\nF. [1, 1.5]", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000017451.jpg" ], "doc_id": "refcoco_262", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by left meter?\nA: 47%\nB: 31%\nC: 7%\nD: 15%\nE: 39%\nF: 23%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/ocr/80.jpg" ], "doc_id": "ocr_667", "problem": "\nwhat is written in the image?", "solution": "every", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/math/21.png" ], "doc_id": "math_1091", "problem": "\nWhen x=72, the value of Indigo minus the value of Web Green is about ()\nA. 0\nB. 0.25\nC. 0.5\nD. 0.75\nE. 1\nF. 1.25\nG. 1.5\nH. 1.75\nG. 2", "solution": "G", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/12.png" ], "doc_id": "spot_difference_338", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "3, 4, 5, 9, 14, 19", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/word_search/10.jpg" ], "doc_id": "word_search_1106", "problem": "\nIn the figure, in which row and column does the number 9 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[45, 10]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/38.png" ], "doc_id": "spot_difference_700", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "1, 2, 3, 4, 5, 6, 7, 8, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/57.png" ], "doc_id": "maze_464", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRRRRDDDDLLUULLLLDDRRDDLLDDRRDDRRRRUUUURRDDRRDDLLDDLLDDDDLLUULLLLDDRRDDRRRRRRDDLLDDDDRRRRRRRRRRRRRRUUUUUULLDDDDLLLLLLUULLUUUUUURRRRDDDDDDRRUUUURRRRUULLUUUULLDDLLLLUUUURRUURRUURRUURRDDRRRRDDLLDDLLDDDDRRRRDDLLDDRRDDDDLLDDRRDD\nB. DDDDRRRLRDRLRDLDUDRDRLUDLLDUDDRDRURRDRRLRRURLRRLLRUDDRRRRDLRRDDLLLRDDULDDUDDRLUDUUDURULRDRDRURRRRDRDDLURDRRRRDUDRLRDDLDDLR\nC. RRDLLURDRRRDRLDDRDLLLDURULRDLDURLRRRRDLLLRLDRDUDDRDDRDURDDDRDDLRURRRLRURDRDLDRURRRRLDDRDDRRRRDRULRLUDRDDDDRRRL\nD. LURDUUDRLDDDDDLRUUUURRUDDRRLRRUULLLRLDUDDRUDRUDDDLRULLURLRDRLUDLRUURDURDDLRLLDUURUULDRUURDRURRLDUUDRDLDUULRDURRDUDRURURLRRDRLRRRLRRDRRUULLURLDLLDDDLRRUUUDRLDURULDDRRULRUUUUULLDRRRLLDULRLRUURRDLUURUUUDDLLURLUDULRULULRDDDDDDLLUUDUDLRULRRD\nE. LDDRRRDDRDDUUDURLDURDDRDRDDLLDLDRRRUDLDRURDDURURDLUURRLDDLDRDRLDDDDDDRURLLRRRRLDRRDRDURRURRDRRRRRRLRURRLLDDLRUDLDD\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000379315.jpg" ], "doc_id": "refcoco_315", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by chair on left?\nA: 36%\nB: 12%\nC: 20%\nD: 44%\nE: 28%\nF: 4%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/54.jpg" ], "doc_id": "instrument_1140", "problem": "\nThe reading on the instrument in the image is (). Answer as an integer like 1,2,3.", "solution": "80", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/139.png" ], "doc_id": "maze_675", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDRLRDRDLDDDLRRDDRRRRLRLDRDRDRRDDURUDRUDDRRDRRRDRUDUDLUDDURDRDRRRUDDRDDUDDDURDUDDDRLDRRDRDRDLDDDRDDRRDDRRDRDDRRRDUDRDDDLRUDURDRRDRLDRRRRRURRLRRDDDLRULRUDDLDDRDRRRRDUDRDRDRRDDD\nB. RRDDRDRDRDDDDRLRLLRDRDRLLURDDDRDUDLRRRDRRRRURDRRDRRRURDUDDRDRRRRRDLUDDDRLUDRDRDRRLRRRDDDRRRDRDUDDDDRUDDRDRRRLRRULRDURDDDURDDDRDDDDDRDDDDDDDULDRRDRRRDLULLRDDRRRRURDRRUDDDRDLRDRLRD\nC. DDLLDRDRDRLDRDRDDRDRUDLRUURRRRDURDDDDDDURDRRDDRDRDDLDURDRRDULDRRRLRRDLRDDRUDRDRDRRDLDLDDLDURDRLRDDDDRDDDDURDURDRDDRRRLURDDRRUUDDDRRLDRRDLDDDRURDDLDRLDURDURRRRURLRRULRUUDUUUDRRDLRDUDRRRRRDRDRDDUDRLDUUDDRURRDDDRRDD\nD. DRLLRLURDULLUDRULLURURRUUURURURDDURRRULDRLUUDDRLUDUUDDLRDULLLUDLUDRURLDRRRDLDULLRLLRRDRDLDURRDLUDDUDLRDDRRULLLLURLLRDULUDDDDRDLLRDLLDLLRDLRRLLDLRDLRLUURRUDULRRLUUUULDRLRDDDRLLDDLDLLDRLUDRDUUURRDRUUURURRLLRDLDULURDLRRUDDURDUUULLRLRULLURLLLDRURUUUUDDLLUDDLUDUDUDRURRDRULRDRULDLUULDULLLDDUDRULRDDLRUDUDDRLRLURDURLLLLLUURDLRUDRDLDULUDUDRLUUDDUULURRURRDULULLUDDUDLDLLLUDLLRLLDULRDDUDLDRRUUURLURDLRDDLRLRDDURUURURDDLRLLULULDDRLRRUDRRDDUDURUDRDLRDURLUDRULDLDURDDLDRDLRURURLLRDDLUDDUUUDRDDRRRDURUDULLLLULUULUURDRRRULLULDDRULLLRLLULRLLURDDUDRDRRDLDDURRUDRUUUUUUURRRRLUDRRDRULDLDRRUDDRURDDRDURUULRULUULUDUUUD\nE. DDRRDDLLDDRRDDDDRRUUUURRDDDDRRUUUUUUUUUURRDDDDRRUUUURRDDDDDDDDDDLLLLDDLLLLDDDDLLLLUURRUULLLLDDDDDDRRDDRRUURRRRUURRUURRDDRRUURRRRDDRRRRUULLUURRUUUUUUUULLUURRRRDDRRDDRRRRUUUULLLLUURRRRRRDDRRDDLLDDDDLLLLDDDDRRUURRDDDDDDDDRRDDLLLLLLUULLUUUUUULLDDDDDDDDLLLLDDLLLLUULLUULLLLDDLLLLDDLLLLLLDDRRDDLLDDDDRRRRUUUUUURRRRDDRRUUUURRRRDDDDRRRRRRUURRUURRDDRRDDDDLLLLLLDDRRRRDDRRDDRRDDLLLLDDRRDDLLLLLLUULLDDDDDDLLUULLDDLLDDLLDDRRDDRRUUUURRDDDDRRDDDDDDRRUURRUULLUUUULLUURRUURRRRRRUURRDDRRDDDDRRRRUULLUUUUUURRDDRRRRRRRRUUUURRUURRRRDDRRDDLLLLDDLLDDDDRRUURRRRDDDDRRUURRUURRDDDDLLDDDDRRDDLLLLDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/160.png" ], "doc_id": "color_935", "problem": "\nWhat is the closest proportion of the color white in the image? Select from the following choices. (A) 5% (B) 10% (C) 20% (D) 30%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/contrast/54_low.png" ], "doc_id": "contrast_618", "problem": "\nHow many bottles are in the image?", "solution": "6", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_45.png" ], "doc_id": "rotation_game_875", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 315°\nB. 350°\nC. 340°\nD. 310°\nE. 320°\nF. 330°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/101.png" ], "doc_id": "math_247", "problem": "\nDraw a line through point C that is parallel to the y-axis. The y-coordinate of the intersection point between this line and the graph of the function is closest to which of the following numbers?\nA. 6.7\nB. 7.0\nC. 7.3\nD. 7.6\nE. 6.4\nF. 6.1\nG. 7.9", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/44_low.png" ], "doc_id": "contrast_50", "problem": "\nHow many chairs are in the image?", "solution": "4", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/color/156.png" ], "doc_id": "color_975", "problem": "\nWhat is closest to the proportion of the color black in the flag? Select from the following choices. (A) 15% (B) 20% (C) 25% (D) 30%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/word_search/72.jpg" ], "doc_id": "word_search_305", "problem": "\nIn the figure, in which row and column does the letter N appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[67, 53]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000425721.jpg" ], "doc_id": "refcoco_952", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by green table?\nA: 83%\nB: 75%\nC: 51%\nD: 59%\nE: 43%\nF: 67%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/word_search/63.jpg" ], "doc_id": "word_search_1154", "problem": "\nHow many times does the letter R appear in this image? Answer with an integer, such as 1,2,3.", "solution": "6", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/68.jpg" ], "doc_id": "word_search_456", "problem": "\nIn the figure, in which row and column does the letter K appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[22, 16]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/62.jpg" ], "doc_id": "word_search_691", "problem": "\nHow many times does the letter m appear in this image? Answer with an integer, such as 1,2,3.", "solution": "5", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_119.jpg" ], "doc_id": "jigsaw_1143", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 27, 36, 14, 10, 4, 13, 31, 33, 20, 18, 34, 2, 8, 17, 30, 25, 7, 22, 1, 6, 23, 21, 16, 19, 32, 12, 5, 11, 3, 15, 24, 35, 28, 29, 26]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/72.png" ], "doc_id": "math_232", "problem": "\nIn the second plot, when time = 50hrs, Current is approximately ( )uA.\nA. 0\nB. -0.01\nC. 0.01\nD. 0.005\nE. 0.02\nF. 0.015\nG. -0.005", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/math/74.png" ], "doc_id": "math_689", "problem": "\nIn year 2012, difference between export time and import time is about ( )\nA. 3\nB. 2.8\nC. 3.2\nD. 2.6\nE. 3.4\nF. 2.4\nG. 3.6", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_102.jpg" ], "doc_id": "jigsaw_894", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[29, 2, 8, 32, 13, 20, 10, 6, 33, 27, 31, 14, 18, 1, 26, 24, 11, 23, 34, 36, 28, 3, 30, 22, 25, 15, 19, 16, 4, 9, 17, 7, 35, 5, 12, 21]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/word_search/41.jpg" ], "doc_id": "word_search_801", "problem": "\nHow many times does the letter l appear in this image? Answer with an integer, such as 1,2,3.", "solution": "12", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_20.png" ], "doc_id": "rotation_game_1030", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 150°\nB. 165°\nC. 170°\nD. 155°\nE. 175°\nF. 160°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/contrast/31_low.png" ], "doc_id": "contrast_978", "problem": "\nHow many large pillars are in the image?", "solution": "7", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/symbolic/dot_6.png" ], "doc_id": "symbolic_869", "problem": "\nHow many dots are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "28", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/ocr/70.jpg" ], "doc_id": "ocr_165", "problem": "\nwhat is written in the image?", "solution": "seem", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_55.jpg" ], "doc_id": "jigsaw_538", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[8, 16, 14, 1, 6, 13, 15, 4, 11, 9, 5, 12, 7, 2, 3, 10]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/79.png" ], "doc_id": "math_429", "problem": "\nThe minute hand has been erased in the picture. Based on the hour hand, the minute hand should approxemately point to the number ( ). Answer with a single number, such as 1, 2, 3.", "solution": "3", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/56.jpg" ], "doc_id": "instrument_1046", "problem": "\nWhat is the reading of the Vernier caliper in the image in centimeters?", "solution": "0.115", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/ocr/77.jpg" ], "doc_id": "ocr_541", "problem": "\nwhat is written in the image?", "solution": "beer", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000268881.jpg" ], "doc_id": "refcoco_725", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man?\nA: 65%\nB: 41%\nC: 73%\nD: 49%\nE: 57%\nF: 81%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/word_search/94.jpg" ], "doc_id": "word_search_881", "problem": "\n图中木字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[3, 3]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_14.jpg" ], "doc_id": "jigsaw_108", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[1, 7, 9, 6, 3, 2, 8, 5, 4]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/contrast/2_low.png" ], "doc_id": "contrast_858", "problem": "\nHow many people are in the image?", "solution": "5", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/math/126.png" ], "doc_id": "math_362", "problem": "\nWhich of the five circles in the figure has the smallest area?\nA. circle A\nB. circle B \nC. circle C\nD. circle D\nE. circle E\nF. all equal", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000371871.jpg" ], "doc_id": "refcoco_249", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by large teddy bear?\nA: 75%\nB: 67%\nC: 59%\nD: 51%\nE: 43%\nF: 83%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_16.png" ], "doc_id": "rotation_game_672", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 280°\nB. 295°\nC. 290°\nD. 285°\nE. 305°\nF. 300°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/word_search/71.jpg" ], "doc_id": "word_search_405", "problem": "\nIn the figure, in which row and column does the letter Z appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[36, 23]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/94.png" ], "doc_id": "math_88", "problem": "\nThe curves of Salmon and Magenta intersect at approximately x = ( )\nA. 64\nB. 66\nC. 68\nD. 70\nE. 72\nF. 74\nG. 62", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/ocr/87.jpg" ], "doc_id": "ocr_1198", "problem": "\nwhat is the number in the image?", "solution": "52868", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/math/38.png" ], "doc_id": "math_614", "problem": "\nWhat is the difference between genres of tv shows watched by highest female and lowest female?\nA. 31\nB. 35\nC. 39\nD. 43\nE. 47\nF. 51", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000052086.jpg" ], "doc_id": "refcoco_18", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by girl?\nA: 51%\nB: 75%\nC: 35%\nD: 59%\nE: 67%\nF: 43%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/103.png" ], "doc_id": "math_35", "problem": "\n峨眉山到重庆的实地距离约为( )km\nA. 280\nB. 290\nC. 300\nD. 310\nE. 320\nF. 330\nG. 340", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/new_14.jpg" ], "doc_id": "visual_search_149", "problem": "\nWhat is the price for the skittles candy?\nA. 12\nB. 6.5\nC. 6,9\nD. 4.5", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/realworld-11.jpg" ], "doc_id": "visual_search_1168", "problem": "\nWhat is the phone number of the refrigerated truck company shown in the picture?\nA) 02-3539-2322\nB) 03-3534-2322\nC) 02-3534-2322\nD) 03-3539-2322\nE) 02-3584-2322\nF) 03-3834-2322\n", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/10.png" ], "doc_id": "spot_difference_509", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "8, 9, 12, 14, 18, 19, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/6.png" ], "doc_id": "spot_difference_655", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "3, 6, 7, 9, 10, 11, 17, 18", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/32.png" ], "doc_id": "spot_difference_786", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "6, 7, 10, 11, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/82.jpg" ], "doc_id": "spot_difference_1098", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "5", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/hr_28.png" ], "doc_id": "visual_search_1127", "problem": "\nWhat is the name written on the boat?\nA. GENDALA\nB. GODOLA\nC. GENDOLA\nD. GONDOLA", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/19_left.png", "TIR-Bench/data/spot_difference/19_right.png" ], "doc_id": "spot_difference_646", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "5, 8, 9, 10, 11, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/symbolic/subway-5.jpg" ], "doc_id": "symbolic_492", "problem": "\nHow many connected single-colored paths go from A to B?\nA.0\nB.1\nC.2\nD.3\nE.4", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000519626.jpg" ], "doc_id": "refcoco_769", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by the bottom pizza slice?\nA: 29%\nB: 37%\nC: 21%\nD: 45%\nE: 53%\nF: 61%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/63.png" ], "doc_id": "math_922", "problem": "\nThe maximum value of Coral appears at x = ( )\nA. 31\nB. 37\nC. 35\nD. 44\nE. 50\nF. 24", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_36.jpg" ], "doc_id": "jigsaw_695", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[6, 13, 5, 10, 16, 4, 12, 2, 1, 7, 9, 3, 15, 14, 11, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000200377.jpg" ], "doc_id": "refcoco_654", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by right dog?\nA: 69%\nB: 37%\nC: 61%\nD: 53%\nE: 45%\nF: 77%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_21.jpg" ], "doc_id": "jigsaw_1049", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[1, 2, 5, 6, 7, 3, 9, 4, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/96.png" ], "doc_id": "maze_738", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DURRLLDRULDRLRDDDURDDRDRDDDUURDRRRDRRDDRDDDDRDURURDDLRDRRDRDRRRUDDDDRLRDRRRLRRRULURDDRRRRDLRRDDDDRULRULDURDDDDDDRLRRRDRDRRRDRDLRDDDDLLRRLR\nB. RLLRLURDRLDLDDRURLLDURDURDDLLDLLDDRUUULDLLRLUUDUULDLLLDRRUUUUDDRDRRLRRDLDLLUUDRRULDRRLRURURDRLLLLLRRDDDUDLLRRDUDRRRDDLUULDDDDRLRDLDDURRDRDURULURULRUDLLRLDRRRLUDLULDUDLLLRRRDDURRDRULRULRRLRUURRRRDLUURLULRLUDRLUULURURRURLLLDUUDURUDLRLURLRUDUDURLDDDRRLDUDLULRULD\nC. LUDUUUDDDRUDRDLRULDLULURUUUDRURLUUDLRUDLLLLUDRLLRDDUURDLURDDLRRRUDDULRLRRDDRURDDLRURUDRRRDRDLURULLRUUDDLUDDDLLRDRULUURRUDRDLLRUUDRDLLRRDURULLRLLLDDURLDULLLDUDURLLLLULDUDUULRRLDRURULDDDRRDRRDLUDLUURLLRRLLDDDDLLRDUUUDRLRRRRDUDRLRLLDRRRLRLDRUUULURULUUURULLDRDLDUDLDDRLLDLLR\nD. DDDDDDDDRRDDDDRRRRDDLLDDDDLLUUUULLDDDDDDRRRRDDDDRRDDRRDDDDRRDDRRUUUULLUUUUUURRRRDDLLDDRRDDRRUURRDDDDDDDDRRRRDDLLLLLLLLLLLLUULLUULLDDDDLLLLUURRUUUUUUUULLLLDDRRDDDDLLDDDDDDRRDDRRUURRDDRRRRUURRDDRRUURRRRRRRRDDRRUURRDDRRUURRRRDDRRRRUUUURRUURRDDDDLLDDRR\nE. LDDLDRRRDRRLDRURRRRRLDDDRLRRRDRDDRDDDURLDRRRRRLRDDRRDDRRDUDDDRDDRURDRLRRULRRRDURDDLRRDDDRDRRRDDRRDDDRRDLDUDRUUDDDUDDRRRLUDLRDDDLDR\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000385505.jpg" ], "doc_id": "refcoco_880", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy in white?\nA: 45%\nB: 21%\nC: 37%\nD: 13%\nE: 53%\nF: 29%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/54.png" ], "doc_id": "color_764", "problem": "\nThere are two strings in the image. What are the strings in the center of this image? Select from the following choices. (A) op (B) qa (C) qn (D) un", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000409825.jpg" ], "doc_id": "refcoco_1203", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by middle guy with glasses at table?\nA: 8%\nB: 16%\nC: 24%\nD: 0%\nE: 40%\nF: 32%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/83.png" ], "doc_id": "color_58", "problem": "\nWhat is closest to the proportion of the color black in the image? Select from the following choices. (A) 10% (B) 20% (C) 30% (D) 40%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/50.jpg" ], "doc_id": "instrument_954", "problem": "\nThe ammeter reading in the image is () mA.\nA 0.6-0.65\nB 0.65-0.7\nC 0.7-0.75\nD 0.75-0.8\nE 0.6-0.625\nF 0.7-0.725", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/contrast/48_low.png" ], "doc_id": "contrast_213", "problem": "\n图中酒瓶上面的字是 \nA 茅台酒\nB 劲酒\nC 政府招待酒 \nD 汾酒 \nE 其他酒", "solution": "C", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_65.jpg" ], "doc_id": "jigsaw_530", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[22, 16, 23, 9, 21, 17, 20, 25, 12, 1, 19, 3, 18, 24, 4, 2, 11, 6, 15, 7, 8, 10, 5, 13, 14]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_67.png" ], "doc_id": "rotation_game_863", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 235°\nB. 270°\nC. 225°\nD. 285°\nE. 240°\nF. 255°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/23.png" ], "doc_id": "maze_364", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDDURLRDLRURLLRLRURDLRLRDRDLRLDUDLDDDLRLUUUDRDLRRRRLRDRRRULDLRRDRLRDDURLLRDDRLRULDLRRRRR\nB. DRLRLUUURRRRDRURUDRLDDLLLDDRRRUDRDDRLLRRUDDRRLLDDDRURDRUURULLRRRDDLLLRDDDURDLDDR\nC. RDLRLULLUDRDDLLRDUDRLUDDLUDLLLRDLLLUDDRDLLULDRLRDULDLDUUDLRLRRDDRLRDLLRUUURLURRUULLRDUURRDRUUL\nD. LLDLLRDULRURRURRLDRRRRDDDRRRRDLULDURLRRUDLDLLRDDLLDULULDLUURRRRDRDUDULRUDRRDRDDDRDULUDUDUDDDDRRRUDLULRRUDLLRRD\nE. RRDDDDRRUUUURRDDDDRRUUUURRDDDDDDRRDDLLLLLLUULLLLDDRRDDDDRRRRRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/45.png" ], "doc_id": "color_916", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 23 (B) 25 (C) 27 (D) 87", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/art-23.jpg" ], "doc_id": "visual_search_798", "problem": "\nHow many electric heating wires are hanging on the wall rack beneath the knife switch?\n", "solution": "21", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/139.png" ], "doc_id": "color_371", "problem": "\nWhat color in the pie chart has the proportion closest to 10%? Select from the following choices. (A) dark blue (B) gray (C) dark purple (D) light purple", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000052109.jpg" ], "doc_id": "refcoco_1121", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by white shirt guy serving?\nA: 9%\nB: 1%\nC: 33%\nD: 17%\nE: 25%\nF: 41%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/68.png" ], "doc_id": "math_372", "problem": "\nThe minute hand has been erased in the picture. Based on the hour hand, the minute hand should approxemately point to the number ( ). Answer with a single number, such as 1, 2, 3.", "solution": "6", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/63.png" ], "doc_id": "maze_841", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DURRDDRLDRRLDDRRLURLDDRDUDDRUDLLRRDRUDDDRRDRRRRDRRLRRUUUDRRRRDDUDDLRRDUURURLRDRRLDLDLULDDLDUURDDDDUDRRRLLDURRDDRRDDLDRRDDURDDD\nB. DDDDRRDDDDLLDDRRDDDDDDRRUURRRRDDDDRRUURRRRUURRUURRUURRUUUULLUUUURRUURRDDDDDDRRRRRRDDLLLLDDDDDDLLDDLLUULLDDDDLLDDRRRRRRRRUUUURRUUUURRDDDDDDLLDDRRDDDDLLDDLLLLLLUULLLLLLDDDDRRUURRDDRRRRRRRRRR\nC. LRDRDLRUDDDRDRDDDLLULUDULDUUDRLRUDLUURDLRUURRDUDLRULLLRRLURDULRDRULDRRURLRLLDRURURLLULDRULLRRRDLLLRDLDRURLLDRRDRDLLRULURUULLUURULUUDLLLRRUDLDDDURULRRDURRLUURUUUDLLRRDLRLRDDULDUURLDULLRRULUDUDUDURRLRLRRDRLDDLDLDRRUD\nD. RDDLDDRLDDDRRDUURDLDUDDDRRUDLRULDRRRRDRLDDDUUDRLUDURRDDDRRDRDDDRURRLDUDLRRUDDRRDDRDRRUDDRRDLDLRLRLUDRDLDUDRRURURDRDRRRDURLRRLDRUULLD\nE. RURRULLRDLDRURUURDULRUDDRDLLRDRLLULDLULUULRURULRLLDDDLRRDLLUDURDLDRLRDUDDUURDLDRRRRLLUDDDLDULDLDDRDRULRRURDURLDLRRLUURRURULDRLLRRRLLRLLUDLLDLRDLRULLUDDLUUUDUDRRDLLLRLRLDURUDDRUDDRDLRRLDDLDLLRDDLURDDLRRUULRRLDLUD\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/hr_27.png" ], "doc_id": "visual_search_532", "problem": "\nWhat is the speed limit indicated on the sign in the image?\nA. 40 km/h\nB. 20 km/h\nC. 60 km/h\nD. 30 km/h", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/instrument/22.jpg" ], "doc_id": "instrument_1153", "problem": "\nAccording to the image, the current room temperature and atmospheric pressure are respectively () Celsius, () bar.\nA 28 1.6\nB 30 1.6\nC 26 1.6\nD 28 1.8\nE 30 1.8 \nF 26 1.8", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_112.jpg" ], "doc_id": "jigsaw_774", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[5, 25, 26, 12, 27, 24, 9, 10, 1, 15, 17, 35, 4, 30, 3, 34, 19, 23, 11, 31, 8, 32, 16, 33, 6, 7, 36, 18, 22, 28, 2, 14, 21, 13, 29, 20]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/contrast/22_low.png" ], "doc_id": "contrast_203", "problem": "\nHow many people are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/math/113.png" ], "doc_id": "math_604", "problem": "\nThe length of AC is about ( ) according to ruler.\nA. 8\nB. 9\nC. 10\nD. 11\nE. 12\nF. 13", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/symbolic/nested_square_12_6.png" ], "doc_id": "symbolic_1090", "problem": "\nHow many nested squares are there in this image?\nA.10\nB.12\nC.11\nD.13\nE.14", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_7.png" ], "doc_id": "rotation_game_606", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 160°\nB. 135°\nC. 140°\nD. 150°\nE. 145°\nF. 155°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_58.png" ], "doc_id": "rotation_game_1144", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 300°\nB. 330°\nC. 280°\nD. 270°\nE. 285°\nF. 315°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/spot_difference/13_left.png", "TIR-Bench/data/spot_difference/13_right.png" ], "doc_id": "spot_difference_780", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "5, 6, 7, 8, 11, 12, 13, 17", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/17.png" ], "doc_id": "math_758", "problem": "\nHow many bars have value below 70? Answer with a single number, such as 1, 2, 3.", "solution": "9", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/46_low.png" ], "doc_id": "contrast_161", "problem": "\nHow many Apple computers are in the image?", "solution": "2", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/word_search/37.jpg" ], "doc_id": "word_search_459", "problem": "\nHow many times does the letter z appear in this image? Answer with an integer, such as 1,2,3.", "solution": "3", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_14_2.png" ], "doc_id": "symbolic_847", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "14", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_31.jpg" ], "doc_id": "jigsaw_93", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[1, 3, 11, 8, 12, 9, 6, 16, 13, 15, 2, 14, 5, 10, 4, 7]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000439374.jpg" ], "doc_id": "refcoco_546", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by left animal?\nA: 13%\nB: 5%\nC: 45%\nD: 29%\nE: 21%\nF: 37%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/87.png" ], "doc_id": "maze_49", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRLRRRDRRLULDUDDRRDRDLDDRUDLDRLDRUDLLUDRLLULDDRRRRRRURLRRDDRDDDLRDRDRRDURUURDDRDLRDRDDLDRDRDRDDUUDLDLDLRRDRURDRDDRDDRURDDUDDDURRDRRUDDDRRRLRDRLURDR\nB. LRUURLUULLLLUURUDLDRRRRULLDLDLRDDRUDDRLRUDURLUURDLULUUDUDDULRDRLUDLUUURLRUURLRLDDDDRLUDDDRDRULUUDURUDURLULRRDRRUDRDDLDRUULDRURRUDLLLDLLLURLRULURRUDDUDDLRULDRRDRRRLRDUUUUULRRDRDDUDRUUDURRRRUDRUDDULLDDLRLRDLDLLRLDRLDRRLRDUUUDD\nC. DRRRULRDDRLLDDRRRDLLDDDRDRDLRDDLRRDDRDDLRDRRURDLRDRDRURRDDRLRDURRRUURDLRDUDDURDDLDDDRRDUULDDURRRDRLRDDDRLRDRRDDDUDDRLRRRDDRRUUDLUDRRLRRRLUDDRURLRD\nD. DDRRRRRRDDRRRRRRDDRRDDLLDDRRDDLLDDDDDDDDDDLLDDRRRRUURRUUUULLUUUURRDDRRRRDDLLDDRRDDLLDDLLDDDDLLUULLLLDDRRDDRRRRDDRRUURRUUUURRUURRRRUULLLLUUUURRUULLUURRRRRRRRDDLLDDDDRRRRDDLLLLDDDDRRRRUURRRRDDLLDDRRDDDDDDDD\nE. ULDULDDRDLDURLDLDLURLUDDRRLUDUUURDRULUULDRURDRDDDRULLUULUDLDLLLRLRDLDUULLDLUURULLUDDLDDURUUUULRRDRURUDLRRUDLRDDDDURURRLURDDDURUULRLUURDRUUUDRUUULULLRRLDLDDLRUDRURURRLRRURRRUULURLDRDURRUUDLDRDDULRRLDLLLULRRRURDDUUDRRDRURLLLRDDLDLRUDUUL\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/92.jpg" ], "doc_id": "word_search_1191", "problem": "\n图中话字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[7, 2]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/4.jpg" ], "doc_id": "instrument_613", "problem": "\nWhich Celsius number on the thermometer scale is covered by the pointer in the image?\nA 10\nB 11\nC 12 \nD 13\nE 14\nF 15", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/15.png" ], "doc_id": "maze_384", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDRRRRUURRDDRRDDDDDD\nB. RRDLRDLLDDDLLURUULRLDDDLRLLRLDLRLULDL\nC. LRUDURLULDDRDURLULDDUURDDRRDRUURRRDDDDLDUDDRULDRLLLRURLDDDRRRR\nD. LDDLDUUUDRURUUUDDDLRRRRDRRURUUUDRL\nE. RDDLLRRDULLRDRRDULRDRDRLLDLUURRRRRRDLUDUDUDRRLDDDDLURLULLLRRRLDRRDRDRUULLRUDDLRDLLRUDRDUDUUUDRURLL\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/ocr/54.jpg" ], "doc_id": "ocr_807", "problem": "\nwhat is written in the image?", "solution": "NGTGTIE", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/visual_search/new_15.jpg" ], "doc_id": "visual_search_966", "problem": "\nWhat is the price of ginger based on the image?\nA. 4.66\nB. Cannot be determined\nC. 5.99\nD. 9.99", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/76.png" ], "doc_id": "spot_difference_718", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "4, 6, 8, 9, 10", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/80.png" ], "doc_id": "color_1050", "problem": "\nWhat is the closest to the proportion add-up of the colors orange and yellow in the image? Select from the following choices. (A) 50% (B) 60% (C) 70% (D) 80%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/27.png" ], "doc_id": "color_104", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 18 (B) 19 (C) 21 (D) 24", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000218145.jpg" ], "doc_id": "refcoco_795", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy in hat?\nA: 41%\nB: 57%\nC: 65%\nD: 81%\nE: 73%\nF: 49%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/37.jpg" ], "doc_id": "instrument_849", "problem": "\nAccording to the image, the thermometer reading in Celsius is:\nA 10-11\nB 11-12\nC 12-13\nD 13-14\nE 14-15", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_77.jpg" ], "doc_id": "jigsaw_1134", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[15, 21, 5, 1, 25, 3, 13, 24, 8, 22, 6, 9, 16, 12, 17, 7, 18, 14, 20, 11, 4, 2, 19, 23, 10]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000162551.jpg" ], "doc_id": "refcoco_516", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by bread on right?\nA: 46%\nB: 78%\nC: 62%\nD: 54%\nE: 70%\nF: 38%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/109.png" ], "doc_id": "color_23", "problem": "\nDoes the horizontal bar have a uniform color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/119.png" ], "doc_id": "maze_356", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDDRRRRUURRRRDDDDDDLLDDLLUUUULLLLLLDDDDDDRRDDRRUURRRRDDLLDDLLDDDDRRUURRDDDDLLDDLLDDDDRRRRDDDDRRDDRRUUUURRDDDDRRUURRDDRRUUUULLUUUUUURRUURRRRRRUUUURRUUUURRUULLUULLDDDDLLUUUUUURRUURRRRUURRRRUURRDDRRUURRRRDDRRDDRRUURRDDDDLLDDRRDDLLDDRRDDLLDDLLLLDDLLDDRRRRDDLLLLLLUULLUULLLLDDLLLLDDDDDDDDDDLLDDLLLLDDLLLLDDRRDDDDLLUULLUULLLLUULLDDDDDDRRUURRDDRRDDDDLLLLUULLDDLLUUUULLLLLLDDDDRRDDRRRRRRDDRRUURRDDRRUURRUUUURRDDRRUURRRRUURRDDDDLLDDDDRRUURRDDRRRRRRRRUURRUULLLLLLLLUULLUURRRRRRUUUURRDDRRUUUUUULLLLLLLLDDLLLLUURRUUUURRUUUULLUURRRRRRDDDDDDRRUURRUURRDDDDDDDDDDDDDDRRUURRRRDDDDLLLLDDRRRRDDLLLLDDRRDDRR\nB. LUDDRDDRRLRDRLLRRUDDDDRRDDDUDRDUUUDUDRRDRUDDDRDRRDRDDLLDDRLDDRRLDDDURURRDRUDLRDLDRRRUUDRUDUDDRLRDDRDRDURRUDRRDLDDDRLDRDDLDRRRRDRRDRRRRURDRRUDUDLDRDRLDDDDDRUURRLDDDRRRRRDURRDDRD\nC. UULLDLDDUDDDDRDRLUDDDDLDULDUURLDRRUURLUULLLLRRRUURLLDURLRLURDLLDRUUDURRUUURLLLRRDUULURLLLRLRULULRUUURLLDRDURDLDUULLDLRDDDLULDUUUUUDLLLLULURUURUURURLRRDDUDDRRULLUDLUDRRRDLULULDDLLLULDLLUDDRRURDRLDUDDDRLDLDURDDRUDRLULURULULLLRUURRRLLRULURDDRUULDLLRLDUURLURDLLUDUURLLDUUUUDDURRDUDRURLURLUUDDDUDLULRUDRURLDRLLUUDDRULURLDLULUURRLUURDLRLRULLUUUULURRLLLUDDDDRURRURDDDDLLDLDRUULRLRRUULLLULULULLDRRDDULLRRDDRLUDDDURDUDULRLRUDLLLRRRURDURDRLRDUUURDRLUDLDUUUULDRLLUUDULDRDLLLURRRLURRLURRRDRUDRUURUULRDLRDRLDRLLULRRRUULLLRULLDRDRDUUULLRUUUUDDDRRLLRULDULLLRDDURLDLLLLUURUUURUUUULUDURULRLDDLURLRLDLLUDLRRRDDDRDRUDULLLLDL\nD. RLDRDRDURRRDRRDRRDDRDDLDUDDRRLRLUUDLDRDRDDDRRRRUDRDRUUDLRRDLRDRLRLDLDURRDLDDRRRDDRRDDDDDURRRDRLLDDRDDRDRRDDRRRLDRDURRRRRDLRDRUDDRDDDRDRRDLLDRRLRRLDDRRRRLRUDRRLRDRDLRULD\nE. RUDDRDDDRLLRLRDRRDDLRDDDDDRRDRRDDDUULRLLRDDRRUDRUDRURDUURDDRRDLRRDRDDDDLRDDRDLRRRDDLRRLDURDDRLDDRDURDURUDRLDRRRRRDRRRRDRRRDDRRRDRLRRRDDDDDLDRDDDDDRRURRDRR\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/symbolic/dot_8.png" ], "doc_id": "symbolic_814", "problem": "\nHow many dots are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "27", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000436620.jpg" ], "doc_id": "refcoco_349", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man on the left?\nA: 20%\nB: 12%\nC: 28%\nD: 36%\nE: 44%\nF: 4%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_75.jpg" ], "doc_id": "jigsaw_495", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[24, 9, 8, 11, 4, 25, 14, 18, 15, 5, 17, 19, 20, 1, 13, 22, 21, 3, 12, 23, 6, 2, 16, 10, 7]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/33.jpg" ], "doc_id": "ocr_882", "problem": "\nwhat is written in the image?", "solution": "Fzzu", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/symbolic/nested_square_15_9.png" ], "doc_id": "symbolic_383", "problem": "\nHow many nested squares are there in this image?\nA.13\nB.15\nC.14\nD.16\nE.17", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_69.jpg" ], "doc_id": "jigsaw_74", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 19, 11, 6, 17, 3, 13, 2, 24, 16, 25, 10, 22, 23, 9, 21, 14, 12, 5, 15, 1, 4, 20, 8, 18]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_84.jpg" ], "doc_id": "jigsaw_127", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[2, 12, 23, 3, 11, 1, 16, 4, 6, 19, 10, 13, 5, 14, 25, 22, 20, 8, 17, 18, 9, 24, 21, 7, 15]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_25.jpg" ], "doc_id": "jigsaw_1037", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 4, 9, 2, 8, 3, 1, 5, 6]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/word_search/4.jpg" ], "doc_id": "word_search_792", "problem": "\nHow many times does the number 9 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "8", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/63.jpg" ], "doc_id": "instrument_617", "problem": "\nWhat is the reading of the Vernier caliper in the image in centimeters?\nA 5.9\nB 5.92\nC 5.94\nD 5.95\nE 5.96\nF 5.97\nG None of the above", "solution": "E", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/hr_8.png" ], "doc_id": "visual_search_295", "problem": "\nWhat is the title of the framed poster visible in the image?\nA. Ely Division\nB. Ely Cathedral\nC. Ely Diocess\nD. Ely Diocese", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/contrast/3_low.png" ], "doc_id": "contrast_481", "problem": "\nHow many ducks are in the image?", "solution": "2", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/spot_difference/22.png" ], "doc_id": "spot_difference_1120", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "2, 3, 4, 7, 8, 9, 11", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/60.png" ], "doc_id": "math_809", "problem": "\n慧源书店到明乐小学的距离约为（）米。\nA. 1200\nB. 1000\nC. 800\nD. 600\nE. 400\nF. 200\nG. 1400", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/symbolic/edge-count-8.png" ], "doc_id": "symbolic_1061", "problem": "\nHow many edges are there in this polygon?\nA.15\nB.16\nC.17\nD.18\nE.19", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_86.jpg" ], "doc_id": "jigsaw_105", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[6, 24, 14, 4, 13, 2, 22, 15, 11, 18, 12, 23, 10, 19, 5, 1, 25, 3, 9, 7, 20, 16, 17, 21, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_15_1.png" ], "doc_id": "symbolic_90", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "15", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/word_search/33.jpg" ], "doc_id": "word_search_1172", "problem": "\n图中晶字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[12, 8]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/144.png" ], "doc_id": "math_895", "problem": "\n如图，工厂A和工厂B，位于两条公路OC、OD之间的地带，现要建一座货物中转站P．若要求中转站P到两条公路OC、OD的距离相等，且到工厂A和工厂B的距离之和最短。如果线段HI之间的距离是3km，该最短距离之和大约是（ ）。\nA. 3km\nB. 4km\nC. 5km\nD. 6km\nE. 7km\nF. 8km", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/10_low.png" ], "doc_id": "contrast_446", "problem": "\nHow many people are in the image?", "solution": "4", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/spot_difference/70.png" ], "doc_id": "spot_difference_1059", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "13, 14, 15, 16, 19, 20, 21, 22, 24", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000439303.jpg" ], "doc_id": "refcoco_844", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by bear arm top edge of photo?\nA: 22%\nB: 38%\nC: 14%\nD: 46%\nE: 30%\nF: 6%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_15.jpg" ], "doc_id": "jigsaw_737", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[6, 5, 4, 1, 8, 9, 2, 7, 3]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/instrument/13.jpg" ], "doc_id": "instrument_545", "problem": "\nApproximately what is the width of the gear?\nA 1.20 cm\nB 1.22 cm\nC 1.24 cm\nD 1.26 cm\nE 1.28 cm", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/spot_difference/47_left.png", "TIR-Bench/data/spot_difference/47_right.png" ], "doc_id": "spot_difference_47", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "1, 6, 11, 14, 16, 19, 21, 25", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_48.jpg" ], "doc_id": "jigsaw_955", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[4, 8, 6, 12, 2, 16, 15, 7, 5, 1, 14, 13, 9, 3, 10, 11]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/79.jpg" ], "doc_id": "ocr_398", "problem": "\nwhat is written in the image?", "solution": "tread", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/contrast/23_low.png" ], "doc_id": "contrast_586", "problem": "\nHow many large metal barrels are visible on the right side of the image?", "solution": "5", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/instrument/60.jpg" ], "doc_id": "instrument_890", "problem": "\nWhat is the reading of the Vernier caliper in the image in centimeters?\nA 1.24\nB 1.244\nC 1.248\nD 1.25\nE 1.252\nF None of the above", "solution": "F", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_87.jpg" ], "doc_id": "jigsaw_1043", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[18, 7, 8, 15, 24, 10, 6, 13, 20, 11, 12, 1, 23, 2, 19, 5, 17, 16, 21, 22, 25, 9, 3, 4, 14]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/word_search/76.jpg" ], "doc_id": "word_search_444", "problem": "\n图中有多少个正字？回答一个数字，例如1，2，3。", "solution": "9", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/contrast/5_low.png" ], "doc_id": "contrast_1027", "problem": "\nHow many ducks are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/ocr/73.jpg" ], "doc_id": "ocr_632", "problem": "\nwhat is written in the image?", "solution": "vacuum", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/math/78.png" ], "doc_id": "math_471", "problem": "\nThe x-coordinate of maximum point of the function in figure is closest to ( )\nA. 1.1\nB. 1.3\nC. 1.5\nD. 1.7\nE. 2\nF. 2.2", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/104.png" ], "doc_id": "maze_625", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRULLDRRURRLDULDUDDRDRLLDLRRRRRDRRRDRLRUUDRDRRURRDDRRDURURRULDDUUUUURDDDUDRLLLDRDRRDDRDDRDDLURURDRRDRDDDDRDRLDDRRRURDRRLRDUDRLRLRDDLRDRRRRRDDDDUDDLRLDURDDLDDRDRRDRRDULRLRDDDDDDDLRDLLDDRDURL\nB. RRRRRDRDRRRDRRRRLDRDRRDDLULDDRLUDDDDRUDRLLRLLDDUDRRRRLUDDUDURLRRDDLRLDDDDRRRRLDDLDDRRDDRRRDUDRURLDRLRRDDDDRRRLDRRRRDDDRURRDRRUDDDDRRDRDRDDDURDDDRR\nC. LDLLUULDLUURLRLUURDRLUUDRDURLRUURLLUDULLDRLRLLDUUULDURRUURRUURUDLUURRLRDUDRDLUDLUULDRUUDUUDLULLDDULLRRRDUDULRLLLLRRDDULDULRRRRRULDDLRRDLLLRDLRLRRLLDRRLLLRRLRDRRLDDDDLLDDDDUDDRRDUUURUULLDLDRULRURDLLLDLDRLRUULUUDDULDULULDRLLRDLRLLDLUDUDLUULLDDUULDLRDDLURRDDDDUURRLULRLRDRRURULURLUUUUDRRLDLULDURDULDLRDLURDDDDRDULDULDLUUUUUDLLDUULRRUURDLUUUULLDDDURLRRUURRLRLULDLDLLDURLLUURRUURRLRUDDLURURRRRLDURURRDLLDRULLLDLRLUULLUURULDRRLLLUDLUULDLURUULURULURLDDLUDRUDLDDLRRDLUDDURRDLDUDRDURRDRLUDLRRDDDRRRDDRLDRRLUUDDUUDRLRDDDURLLLDLLRRLRDRDDDURLUDRLLLRUDULRDULUDUDDLLDUUUUDDUDLULLDLRLRRLUUUR\nD. DDDRLDDRRRDDUUDRRDDDRRRDURRDRDDRRUDRRRDRDRLLLDDRRRDDRURLDDRURRDDRRLLRRLDDRLLDRDLDUDDDRDLRDDRRDDDUDRRRRLRULRRDDRDRDULRDDDRRDRDDDRRRDRDDUUDRDDDUURULRRRULDRDLURDRU\nE. DDDDDDDDRRRRRRDDLLLLDDLLDDDDDDRRRRDDDDDDRRRRUURRDDRRDDDDRRUUUUUULLUUUUUUUULLUUUULLUUUUUURRRRUURRUURRRRDDRRUURRDDRRDDRRDDDDRRUUUURRRRUURRRRDDLLDDDDLLDDRRDDLLLLDDDDDDRRUUUURRDDRRRRDDRRRRUURRDDDDLLLLDDRRDDLLDDRRDDRRDDLLDDRRDDLLLLUUUULLUUUUUUUUUULLDDLLLLUULLLLLLDDLLUUUURRUURRUUUUUULLLLDDDDLLUULLDDLLLLDDLLDDRRRRRRUURRDDDDLLLLLLDDDDRRUURRRRDDDDDDDDDDRRDDLLLLDDLLLLUURRUURRUULLUUUULLDDDDDDLLLLUULLLLUULLUULLDDLLUUUUUUUULLDDDDDDDDDDRRRRDDRRDDLLDDRRRRUUUURRDDDDRRDDRRRRDDLLLLDDDDRRRRUURRUURRDDDDRRUUUUUUUURRRRRRDDDDRRRRUULLUURRRRDDRRRRUURRRRDDLLDDRRRRDDDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/art-36.jpg" ], "doc_id": "visual_search_69", "problem": "\nHow many cows are there in the picture?\n", "solution": "4", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/contrast/11_low.png" ], "doc_id": "contrast_211", "problem": "\nHow many windows in the image have white curtains hanging from the top?", "solution": "4", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/maze/64.png" ], "doc_id": "maze_242", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. ULLURDDURUDDUDLDLLUUDUURRUDDULLULURLRDLLLLUUDLRUURDDDUDULDUUURULDDRRLULDRLUURRRLUULURULUUURDDRRUDUDRRRLUDRRRLRLDRRUDRLU\nB. LDLLRRRRLRDDRRDDULRLRDDDDRRURRDDDDDRDUDRURDRRRDULDDRDLRLRLDDLRDRDDRRDUDRUDDRULRDRDRRDRRDLDRURRLLRDRRRDRR\nC. RRDDLLDDRRRRDDRRRRRRDDRRUUUURRDDDDDDDDLLDDDDLLDDRRRRDDDDLLDDDDDDRRUUUURRRRDDLLDDRRRRRRRRUURRUUUURRDDDDDD\nD. RRRLUURLDUDUDDDLUDLLLRDRDDRRLRLRLDDDULURUDLLDRDRRUDDLRRLRDRDDDDRLUDLLRRLLUDDDLLRLURRRRLRLUDDDDDURDULDLRDUUDDRLLULLULDRURURUDR\nE. RRDRRDRRDDRLDRDUDDRDRLDRUDLDRLDLURDDDRDRLRDDRURDDURDDUDDRDDURUDRURDUUDDRRDURLRRLRDRURDDDLUDLURRDDLLRDDRRRLRDRLRRRDLR\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/symbolic/edge-count-7.png" ], "doc_id": "symbolic_196", "problem": "\nHow many edges are there in this polygon?\nA.12\nB.13\nC.14\nD.15\nE.16", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/spot_difference/1_left.png", "TIR-Bench/data/spot_difference/1_right.png" ], "doc_id": "spot_difference_913", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "3, 4, 5, 6, 7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/temp_17.jpg" ], "doc_id": "visual_search_848", "problem": "\nTo what number is the hour hand of the clock pointing closest? Answer 1-12.", "solution": "3", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/104.png" ], "doc_id": "color_264", "problem": "\nWhich circles has the darkest color? The circles are numbered left to right starting from 1. Select from the following choices. (A) All the same (B) 1 (C) 2 (D) 3", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_44.png" ], "doc_id": "rotation_game_221", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 205°\nB. 235°\nC. 225°\nD. 200°\nE. 195°\nF. 215°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/color/72.png" ], "doc_id": "color_215", "problem": "\nWhat is the RGB value of the given color in the image? Select from the following choices. (A) [214, 255, 120] (B) [216, 255, 127] (C) [22, 61, 37] (D) [219, 255, 122]", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/103.png" ], "doc_id": "maze_830", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRURRURLUUURDDRDUDLUUURULLDDDRLLDRUUULURLLUUDDULDUDULRRRLRLLRURLLLDLUURULDURURDULDDLRLDRULUUURLDUUDLRURRDLRURRRDDLDDURURLDLDDDUDUDDDDDULDDDLDLRUDDRLLLDRLUUURRLULLDLRLLDRURLURRDRURRLLLRURLDDURDUUDRDLRRRRRRLRLRRRLLLULULULRLLRRRULRLDLLULDUDLDUDRDLLDRDUUDDLRUULDLUDRRUURLDUDUDULLRDLDUDUURRRURRULDRUURRRLULURDLRLDLUDRRLL\nB. DDDRRDDLURDRDDRRRRDRDLRDDDURRDRDDRDRUULRURLRRDDDDRURDUDDDDDUURRRDURDDDRDRDDLRRRRUDDDRLRRRDDRUDDDDRRRDDURDRDDRDDDRRRDRRRDRUDULRDDDLURLLRDRDDR\nC. RRDRRRRRRDRDDRLDDLDRRRDRRDLRDRDUDRRLDLRDDRDDUURRRDDDDUDDRLUDRRDDRDRDDRRLDDRRURDDDURDDDLRLRURDUDDRDDDLDDDLRRRDRDRDURRLRURRDDURDRRDRDRURDRDUDLRD\nD. LDDDDRDDRDRRDRDDULRRDDRUDUDRDDDRRDRUURRDDDRRRDDRLDRLDDRDRRURUDUDLRRDRDRDRDDUURRULRLLRRDRDDDDDDRRRRDDDLRRDULDRUDDLURRRDRDDRLRRDRRRDRDLDRRDDLRDLLRRULUUDRURLDLRDRLRURDRD\nE. DULLUULDDUULLULURDRDDRDLURDRDDLUURRDUDDLUDDLDRLLUDULUUURRRDLDRURLUUDDRLRURRLDDDURRLDRURRLRUUUDDRLRULLURURULLRRURLRDLRRRLLLLDRURDULRDDRLRULDUUURLRDLRDRLRDLRRLRDRUDRLLUDLRDRRLUUUUURLUDULLURRLRLLURRDDLDDRDRUDDLUURUDRRLDLDRULRLUULUDLDUDLUDRRDDRDDDDDDUDLDRULRDLRLUDLLULRULDDDURULRLRRDDDDDUDLULDRDRLURDLLUURLLRLDLULDLLD\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/12.png" ], "doc_id": "color_619", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 8 (B) 9 (C) 10 (D) 11", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/80.png" ], "doc_id": "maze_1009", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDUUDUDRLLDDDRDDRDDRUDLDDRUUDUDRDRLRDDDRDRRUDUDRDRDDLRRURULRRLDRUDLUDDRRDRRDRRUUDDDDDRDURRRRRDDURLDDLDRRUDURUURURLDDDDDDDLLRDLDDRRDUUDRDRRRRDRDURURLLULDDDDDRRRUR\nB. URLURDLLDDDDULULUDLRULLDLLLURRRULLUDULULLUDUUDDDUURRULUDRRURDUDRRDRULDDDDDRDRUUDDRRRLRDUDLURLLDDUDRLUDDRDULULUDDUULURLURLLULDDLRURLULRDLUUDDRRUURDLLRLRLURUDDLULDRDRUDRUDRUDLULUUDULRLUUDDRDLDLDLUUDDURLDLRDDULDRUDDURRL\nC. DDRDDDRLRLURDRDULRRRRDLLRUDRLUDDDRLRDDRRUDDRUURRDLRDDRDRDRLULRRLLRRRDRDLLLDDRDULRRRURDRRRUDUDDRRRRDDDRDLDDDLRDRURRDUDURDRDRDLDUDRLRLDLRRURDDDDRUDDDDRDRRUR\nD. RLDURLRRUURUUDRURURUUULLUURLDLLRLLURDRRURRURLDDDRURUDLUURUDUDUDLDDLRRLDLDDRDLDDRDUDURULRULDDLUDUUDULURRDLUUDDRRDLUUULDDLRDLDURUURLRUDDDLUURDDRRDRLRURRLULDRRURURLDUDDULLLURLLRRDDDRRUUDLRURRRRRUDUURURDUURRUUUDRULLULLRLURR\nE. DDDDRRUURRUURRRRDDLLDDRRDDDDRRRRDDRRUURRDDRRUURRRRUURRDDDDRRUURRUULLUULLUUUURRDDRRUURRDDRRDDRRRRDDLLDDDDLLUUUULLDDDDLLDDRRRRRRDDLLLLLLDDRRRRRRRRDDDDDDDDLLDDRRDDDDLLLLLLLLUULLDDDDDDRRDDRRUUUURRDDRRRRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/hr_19.png" ], "doc_id": "visual_search_906", "problem": "\nWhat's color of the flag?\nA. Red\nB. White\nC. Blue\nD. Yellow", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000322090.jpg" ], "doc_id": "refcoco_605", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by player?\nA: 54%\nB: 62%\nC: 46%\nD: 78%\nE: 38%\nF: 70%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/64.png" ], "doc_id": "spot_difference_353", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?Please provide your answer as an integer, such as 1, 2, 3. Please provide your answer as an integer, such as 1, 2, 3.", "solution": "8", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/symbolic/dot_5.png" ], "doc_id": "symbolic_1096", "problem": "\nHow many dots are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "27", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/maze/3.png" ], "doc_id": "maze_391", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDLRLDLULUDULDDDUULDRDLUDURLRLDURLRLRLRRRDRDDUDDUURLRDURURLDDRRRLDLDULLDRDDRDR\nB. RRRRDDDD\nC. LDDDRUDRRRDRRUDURRLLRLLULLDURDLRRUDLUURURRDDDULDLLRDDUUULLDDRR\nD. RULDRUULRDRLLDRDRUDRLUDLDRDDLRUURURURDUUDDULRRLLURRLUDRLLRLRDLLLDRURRRLLDRDDDDUULLDLUDURLRDR\nE. UULDRDDDDLDDUUUDLRRLRLLDLL\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/96.jpg" ], "doc_id": "spot_difference_1089", "problem": "\nThis is a spot-the-difference game. How many places differ between the left and right images?", "solution": "10", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000328969.jpg" ], "doc_id": "refcoco_939", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by brown?\nA: 38%\nB: 46%\nC: 22%\nD: 14%\nE: 6%\nF: 30%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/79_left.png", "TIR-Bench/data/spot_difference/79_right.png" ], "doc_id": "spot_difference_11", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "7, 11, 12, 13, 14, 15, 19", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_9.jpg" ], "doc_id": "jigsaw_154", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 1, 5, 6, 3, 2, 4, 7, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/symbolic/edge-count-2.png" ], "doc_id": "symbolic_529", "problem": "\nHow many edges are there in this polygon?\nA.10\nB.13\nC.15\nD.17\nE.19", "solution": "C", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/ocr/84.jpg" ], "doc_id": "ocr_113", "problem": "\nwhat is the number in the image?", "solution": "15950", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000263516.jpg" ], "doc_id": "refcoco_914", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by striped shirt behind little girl?\nA: 28%\nB: 4%\nC: 36%\nD: 12%\nE: 20%\nF: 44%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_96.jpg" ], "doc_id": "jigsaw_257", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[14, 1, 21, 6, 22, 10, 5, 15, 7, 12, 24, 34, 23, 11, 31, 13, 8, 17, 19, 3, 35, 28, 30, 32, 9, 25, 4, 27, 20, 2, 29, 16, 33, 26, 18, 36]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000376988.jpg" ], "doc_id": "refcoco_140", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by top right guy?\nA: 35%\nB: 27%\nC: 43%\nD: 19%\nE: 3%\nF: 11%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/art-22.jpg" ], "doc_id": "visual_search_1160", "problem": "\nHow many visible yellow lights are hanging on the pillars and ceiling in the picture?\n", "solution": "10", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/108.png" ], "doc_id": "maze_663", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DUDUDLLRDDLUDDDDDDRRRDDDDRDDRRDRRDDRRRDLRDRDRDURDUDRDLRLDUDRRDRLRDRRDRRRUDURLRRLDRRRDLDUDRLRLDURRRUDRRRDDRRRRRRDRRRDULRDLLDDDDLDRDDDUDDLDRRDDRRRRDRLULRDDRRRRLUU\nB. UDURDRLLLRLDDLDURRLDRRURLLDDRDDLURRLRLRDRURLLURRDRLUUDLLULLRRDLDUUULDLULURRDDLDRULURRULUDRLUUUDDDRRLRDRDURRDDDLUUDLLUURDDLURRURDURLLLDRUDDDULDDDRDDRURURUDDRRURLDDDURULDULUULURLRLULUUURRDRUULURDLLLULLDLUUUDURURUDLDLUULDDRRLDRLDDRURDLDULULLDURLRRUDDDRLUDRRDLUDURDUULDDLLLLLURUDRLLDDUDLRLLURDURLDDDDRLLULUDDLRUURDUDDRDRLDULRURRLRUUUDDLLULLLURUDDDRUUUUDUDDLUULRUDLLRDULLDDLRRDDUDUDUDRDUUDULLUDRRRRRRDDUDLDDLDLDLURRUULRRDRUULLRDRULRDDUDDLLDULULULUUDURDURUUDDRUDLLURRRRLDDLUUDLUDDLLDRULULDURUURRRDLRLUDUDLDRLUDRLLLURRDLDDR\nC. LDURDRLRDDDURDLDRUDDDDRRDDRRDRRRRRDDUDRRRURDRLRDRRLRURLRDRDDDLRLDDDRRDUDRUDRLDRRLLDDUDDRDRDDDULRDUUDRRDRDDRLRDLRDDLURDURDRDRRLLRDRDDURLRUDRULDRLRDURRRLDDDDRRRRDRRRDRRLLRD\nD. DUUUDURURLLRRRDDUDDLULUDUUULRUDULDDRLUDLDRRLRRRDLLURLRRURRLRLDRLLDDLURDULRRULRUDDDDRULDDULRLUDLRLLRDDRLLDLLRULLLRLURUULDUDLDURLLULDLURRLDULRDDUDLRDRDDDLLDLLDLDDLDRLRLLLLUDULDRRRDLUURUUUDRUURUULDRDDURUURRURRLRDUUUDURLDRLLULLUULLLRLLDRLRRDRUUDLUDLLDDDUDDUUUURRLULDDUDURRULRRLDUULLRLRDDDUULRDRDRURLLDDDRURUURRLDUUDUULRRRDLLRDRLULRLUDUDDUULLLRLLULLLURURUULLLRUDDRRRDDULLLRLRUURRULDRRLLLRULULLUDRDULLURLDRUDUUDUUDURLURRLDLDLDLUUDURRUDDRLULLDUDRUULLULRRRLUULUDRRRRRUDUDRRRDDURRRUUULRRDRLLDDUUDUDURLLLLDRURRRRURRLURLUURULDRUDL\nE. RRDDRRRRUURRDDRRUURRRRRRDDRRUURRRRRRRRRRDDDDDDDDRRUUUUUURRUURRRRDDLLDDRRRRDDRRRRDDLLLLDDLLDDLLDDLLUULLUULLLLUULLUULLLLUULLDDLLUULLUULLDDLLDDLLUULLDDDDDDDDRRUUUURRDDRRRRUURRRRRRRRDDDDDDRRUURRRRDDLLDDRRDDDDRRUUUURRDDRRDDRRUURRRRRRDDDDDDLLUULLDDLLUULLDDLLDDLLUULLLLLLLLUUUURRDDRRUUUULLLLUULLDDDDDDLLDDRRDDLLLLDDDDLLLLDDRRRRDDRRRRDDRRDDLLLLDDRRDDLLLLUULLDDDDRRRRRRRRUURRRRUULLUURRUULLUURRRRDDRRUUUUUULLUURRRRRRRRDDLLLLDDRRDDRRUURRRRRRDDDDLLUULLDDLLDDLLUULLDDLLDDRRRRDDLLDDRRRRUUUURRRRUURRRRDDDDDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/115.png" ], "doc_id": "math_240", "problem": "\nThe distance between point R and P is about ( ).\nA. 6.2\nB. 6.7\nC. 7.3\nD. 8\nE. 8.3\nF. 5.8", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_67.jpg" ], "doc_id": "jigsaw_588", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[8, 19, 24, 13, 9, 15, 14, 16, 17, 18, 5, 2, 11, 3, 10, 7, 21, 4, 23, 20, 6, 12, 22, 25, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/instrument/32.jpg" ], "doc_id": "instrument_572", "problem": "\nAccording to the image, what is the thermometer reading in Celsius?\nA 28-29\nB 27-28\nC 29-30\nD 26-27\nE 30-31", "solution": "A", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/contrast/43_low.png" ], "doc_id": "contrast_281", "problem": "\nHow many clothes hangers with clothes are on the left?", "solution": "8", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/maze/147.png" ], "doc_id": "maze_158", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDRRRRDRLRRRDRUDRDDLLDDDRUDDDDRDRDRRURLRLDDRUDDDDRDRDRDRRDUURDRLDRRDDURURRDRLRLDLRDDRURRRRDRDRURRURRDRDDUDLDULDRDDDDDLDDRURDRUDLRRDRDDRDRDRDDDRURRRRRLRDRDDRRRRDURULRRDURRLRDDRDRLDLDRLDDDDLULDRDRRDRDDLDRDD\nB. UDRDLDDRRRRURDRRRDUDLLDDRURDRURDLRDDLRDRDDRDDRLDRDURUDRRDRRRRDUDDULRDURDDDDDDRRRLDLDRRDRRDRLDURRDDRDRRDDRDDDDDDRRLLRDDDDRDRLRRLRDRRDLLRDRRRLURDRDLDULRRUDRDLRRUDRDLLLUDRDRUDDDRRURDRUURRDRDDLLRRDDDRDRRDUURRRDUDRDLRRDRDDDDUDRUU\nC. DDLDUDDRRRRUDDRLRURDDDDDLRDDRUDRRLDRRDURLDLUDRRDRDRDDDDURDRRUDURRDRRURRDRDRDRLRDRRRDDDRRDRRLDRDRRUDRLRDDRRRRRLRRDRLRDDDRRLDDDUDRLDDDRRRRULDUUDDRDDDDDDRRDDRRDRRRDDRRDURDDDDDDDDRDRRR\nD. UDDDDLDRLUULRRUDUUULRDULLDULURDLDRUDURLRUUURUURULDRLDLDUDURRLDUDLLUURURLRDDURLRUDLLDDDULRRDDDRULRDLUDLDDRURDLLDRLULLURURRURRRLRDDRLRULDURRULLUDRUDDLDLUULDRULDLLUDRRLRLDLLLLLLRLLRLRULRDLRURRULLRDUDDRRDURLLUDRLUURLRUUDRLLLULRRUDUURLDUDLRURLDRRDLRULURLDULLURLLLLLURDDULLLURDURURURDLDRUDDDRRRRLRRLURLDLDLDUULRRDRRDRLDLUDRULRLLLDLDDDDDUDULULDLDLULRDDURRRLLDDDDRULUUURURDRLDUULRDDRRDRUDDLUDRRLRUUDRUULULLRUDLULDRLRRLLDRUURUULDUURUDDLUDDRULURULLLULUUURUDUDDRDRUULRULRUDLLDULDRDLLDRLRLRURDLLURLLRURRRURLUUUDDRRRRURRLULULRDULUULLRRDRRDLUUU\nE. RRRRDDRRUURRDDDDRRDDLLLLUULLLLUULLDDDDRRDDRRDDRRUURRDDDDLLDDLLLLUULLDDDDDDRRUURRRRDDDDRRUURRDDRRUUUULLLLUURRUUUURRUUUURRDDDDRRDDLLLLDDRRRRRRDDRRDDDDLLUULLUULLDDDDRRDDLLDDLLLLDDDDRRDDLLDDDDDDDDDDLLDDRRDDDDRRUURRRRRRRRRRRRRRUULLUUUURRRRUUUURRRRDDDDLLDDRRRRRRUULLUUUURRUULLUULLDDLLLLUULLDDLLDDLLDDDDDDLLUULLDDLLUUUULLLLUUUURRUUUURRUUUURRDDDDDDRRUURRDDRRUURRUURRDDRRUURRDDRRUURRDDRRRRDDRRDDLLLLDDRRRRRRDDLLLLDDLLDDDDDDRRRRRRDDRRDDRRRRUUUUUUUURRDDRRDDLLDDDDDDLLDDLLDDLLLLLLDDDDLLDDRRRRRRUUUURRDDRRDDRRUUUURRUURRDDDDDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/73.png" ], "doc_id": "color_85", "problem": "\nWhat is the RGB value of the given color in the image? Select from the following choices. (A) [22, 165, 3] (B) [17, 167, 0] (C) [24, 165, 0] (D) [109, 89, 95]", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_49.jpg" ], "doc_id": "jigsaw_300", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 6, 15, 11, 5, 13, 14, 16, 4, 2, 12, 7, 1, 8, 10, 3]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000089187.jpg" ], "doc_id": "refcoco_278", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man?\nA: 42%\nB: 50%\nC: 26%\nD: 18%\nE: 10%\nF: 34%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_54.png" ], "doc_id": "rotation_game_73", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 225°\nB. 240°\nC. 210°\nD. 270°\nE. 255°\nF. 220°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000536576.jpg" ], "doc_id": "refcoco_921", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by zebra in front?\nA: 32%\nB: 16%\nC: 8%\nD: 0%\nE: 40%\nF: 24%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/symbolic/grid_20x19_3.png" ], "doc_id": "symbolic_513", "problem": "\nHow many grid cells are there in this image?\nA.300\nB.210\nC.380\nD.176\nE.169", "solution": "C", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/instrument/46.jpg" ], "doc_id": "instrument_1108", "problem": "\nThe volume of the red liquid in the image is approximately () ml.\nA 48-49\nB 49-50\nC 50-51\nD 51-52\nE 52-53\nF 47-48", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_9.png" ], "doc_id": "rotation_game_329", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 300°\nB. 325°\nC. 320°\nD. 310°\nE. 315°\nF. 305°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_64.png" ], "doc_id": "rotation_game_386", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 180°\nB. 195°\nC. 135°\nD. 150°\nE. 165°\nF. 145°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/instrument/53.jpg" ], "doc_id": "instrument_1052", "problem": "\nThe reading on the pressure gauge in the image is closest to which number below?\nA 150\nB 165\nC 175\nD 185\nE 170\nF 200\nG 180", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/symbolic/subway-1.jpg" ], "doc_id": "symbolic_889", "problem": "\nHow many connected single-colored paths go from A to C?\nA.0\nB.1\nC.2\nD.3\nE.4", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/maze/94.png" ], "doc_id": "maze_120", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLLLULRRLULLRLDRLUUDDDRRRLRLRRUURLURRRRURLULRDRLLUDDRRRLURLUDDRRRRRDLULLUUURUDDUDRDURUURDLDUDDLRRURDRLUUULLUUDRURLLLURURUUULDDURLLRUDLLUDRDULLUUDLRUUDUUDDLRDUDRRDLUDDLULRRRUURDRRUDLUDLDLRUUDLRLRUDUDUURUDRRUURRLDLDRLULDRRULLUDUDRLRDDUDDLRDLULRDLDURUUDRRRUULLULDDLDDDRRUDLURLRUUDUUURRLLDRUDRLLULRLRDRDLURRUULLDDUUURLUURDUULDRUDDRRU\nB. RRDRRDRLURDUDDRRLRRUDRDURLLRURRRLLDRRRUDDDDRLRRURDLLRDDRDRDRRRDULRURUULDUDRDDDDUDRDDDLDRRRDDUDLDDDDRDUUUDUURRRDRRDRRDDDRRRUDLDDRRRDULURDRDDDLDDDDDDRDLUDDRRDLDRLRDULUDRRDRUD\nC. LULLRUDDDRRUUDLDUDLDRUDRRRRLUDRDRLUDURUURRURDRDDRDUUULDRLDDDRLDURUURULLRRLUDRRURLUDDLUDRRRURURLLRDDDDDLUUDLRUDURULRULUDDLDULLUUDUUDRLUUUULRRDUDRRULRDDUDLDLURUURLLDLDURUUDLULLULLDURRDLUUULDRUDRRUDDRUUDRDLUDDDRUUDUDDLULLLDDDURDDRLRULULDLRLUUURRRRURDDDDLDULRRULLRRDUUULDDLDLURULURRRULLDLRDUUDDRUDUULDRLDUUDDDULLLURDLRLDRDDLLLURUDLRDL\nD. DDLLRRRDULDLRRRRDUDDRDRDRRDDDDURDDRRRUDRDRDDDRRRURULDUULLRDRRDDRDRRDDRRDDDUUDUDRRDRRLRRURDDDDRRRDDDLRURRDDDLRRDDDLDRDLDRRLURLRDDRLRRDDUDRRDDLRUR\nE. URDUDDLDRDRRRDRDDRLDDRUDDDLDDRDLUDLRDRUDDDRDDDDDRUDRDRURRRLRDDLLDRULRRDRRDRRURRURDLRLRRDRRURRLRRLRDLDURDUDRDRRUDRRDDDUURDRRLDDDRDLDRDRDRDDUUDRRRDDDLRR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/33.png" ], "doc_id": "maze_808", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLUDRLDLLLDULDUURDLDLUDRRUDUDUURURDDRRDLLUDDLDULUUURDLUDDRUUDDUDRLDDRLRDDUUDULULRDLUULUULUURLLRURRDULUDRRLRDULRDLULRR\nB. LRDDURDLRLDRDRRUDUDRDUDDDDRRDLUDDDDRDDLRULRLRULRRRUDRRDURDUDLRDLULUDRRDRLRRLDDRRUDUUDRRD\nC. URUDDRDLDLRDDDRRRRDURDRRDLRUUURLRLRLLRLDUUDDLRDRRLDULDLDDRDLRRLRUDRLULRRURDDRRLDUDLRDULRRDDURLDLRRRULRULDRDDDRLUUDDRDR\nD. LDDDLRLUULDLLRLLLLRLULDUUDLRLDLLURDDURRLDUUDLDDDLRUUULRRLULRLLULRLLLDUDRURDDDULDUUDLLURDRULDULUUUDDDDRLLLRLUDDDUL\nE. DDDDDDRRRRDDRRRRRRUULLUURRUULLLLLLDDLLUUUURRRRRRRRRRDDDDRRUUUURRDDDDDDLLLLDDRRRRDDDDLLLLDDDDRRUURRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_19.png" ], "doc_id": "rotation_game_380", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 285°\nB. 280°\nC. 275°\nD. 265°\nE. 270°\nF. 290°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/instrument/44.jpg" ], "doc_id": "instrument_381", "problem": "\nThe reading in the measuring cylinder in the image is approximately () ml.\nA 17.8-18\nB 18-18.2\nC 18.2-18.4\nD 18.4-18.6\nE 18.6-18.8", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/art_1.png" ], "doc_id": "visual_search_148", "problem": "\nHow many horses are pulling the carriage loaded with red cargo in the picture?", "solution": "3", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_116.jpg" ], "doc_id": "jigsaw_463", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[28, 19, 31, 2, 21, 6, 8, 22, 30, 27, 15, 12, 23, 3, 24, 26, 7, 5, 29, 18, 36, 33, 20, 25, 11, 16, 17, 34, 4, 35, 1, 13, 10, 9, 32, 14]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/149.png" ], "doc_id": "maze_17", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDDDDDDDRLDLRRRDUDRDUDDDDDURDRRRDRRDDDRDDRRDRURDLRRRURDDDDRDDDLDRRLDDRRRLDUDURRULLDLRUDDDRRRRRDUDRRDDDRRDRRDLRDRDRRRDRURDRRDDULDRRRRRRDRDDRRDDRRDDRUDDRRDRLRDRUDDRDRRDRDDRD\nB. DDDLLUULDRLRDLUDRUULLURDURRUURLLUUDULDRLUULUUDLRRUDLRDULURDUDLLUUUDLUDDRUUUUULDURLULRUDRDDRLUDUULDRRRDLDLLDDRUDDLRULLRDLLDRLDURURURULDRURDLLUULRRDUURLRDRLRLDDLLLLRDDDRUUUDUDLRDULLLLLLRULUDLULRLUDUURLDULRRRDLRURDDURDUDURDDRRDRDULLUDDLDRDLDLRULDRLLDURLLLLURLRURUDULRDUDDDRULULURRURUUULULUDULDRDUUDULURDURDUDRLLLURLLRUDRLLDUDDURDUDURDDDURDDUULURRRLDDDRULLULLRDDUURLDDLLLDLLULLLULDDRLLULRLRUULULDUUDLDURLURDRULRRLDDRLURLRLDURRRLDRUDURRLRLRDLRRURDDDDDLURRULRLRLLRRLULLLRUURURLLRDRLRDRDLLLUDLUUDURLRLLULDLRLULULULRUURLRLRDRDURDURDUULLLDLDUDULLLRURRUUDLLLDDUUURRULRRURDRRLURRDDRUDDDDDRLLUUURRRRLDUURRULUDDDDRLDRDDRRLRURDUUDLRUURLURULDDRRDDULUDLULLLRDRLLLLDRUULRRDULRRLUUURDLLDLUUUUDRLURUDRRRRDRDRUDULLDRRRURLDUUDULLDDRDLDRLRULRLRRLRDRLULRRDUDDDLUDLLLLRUUULRDLDRUDURRDDDUDLRLDLLLURUUDULDDUULDRLULRULURLDLRUUDURRURUULUDLURRUDRDDURRDLULRLDRRLURRDULULULRDDLUDRUDLDLDLDRRRDULDRUU\nC. DURRLUUDDRDURDLDRRLRURDRDDDDRRDLDDRRRRDDDRLDDLLDLLDDDDRRDLRRRDURDDRRRRRDRRRRRRDRRULRDRRRDRRDRDDRLDLRRRDDUDRDDRLUDUUDRDRURDDRRDDRDDUDURRRRDDDDRDDRDULLRURUDURDLRDDRDDRDDRDDRDRUDDUDDDDDLRDURLDLLRRLDRRUDDRDRRRRLRURRD\nD. RRRRRRRRRRDDDDDDRRDDDDRRRRDDDDRRRRRRRRRRDDRRRRRRDDRRRRUULLUULLLLLLUURRRRRRUULLLLUUUURRRRUURRRRRRRRUULLLLUURRRRRRRRRRDDLLLLDDRRDDDDRRDDDDRRDDRRRRDDDDDDDDDDRRRRUURRDDDDLLDDLLDDRRRRDDDDDDDDDDLLLLLLLLUURRUUUULLLLDDLLUUUUUURRRRRRUULLUULLUULLLLUURRRRRRUUUULLLLDDLLUULLLLDDRRDDDDDDLLDDDDRRRRDDDDDDLLDDLLUUUURRUULLLLUULLUURRUULLUURRUULLLLLLUULLDDLLDDRRDDRRUURRDDDDDDLLUULLDDLLUULLUULLUULLDDLLDDRRRRDDLLDDDDRRDDRRDDDDLLDDDDLLUULLDDDDLLLLLLUURRRRUUUULLDDLLLLUULLUUUURRUURRRRDDLLDDRRRRUUUURRUULLLLLLLLUUUUUULLUULLUUUUUULLLLDDDDDDDDRRRRDDRRDDLLDDLLUUUULLDDLLDDLLLLDDDDDDDDRRDDRRDDRRRRDDLLDDRRDDDDRRRRDDDDRRDDDDRRUURRUURRUURRRRUURRUULLLLLLLLUURRRRRRRRUURRDDRRDDLLDDDDRRDDRRUURRRRRRUULLLLLLUUUUUULLUUUUUUUURRRRUURRDDDDDDDDRRUUUURRDDRRUURRDDDDLLLLDDRRRRDDLLLLDDDDDDRRUURRDDRRUUUURRDDRRUUUULLUULLUUUUUUUURRRRDDDDRRRRRRDDDDLLLLDDRRRRRRRRDDLLLLDDRRRRDDDDLLDDRRDD\nE. UDDDRRDDDDDLLDLLUDLLLDUURLDLDDRDURDDLULLLDRRUDULRRUUDURDDRRLLDDRDULDLDLURULLDRULDRLRURDUULRURLDRLDRRDULRRDRLLLRDURLUULULRURULDUURUUULDRLUULLULLDDULRRDDLDLLDDUULDULLUDLUDDLUDDRUULUDURULLURRULRRRLDRRRUULLUURURUDDUUDDDDRDULURLLUULDULLRDDDRRUDURLLRRULULRLLDUDRUURLLRRUDLDLRUUULDRLRLLDRLLRLLLULUURRURULULUDURRDUDRRRDRLLRRRDUDDDDLURDLRUULRDLLRDDRRLDULRRUDUDLLDRDLRDLDLRDUDULUDLURRRLRRLRULRULLRUDRDDULRUDRLRRRDDLRURLRURUURRLRDDURUDDLDRRLDLLRRURDLRDRURUDLUDDUDDRDULDLDRUDDUULRRDRLDLRRUDRRRDLDLLURRDDUDDRULRDLRLRUDRDRDUDLRULRDRRLDDLLUUURLDLLRUULDDLDDURLUURUDLUDLLURDLDURRRUDDRDULUURDULULLRRRDLUULURRDUDRUULRRUUDDLLDULUULLUULLDLDLDLUDLLURURUDRULLUDDDDRDLDLRRRURULDULUURRDULDLUDULRDRDDURDLURRURLRDDDUDRLRRRLRUUDLRLRLRUDRLDLURRDLUURLRLDLUUDDRURLRLRLLUDLUDLDDLUDRUUDLURUUULDUULDLRDDDDUDLURRRRLDRRLLLULRRURLDLDUDUDRRDURLLDLLLRDDDRDLLUDUULRUDRUURUURRDDRDRUDLLLLDLRURDDRRRDRUULDDDRUDDUU\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/hr_11.png" ], "doc_id": "visual_search_805", "problem": "\nWhat's color of the bike in the image?\nA. Yellow\nB. Black\nC. Red\nD. Blue", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/95.jpg" ], "doc_id": "spot_difference_1159", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/hr_43.png" ], "doc_id": "visual_search_856", "problem": "\nWhat is the position of the blue backpack relative to the warning sign?\nA. Below the warning sign\nB. To the right of the warning sign\nC. On top of the warning sign\nD. To the left of the warning sign", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/131.png" ], "doc_id": "math_901", "problem": "\nAs shown in the figure, how many intersection points are there between the extension of CD and the trigonometric function f?", "solution": "2", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_52.png" ], "doc_id": "rotation_game_722", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 285°\nB. 330°\nC. 345°\nD. 300°\nE. 295°\nF. 315°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/spot_difference/53_left.png", "TIR-Bench/data/spot_difference/53_right.png" ], "doc_id": "spot_difference_525", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "4, 7, 8, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_13.png" ], "doc_id": "rotation_game_1136", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 225°\nB. 205°\nC. 230°\nD. 215°\nE. 220°\nF. 210°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/spot_difference/3_left.png", "TIR-Bench/data/spot_difference/3_right.png" ], "doc_id": "spot_difference_283", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "1, 2, 6, 7, 9, 15, 16, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_38.jpg" ], "doc_id": "jigsaw_1176", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[13, 11, 12, 5, 9, 16, 1, 4, 7, 15, 14, 3, 10, 6, 2, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/instrument/38.jpg" ], "doc_id": "instrument_917", "problem": "\nThe small circle hand of the black stopwatch is pointing to what number? Answer as an integer like 1,2,3.", "solution": "57", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/color/155.png" ], "doc_id": "color_81", "problem": "\nWhat is the closest to the proportion of the color yellow in the flag? Select from the following choices. (A) 15% (B) 20% (C) 25% (D) 30%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/44.png" ], "doc_id": "color_1189", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 85 (B) 86 (C) 89 (D) 91", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000297984.jpg" ], "doc_id": "refcoco_876", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by pizza?\nA: 63%\nB: 71%\nC: 79%\nD: 87%\nE: 47%\nF: 55%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/word_search/81.jpg" ], "doc_id": "word_search_428", "problem": "\n图中佑字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[35, 22]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/66.jpg" ], "doc_id": "instrument_868", "problem": "\nWhat is the stopwatch second reading in the image? Provide one decimal place (e.g., 1.1).", "solution": "13.6", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/instrument/15.jpg" ], "doc_id": "instrument_51", "problem": "\nAccording to the thermometer in the image, approximately what is the current room temperature in Celsius?\nA 20-21\nB 21-22\nC 22-23\nD 23-24\nE 19-20", "solution": "A", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_95.jpg" ], "doc_id": "jigsaw_31", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[11, 28, 4, 34, 17, 7, 19, 1, 13, 23, 29, 5, 22, 36, 33, 18, 32, 31, 12, 15, 6, 35, 20, 9, 14, 3, 24, 26, 25, 21, 27, 10, 2, 30, 8, 16]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/33_left.png", "TIR-Bench/data/spot_difference/33_right.png" ], "doc_id": "spot_difference_816", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "2, 3, 4, 5, 9, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/107.png" ], "doc_id": "color_706", "problem": "\nDoes the horizontal bar have a uniform color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/9.png" ], "doc_id": "math_486", "problem": "\nWhat is the limit as x approaches -2? Answer with a single number, such as 1, 2, 3.", "solution": "2", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_31.png" ], "doc_id": "rotation_game_823", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 115°\nB. 125°\nC. 105°\nD. 100°\nE. 135°\nF. 95°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/visual_search/new_30.jpg" ], "doc_id": "visual_search_810", "problem": "\nHow many elephants can you spot in this image?\nA. 6\nB. 7\nC. 8\nD. 9", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/contrast/14_low.png" ], "doc_id": "contrast_227", "problem": "\nAbout what time is the hour hand pointing to?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/color/149.png" ], "doc_id": "color_715", "problem": "\nWhat is closest to the proportion of the color red in the flag? Select from the following choices. (A) 85% (B) 90% (C) 95% (D) 100%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/symbolic/subway-1.jpg" ], "doc_id": "symbolic_831", "problem": "\nHow many connected single-colored paths go from D to B?\nA.0\nB.1\nC.2\nD.3\nE.4", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000360719.jpg" ], "doc_id": "refcoco_462", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by cat on left?\nA: 25%\nB: 17%\nC: 57%\nD: 41%\nE: 49%\nF: 33%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/54.png" ], "doc_id": "spot_difference_116", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "2, 6, 8, 9, 11, 15, 18", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/40.png" ], "doc_id": "math_580", "problem": "\nConnecting points A, D, and E, the shape formed by points A, E, and D is most likely:\nA. Right triangle\nB. Obtuse triangle\nC. Acute triangle\nD. Straight line", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/89.jpg" ], "doc_id": "spot_difference_311", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000357508.jpg" ], "doc_id": "refcoco_214", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by crosswalk sign hand or walking person?\nA: 10%\nB: 26%\nC: 2%\nD: 42%\nE: 18%\nF: 34%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000480741.jpg" ], "doc_id": "refcoco_752", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by bald dude?\nA: 27%\nB: 35%\nC: 19%\nD: 3%\nE: 43%\nF: 11%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/87.png" ], "doc_id": "color_967", "problem": "\nWhat is closest to the proportion of the color cyan in the image? Select from the following choices. (A) 60% (B) 70% (C) 80% (D) 90%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/ocr/91.jpg" ], "doc_id": "ocr_1128", "problem": "\nwhat is the number in the image?", "solution": "6776", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/instrument/49.jpg" ], "doc_id": "instrument_1057", "problem": "\nThe ammeter reading in the image is () A. Answer with one decimal place like 1.1.", "solution": "9.6", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/41.png" ], "doc_id": "maze_156", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DLRRLRDRULLUDRDRUUDLRRLDLLDULUURRUURRRLUDRRRDLLRUULDRRRRRLRRRDUDURRUDDUUULUUDURLUUUDDLLURDLDLUDDLUUU\nB. DRLRLULRRRDDRRRRRLRRDURUUDLRRLLDDDDRRDDRRRUULDRRDDRLDRDLDURULRRLLLDUDRUDRDDDRLDRRRLRLRLURLDUDUUDURRLDRDDRUDDDRLDDUDD\nC. DURULLDUURRULDURDUUULLLDDULRLRUDRURUDRLUDRLUDRUUDLLDURLDDDRRDLDDDURRLLUDRRRLULULLDRRDLUULUDRDRULRLLUDLDLLDUDRRLUUU\nD. DRRDDRDLDLRRLDDRLRRLUDLDRDDLUDRRDURURRDDURDRDDUDUURDURDDULDUDRRDUDDRLRRURDDDDLURDDLLUDRRRDDRDRLDUUDRUURR\nE. RDDDLRDURLLDRDRDDLLDRUDULDRDLDURRDDRULRRRDDRRDRRULRRRDDDDDLLLRRRDLDRURULRRURDDDURUDLDUDDRLRLRUUDDDUDURRRRDRU\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/98.png" ], "doc_id": "color_845", "problem": "\nWhich circles has the darkest color? The circles are numbered left to right starting from 1. Select from the following choices. (A) All the same (B) 1 (C) 2 (D) 3", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/word_search/67.jpg" ], "doc_id": "word_search_77", "problem": "\nIn the figure, in which row and column does the letter R appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[19, 7]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/maze/36.png" ], "doc_id": "maze_812", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDDRLDURUDDDDDRDDDRRURDDURRDDLULUDRDRLDLRLRRLUDRRURDDURDULLURDDRRLRRLDDDRURRR\nB. RRDDLLDDRRRRDDDDDDDDRRDDRRDDRRRRRRUULLLLUULLUURRUUUULLDDLLUUUUUURRDDRRUURRDDDDRRRRDDLLDDDDRRDDDD\nC. UDRRUDDURULDURRDDLRURULDRULDUURLRDDRLDULDRRLDDRRLLDUDUDDDLDDULUDLLLLRURUDLDDDLDLDUDRURLRDUUDRDUULRLLLLDLLRRRRULUULDRLRRULRLL\nD. URRURLURDRDRRRLDDRRDLRRRRLRRUDUDLDUDDLDRDDLLLRRDUDRRUUUDDDDUDDLLRDDRLRRRRDDULLDULLRRRDRRUDDRLD\nE. RDRLRURLDLLLUULLLDULDDRUURDLRRLDDLDURUDRUDURURRURRLRRLDRDDRDRRRDLRDDRRLRDLRLURDURDRDRDRRLRRDRDDDDRLLRDLDDRLULLURRD\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/97.png" ], "doc_id": "color_347", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/4.png" ], "doc_id": "color_323", "problem": "\nHow many colors are there in this flag? Select from the following choices. (A) 6 (B) 7 (C) 8 (D) 9", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_39.jpg" ], "doc_id": "jigsaw_296", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[6, 16, 10, 8, 9, 2, 13, 1, 14, 3, 12, 7, 11, 15, 5, 4]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_11.jpg" ], "doc_id": "jigsaw_38", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[1, 2, 5, 9, 8, 4, 7, 3, 6]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/159.png" ], "doc_id": "color_826", "problem": "\nWhat is closest to the proportion of the color black in the image? Select from the following choices. (A) 2% (B) 5% (C) 10% (D) 15%", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_62.jpg" ], "doc_id": "jigsaw_206", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[5, 9, 19, 22, 20, 21, 13, 8, 16, 7, 3, 1, 25, 2, 15, 14, 17, 10, 12, 23, 24, 6, 18, 11, 4]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000134420.jpg" ], "doc_id": "refcoco_34", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by pizza on right?\nA: 45%\nB: 5%\nC: 21%\nD: 29%\nE: 37%\nF: 13%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_63.png" ], "doc_id": "rotation_game_1157", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 345°\nB. 330°\nC. 0°\nD. 300°\nE. 310°\nF. 315°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/symbolic/grid_13x17_7.png" ], "doc_id": "symbolic_527", "problem": "\nHow many grid cells are there in this image?\nA.224\nB.221\nC.238\nD.400\nE.306", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/visual_search/realworld-25.jpg" ], "doc_id": "visual_search_526", "problem": "\n目昇海鲜的服务费是多少元？填写一个整数。\n", "solution": "0", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/18.png" ], "doc_id": "color_514", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 10 (B) 11 (C) 12 (D) 13", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/word_search/11.jpg" ], "doc_id": "word_search_368", "problem": "\nIn the figure, in which row and column does the number 9 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[54, 50]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/40.jpg" ], "doc_id": "word_search_424", "problem": "\nHow many times does the letter e appear in this image? Answer with an integer, such as 1,2,3.", "solution": "11", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_108.jpg" ], "doc_id": "jigsaw_825", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[21, 30, 35, 27, 24, 8, 2, 5, 10, 6, 14, 26, 12, 20, 13, 18, 33, 34, 28, 11, 23, 4, 1, 31, 7, 36, 17, 22, 16, 15, 32, 9, 29, 25, 19, 3]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/98.png" ], "doc_id": "maze_246", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRDDDDDDDULRDRDRRURDRRDDDRRDUDRRRRRDRDRDRLDRUDDRDRRLRRDLRLRDULDURRDDDRDDRLDDRUDRDULDDRURDRRDRURUDDDDLRDLLLDRRDDDRLRRUUUDUDURDDDDURRDDRDRLRRRRR\nB. DURDRDRDLRDUDDUURDDRRDDRDDRRLLDLLLRRUDDRRRDDUDDUDDRDLRLRURRDDUDDRDDLRDRRRRLRDUDUURDUDDRURDLRURDDDRDDRRRDDRRDDURDLLRLDDUDURRRRDRLDRLURDDRUDDUUDRLDRRLDRDRRRDDLDRRRRLR\nC. RULLRRRRDRRDUDDDDULDRUDULDRUURDDLUDLDDDRDDDDLRDRLDRDRRRDRDDDDRDDDLRRLRDDUDRUDRDRUDRDUDRRRDRDUDRRLULRUDRRRDRDRRDDRRDDRUDRLRRRRRDDDDDLDRRURRURDLDDRDURLURD\nD. DURUUDURULLRUDDDURURULDDUDLRDDUDLRRUDDUURRRLULUUDDULLRRLLDLRRDDDDRULUUUDURULRDDDUURDDRURRRDRLURRRDUULULURUDURUDDRLDRLUDRDLURDLUUULDRRURLRLRUULRUURDRDDRUDLULDURLULDDULRLLRRRLDLLRDRULLUDRRLLDLRDLLDDRUDUUURLRUURLDRDLRUDRDUDRRUURRLDDDRRURRUURUURUDURUDDDDD\nE. RRDDLLDDDDDDRRUURRRRRRUULLUUUURRDDRRRRDDLLDDDDDDDDDDDDRRUUUURRRRUUUUUURRRRRRRRDDRRDDLLLLLLUULLDDDDRRDDRRRRRRDDLLLLDDLLDDDDRRDDDDDDDDDDRRRRUUUURRUUUUUULLLLUURRUURRUURRUURRRRRRRRUUUURRDDDDDDDDLLUULLDDLLUULLDDDDRRRRRRRRDDDDDDDDDDDDDDDDDDDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/34.jpg" ], "doc_id": "word_search_607", "problem": "\n图中告字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[45, 1]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/17_left.png", "TIR-Bench/data/spot_difference/17_right.png" ], "doc_id": "spot_difference_1038", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "5, 6, 7, 8, 10, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/ocr/86.jpg" ], "doc_id": "ocr_685", "problem": "\nwhat is the number in the image?", "solution": "38772", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/word_search/1.jpg" ], "doc_id": "word_search_563", "problem": "\nHow many times does the number 6 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "4", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/24.png" ], "doc_id": "spot_difference_835", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "6, 8, 10, 12, 13, 15, 17", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_47.png" ], "doc_id": "rotation_game_403", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 25°\nB. 35°\nC. 45°\nD. 15°\nE. 55°\nF. 20°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_114.jpg" ], "doc_id": "jigsaw_1190", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[28, 15, 9, 30, 14, 2, 8, 33, 24, 10, 23, 32, 26, 4, 21, 12, 13, 5, 27, 29, 11, 16, 6, 22, 34, 17, 25, 20, 19, 31, 1, 36, 7, 35, 3, 18]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/art-35.jpg" ], "doc_id": "visual_search_350", "problem": "\nHow many horses are there in the picture?\n", "solution": "17", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/word_search/69.jpg" ], "doc_id": "word_search_150", "problem": "\nIn the figure, in which row and column does the letter t appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[2, 13]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/realworld-2.jpg" ], "doc_id": "visual_search_842", "problem": "\nWhat is the license plate number of the car in the upper left corner of the picture?\nA) 8334\nB) 6333\nC) 8333\nD) 4331\nE) 8664\n", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_47.jpg" ], "doc_id": "jigsaw_558", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 11, 5, 13, 12, 10, 15, 6, 4, 16, 2, 8, 14, 3, 1, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/43_left.png", "TIR-Bench/data/spot_difference/43_right.png" ], "doc_id": "spot_difference_1101", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "4, 8, 10, 13, 15, 16, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/new_3.jpg" ], "doc_id": "visual_search_141", "problem": "\nWhat is the registration of the Delta Airlines aircraft in this image?\nA. N620CZ\nB. N265SY\nC. N620SY\nD. N520CZ", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/nested_square_11_5.png" ], "doc_id": "symbolic_1085", "problem": "\nHow many nested squares are there in this image?\nA.9\nB.11\nC.10\nD.12\nE.13", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/color/81.png" ], "doc_id": "color_773", "problem": "\nWhat is closest to the proportion of the color white in the image? Select from the following choices. (A) 10% (B) 20% (C) 30% (D) 40%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_3.jpg" ], "doc_id": "jigsaw_8", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[4, 1, 8, 9, 3, 6, 2, 7, 5]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/word_search/50.jpg" ], "doc_id": "word_search_569", "problem": "\n图中有多少个吃字？回答一个数字，例如1，2，3。", "solution": "5", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/maze/39.png" ], "doc_id": "maze_92", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UDDLRRDRRLRUDLDUDURULULDRLULUURDLRRDDDRDDDRDDLLLDUDRUDUDLDULUULUUDDRRUDRUURRRDDLUUURDRLLULDLULDLDLLURRRUURRRDURULDLDRLRRUDDDLDDRLLDDRU\nB. RLLRRRDUDRDRDDLRDRRLDLUDURURRRLRURDRDUURRLDLDDRURDDDLRRLDLUDURRLRDURUUDRDDRRDLLDDDURDDLRDD\nC. RDUDLUDLURRDLRRLUDLDDRRDDRRDRRUDDRLUDLRLUUDDDDURDRDDRUDRLRDLRRRRULULLLRRDUDLRUDLRRDDDDRRURDRDR\nD. RRDDDDRRUUUURRDDDDRRUUUURRRRRRDDRRDDDDLLUULLUULLDDDDLLDDLLDDLLDDRRRRRRDDLLDDRRRRRRUULLUUUUUURRRRDDLLDDRRDDDD\nE. RLDRLDRRRLRRLDRRRDRDLDLLDUDDDRUURRLURLURDDRRLRDRUDLRRUDLRRRLLLRRLULDRRDDLLURRLDRLLDDDRDRLLRRDRRRLLRDLUURURLRRDLUDLRLDRRULDDR\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/temp_11.jpg" ], "doc_id": "visual_search_185", "problem": "\nTo what number is the hour hand of the clock pointing closest? Answer 1-12.", "solution": "12", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000071399.jpg" ], "doc_id": "refcoco_117", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by bowl of carrots?\nA: 76%\nB: 52%\nC: 36%\nD: 68%\nE: 60%\nF: 44%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/49_left.png", "TIR-Bench/data/spot_difference/49_right.png" ], "doc_id": "spot_difference_644", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "1, 2, 3, 5, 9, 10, 11", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/146.png" ], "doc_id": "color_100", "problem": "\nWhat is closest to the proportion of the color yellow in the flag? Select from the following choices. (A) 35% (B) 45% (C) 55% (D) 65%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/spot_difference/83.jpg" ], "doc_id": "spot_difference_576", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "5", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_30.png" ], "doc_id": "rotation_game_145", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 295°\nB. 285°\nC. 290°\nD. 305°\nE. 325°\nF. 315°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_61.jpg" ], "doc_id": "jigsaw_1074", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[11, 10, 21, 23, 13, 24, 9, 17, 25, 5, 18, 1, 22, 6, 8, 20, 4, 14, 2, 19, 15, 7, 12, 3, 16]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/art-27.jpg" ], "doc_id": "visual_search_1135", "problem": "\nHow many cows are there in total in the picture?\n", "solution": "7", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/dot_shape_4.png" ], "doc_id": "symbolic_302", "problem": "\nHow many shapes are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "21", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/symbolic/nested_square_13_7.png" ], "doc_id": "symbolic_420", "problem": "\nHow many nested squares are there in this image?\nA.11\nB.13\nC.12\nD.14\nE.15", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/ocr/74.jpg" ], "doc_id": "ocr_455", "problem": "\nwhat is written in the image?", "solution": "absence", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/visual_search/realworld-29.jpg" ], "doc_id": "visual_search_933", "problem": "\nWhat is the price of 空芯菜炒め in the shop shown in the picture? Answer with an integer (yen). (  yen)\n", "solution": "950", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/59.png" ], "doc_id": "math_716", "problem": "\nMeasure the distances of AC and CB according to the scale. Driving from point A to point C and then from point C to point B, with a speed of 60 km/h, how many hours are needed? Answer with a single number, such as 1, 2, 3.", "solution": "4", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_15_9.png" ], "doc_id": "symbolic_832", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "15", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/instrument/84.jpg" ], "doc_id": "instrument_407", "problem": "\nThe reading of the measuring cylinder in the image is:\nA 9.3\nB 9.4\nC 9.5\nD 9.6\nE 9.7\nF 9.2", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/145.png" ], "doc_id": "math_275", "problem": "\nIn the open field, a person rides a horse starting from point A. He first goes to the riverside at point N to let the horse drink water, then to the meadow at point M to graze the horse, and finally returns to point A. As shown in the figure, if line segment HI is 20 meters, what is the approximate shortest distance he travels in total? ( ) meters.\nA. 90m\nB. 100m\nC. 110m\nD. 120m\nE. 130m\nF. 140m", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/temp_13.jpg" ], "doc_id": "visual_search_864", "problem": "\nTo what number is the hour hand of the clock pointing closest? Answer 1-12.", "solution": "7", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/55.png" ], "doc_id": "math_977", "problem": "\n图中橡皮长度大约是：\nA. 3 cm\nB. 2.5 cm\nC. 2.75 cm\nD. 3.25 cm\nE. 2.25 cm\nF. 3.5 cm", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/30.png" ], "doc_id": "spot_difference_99", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "4, 6, 13, 15, 16", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/72.png" ], "doc_id": "spot_difference_370", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "3, 4, 6, 10, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/14.png" ], "doc_id": "spot_difference_972", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "6, 11, 12, 13, 14, 21", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/7_left.png", "TIR-Bench/data/spot_difference/7_right.png" ], "doc_id": "spot_difference_729", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "1, 2, 5, 6, 11, 12, 16", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/word_search/9.jpg" ], "doc_id": "word_search_129", "problem": "\nIn the figure, in which row and column does the number 7 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[18, 27]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/66.png" ], "doc_id": "math_648", "problem": "\nWhat is the central angle of the sector in the circle of Periwinkle?\nA. 7\nB. 10\nC. 12\nD. 17\nE. 22\nF. 25\nG. 27", "solution": "F", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000035817.jpg" ], "doc_id": "refcoco_1078", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by woman on right in teal green?\nA: 27%\nB: 19%\nC: 43%\nD: 35%\nE: 11%\nF: 3%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000306275.jpg" ], "doc_id": "refcoco_233", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by dude in hat?\nA: 11%\nB: 43%\nC: 27%\nD: 19%\nE: 3%\nF: 35%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000369019.jpg" ], "doc_id": "refcoco_1022", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by batter?\nA: 32%\nB: 56%\nC: 48%\nD: 64%\nE: 40%\nF: 24%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/122.png" ], "doc_id": "color_711", "problem": "\nHow many fruits have a deep purple arils in this image? Select from the following choices. (A) 9 (B) 10 (C) 12 (D) 15 (E) 11", "solution": "E", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/129.png" ], "doc_id": "maze_987", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UURDUULLURUDUDLUDULDURRULRULUULRDRDURLLRRUDDRDRULURLDDRDULRLUUULULDLRLULRRLRDUDRDUURLRUDDLLDULRRLLRLRLRURLRRDRUDLUDURLRULLLDRDDRRDLURLURRDULLUDUDRRULUUUUDDRDULDLRUDRLDRDLDDRLLRRRLULULLLDLRLDUDRRLRDLLLUULUULDRULDLDDDRUUDURDUDDDRUUDUDLDDURRLDLLRLUDUDLLDULLDRRDLUDDDLDRLUDUDURLURURRUUUDDDLUDLUDULRLRULDLLLDLRURDDDDUURDDLDURRDRUURULLULRLDUURRURURLULLLRDDLULDDLDDUURDLURULRRDULURLUULRDDLLRDRRLULRRRDUURRRRURULUUDDDLRRUUDRDDLLRURLLLUDLUULDDRRLDRLLULRUDURUDLLDUDUULDRDLLRRLLLDUURDLRDRURLULURRDURRDUDULDLLLUDURRLRRLLUDURUURDRRULRDDRRLLDLLRDDDRDUULRDULDLULUDRRLDLRDUDDRLRLDDDRDRULLLRRDLDLURLDLURRRULDDRULRDRLRDLLRRDRLLDLRUDLULDUUDLUUUUDDLDDULRLUDRLRLDRURUUDDUDRRDURLDDURDDRURLLURULURUDLLULDLLRLLRRLRLLLLRLLRRDDLLLRRUUUURRRDURDDULUUDRLURDLDDRRLRRLLLLLULRLRRLUURLDLURLDRDUUURLLRLLLUURRDRUURDLDDULULRRULLRRDLULUULURDURLRLURURRDUURUURDDDLRUDUURDLDDUUDLRLLUDUUULURLUDDRU\nB. RULLUUDDULLRUDUDLRRLDRDRLDUUULURURUUDUDUUDDRLLLURULDULLDRDLDDLDUULLUDLUDUURLDURRUDDLLDRLURLLRLLDULLUUUDUDLLRDDULLRLLRRDRURLUDLULDRRLDLDRUUURRRDURRRRLDULLDDRDRRLDDDUULRLLRRDRRLDDRDUURURLLURLRRRRLLUDUULDLDLUUUULULLLRRDLLRUDUUURRUUDUURDRUDRRLRULRDRLDLRUDLRRDUDRDLRDRDDRUDDDUURRULRDDUDDDRRUUDURRRURUDLRDDRLDDDRURLURLLLULUUDLLDURLRURDDDDRDLDLLDLURDRDULDRLURDRRUUDDRRLLRDDRRLLLLLLURLRDLURLDUDLLRUURDURRRRUURLLLDRURURUDUDDLRUURRURDULULRLULRUDLUUURRDDLDLUUDRURDURRLDRUURLLLLURLLRLUDDUUUULDLUULDRLRRDLLLURLDLDRDUDRRDUDDLLULDDRRLLLDDLRDRDDLLRDDURRLURRRUDRRLDDDDRUUDRUDLDLRLRDLRLUDUDULDULLURDRDRURDDLLRDLRLUUDLLUULDDRRLRRDURURLULDULUULRDDRRRDDLLDUDRLUURLURDDDRLDDDLURUUURDDLRRRDLLLRDDURLDDRULUDLRLDDUDDRLLDUDULRDLLRUDLRULURDUULRULDLDLURRURULUDRRRDLLLLURDRDLDLDURRULLUULDDUULLRRLULDURLRRDUDLDLLRLLRLDULURLDRLRRURRLURUURRLUDRURDURURRLUULULLLRLRURRDDLLULLRDRLULLULDLDUUDDDRUURDUDRRLULLRR\nC. DDDDRDDDLUDRLRRRRRRDRDDLRRDUDDURDDDDDLURRRRDURUDLDDRDRRRDLDRLRDRRDDLDDRLDRDRRRRRLDRDUDDRDDRDUDRRLURDDLURDDDRDRRDRUDDRDRUUUDRRDURRDDRRRRDUDRRDRDRUDRLDRDLRDLULDDDDLDDRDULRRRRDRDRRURR\nD. RRRRDDDDDDRRRRRRDDRRUURRUULLUUUURRDDRRDDRRUURRUURRRRDDLLDDRRRRRRUURRRRDDDDDDRRRRUURRUULLUUUURRRRDDRRRRDDRRRRUUUURRDDDDDDRRDDDDDDDDDDDDDDDDDDLLDDLLLLUURRUUUURRUUUULLLLLLLLDDDDDDRRDDDDLLUULLLLLLDDRRRRDDDDDDRRRRUURRDDDDDDDDDDLLUUUULLDDDDLLDDDDRRRRRRDDRRRRUURRDDDDDDLLUULLDDLLLLLLUULLLLUULLUULLDDLLLLUULLUURRRRRRRRUUUURRUUUULLLLDDDDLLLLDDLLUULLUULLUULLUUUUUULLDDDDDDDDLLDDDDLLUUUULLDDDDDDLLLLUURRUUUULLLLUUUURRDDRRRRRRRRUUUUUULLDDDDLLUULLUUUURRRRRRUUUURRRRDDDDRRUURRDDDDDDRRRRUULLUURRUULLUUUURRUULLLLDDLLUUUURRRRRRRRUULLLLLLLLUUUURRRRRRUULLLLUULLLLLLLLDDDDRRRRDDDDDDLLUUUULLDDDDLLLLUUUURRUUUULLDDLLLLLLUULLLLDDRRDDDDRRUURRRRDDDDDDDDRRRRDDDDLLUULLDDLLDDDDDDLLUULLLLDDDDDDRRDDLLLLLLDDRRRRRRRRDDLLDDLLLLLLDDDDRRRRUURRDDRRUURRDDDDLLDDLLDDRRRRUURRUUUURRUURRUURRDDRRUURRDDRRRRDDRRDDLLLLLLUULLDDLLDDDDRRRRRRRRUURRDDRRRRUULLUURRRRDDDDRRRRUURRDDRRRRRRRRRRRR\nE. RDDRRLDURDRRRDDRDRRDDLRRULRRURDRDRRRDRDDRUDDDRRRUULRRRDUDDRRRDDRDDDRRLURDUUDDRRDDDDRDDLRDDLDDLRRDRUDDRRDDDRDRDDDDRDDUUDDDRDRDRRDDRDUDRDDLRUDDDUDRRRRDRRRDR\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/70.jpg" ], "doc_id": "word_search_950", "problem": "\nIn the figure, in which row and column does the letter Q appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[34, 22]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/maze/35.png" ], "doc_id": "maze_382", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRDDLURDDUDRUUUURLLLDRRDRRDLUDUULRRRDRDRRDRRURLDLRUUURRDDDRLDDURRDRDDDDDLDRRLDUDDDDURD\nB. RDDRUUULULURURUDDRUUUDLDLRLDULURLUUDRUDRULDULDRDUDDUDRRRRDRUDDDRDUUDLDRUURULDRULURLUULRDDU\nC. LRLDLDRLDRDLRLRDDULRLDDRDRRDRUDRRRDRDURRURDRRUDLRUDLLDDRDRRDLLRLRRLRDUDUUULUUURLDRRDDDDRDUDRLDDRDLUURRRL\nD. UDRRDDUDDLRRURRDRRDDRDDRDDLRDDLDLDRRURRUUURULRLRDRDRUUDLRURDDRLRRLLDDRRDDURLDDDRDLULUDDRDUURUUDLDLLR\nE. DLRLRLRDRDLURUDURLRRRRUULRDULRRURRUDRUUULDLDULULRLURLRRDRLRDLDDDLDUDUUURLUDRLUUDRURDULURLUDULLLRDURD\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_17.png" ], "doc_id": "rotation_game_1087", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 130°\nB. 145°\nC. 140°\nD. 150°\nE. 155°\nF. 135°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_68.jpg" ], "doc_id": "jigsaw_177", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[8, 14, 4, 22, 24, 21, 7, 10, 6, 20, 23, 12, 15, 2, 17, 18, 13, 11, 19, 16, 3, 25, 5, 9, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/137.png" ], "doc_id": "math_739", "problem": "\nAs shown in the figure, draw a perpendicular from point A to BC, with the intersection point being D. Then draw a perpendicular from point D to AB, with the intersection point being E, and another from point D to AC, with the intersection point being F. Measure and determine: which of the following triangles has the smallest area?\nA. ADE\nB. BDE\nC. ADF\nD. CDF\nE. No answer", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/47_low.png" ], "doc_id": "contrast_615", "problem": "\nHow many pillows are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_59.png" ], "doc_id": "rotation_game_785", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 140°\nB. 95°\nC. 80°\nD. 90°\nE. 125°\nF. 110°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/spot_difference/94.jpg" ], "doc_id": "spot_difference_189", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "6", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/contrast/51_low.png" ], "doc_id": "contrast_298", "problem": "\nHow many bowls are placed vertically in the image?", "solution": "9", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/word_search/60.jpg" ], "doc_id": "word_search_745", "problem": "\n图中告字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[68, 49]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000428109.jpg" ], "doc_id": "refcoco_669", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by top third from left banana?\nA: 21%\nB: 45%\nC: 5%\nD: 13%\nE: 37%\nF: 29%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/107.png" ], "doc_id": "math_771", "problem": "\nThe foot of the perpendicular from point D to AB is mostly like:\nA. point B\nB. point F\nC. point G\nD. point H\nE. point I\nF. point J\nG. point K", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/art-31.jpg" ], "doc_id": "visual_search_355", "problem": "\nHow many people can be seen looking at the scenery from the window of the small earthen house on the right side of the river?\n", "solution": "4", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/word_search/18.jpg" ], "doc_id": "word_search_208", "problem": "\nHow many times does the letter G appear in this image? Answer with an integer, such as 1,2,3.", "solution": "13", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_83.jpg" ], "doc_id": "jigsaw_114", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 14, 20, 24, 3, 10, 18, 13, 23, 7, 11, 17, 1, 19, 2, 6, 12, 5, 16, 22, 4, 21, 15, 8, 25]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_117.jpg" ], "doc_id": "jigsaw_660", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[19, 17, 32, 4, 7, 26, 5, 28, 22, 9, 1, 34, 35, 27, 13, 2, 8, 10, 3, 30, 20, 12, 6, 25, 18, 23, 33, 29, 11, 36, 21, 16, 15, 14, 31, 24]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000005638.jpg" ], "doc_id": "refcoco_658", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by black shirt and pants background?\nA: 20%\nB: 36%\nC: 4%\nD: 28%\nE: 12%\nF: 44%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/10.jpg" ], "doc_id": "instrument_1195", "problem": "\nApproximately what is the scale reading in the image?\nA 110-111\nB 111-112\nC 112-113\nD 113-114\nE 114-115", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/ocr/4.jpg" ], "doc_id": "ocr_535", "problem": "\nwhat is written in the image?", "solution": "LOVE", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_100.jpg" ], "doc_id": "jigsaw_252", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[31, 20, 18, 25, 28, 6, 30, 10, 11, 1, 33, 24, 16, 23, 19, 8, 2, 22, 13, 17, 29, 32, 4, 5, 35, 34, 3, 14, 12, 21, 26, 36, 15, 7, 9, 27]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/108.png" ], "doc_id": "math_365", "problem": "\n根据比例尺，图中篮球场的东西实际距离大约是（ ）\nA. 25\nB. 35\nC. 45\nD. 55\nE. 65\nF. 75", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_8_8.png" ], "doc_id": "symbolic_1081", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "8", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/maze/30.png" ], "doc_id": "maze_244", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRLRRRULLULDRRDRRRDUUDRRDRRUDRLLLDRLDUUDRURDRRDLDDUDDURLURLUDUDRRLRUUUDULDRUDU\nB. UUDRDDDRUDRDDDLRDUDLDDRURDLDLRRDLLRRRDURDURDDURDDLRURDDDURUURLRDDLRRDRRLLUURRURRDLURDDRLLRLUDRRLLRDDUD\nC. LDLDDRLRDLDRLLRLDRRDURRDUUDDLUUDLLLLRULRLURDDRLLDLRDURDDUDLDLDDRRDDDRRRURLLDLLDLUL\nD. RRRRRRRRRRRRDDLLLLLLLLDDLLUULLDDDDRRDDLLDDDDRRDDDDRRUURRRRDDRRRRRRRR\nE. LRDUUDUDDRURDRRRULURDDRDRRDUURDULDURURURDURDDULDRDDRULURRURDDUUDDUURDRDLDDLRRRDRDLDRRDLLLLDULRDDDDUDLRUUURDDUDDUULUDUDULDDRDDDRUUDDLDD\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/realworld-16.jpg" ], "doc_id": "visual_search_505", "problem": "\nWhat is the price of 午後の紅茶 in the vending machine shown in the picture? Answer with an integer (yen). (  yen)\n", "solution": "130", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_72.jpg" ], "doc_id": "jigsaw_1211", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 1, 18, 13, 25, 20, 10, 16, 2, 19, 8, 23, 5, 4, 11, 24, 6, 7, 15, 12, 3, 21, 22, 14, 17]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_109.jpg" ], "doc_id": "jigsaw_629", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[15, 19, 1, 4, 23, 12, 17, 14, 32, 27, 24, 21, 7, 31, 28, 26, 6, 34, 30, 22, 10, 8, 18, 36, 29, 5, 20, 35, 13, 3, 2, 9, 33, 16, 25, 11]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_12.png" ], "doc_id": "rotation_game_703", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 135°\nB. 150°\nC. 145°\nD. 140°\nE. 125°\nF. 130°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/100.png" ], "doc_id": "maze_475", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDDURDLRUDLRULUDRDUDURDRRDURRDRDURDLRUUUDRUULDRDUURDDDURDLLLLULLUDLRLLLRURDLDULLDULLUULULDLRRULLDDDLRRLLUDRUUULDLDLUDRLDRLLLDRULLDDRUDRRULDULLLLDRUUUULRRRUULLDDLUUUDULLLRRRDRRDURLULLRLULRLDLRUDUUDUUDULLUDDUUULUUDULRUDRUUDLULLURDUULUDRRDDRRDRDDDRLRRURRDRDUURUURRLRDLLULDLLDDLDDLUDULDRURLURRDRLUDDUUDRRUDDUR\nB. LRRRRRUUDRDDRRRDLURDRRRDDRDDDDRRRDDDDDDRDRRURRUULDDRURDRRLLRUDRRRRRDDDDRULLDDRRRLRDDRDUDLDRRDDDRDDDDRRDRRDRLDURRDRRRDDURRDRDULDRRDRRDRLLDDDDLDDL\nC. LDRDULRUUDDUULURRRDRDDRDUULLLRDURUUULLRLRRLUDRRDRRDRDDDURLLDURULDDLRDUURDUUDUUULULLUDLULUDUDLLDRLRULULRDRRLDRLRLDRRUUURDRRDLRLDURDRRDUULDDRLUUDLDULLDUUULRURRDLLURRRLRRRDRDLDLDUULRRUURRUURRUUDUDDLRLDRDLDURRULUUDRLDDDRDUDUUDRLURUUDRRUUULUULDURLLLLLDRLDDULLRDRUDRLDURRDDRDURLLDDLRRDULDDDDR\nD. DRLURRDRRDLDDRRLDRDRRRDRRRLLRDRDRDDDDURDRDULRDULDDRRRRRDLLRLDDDLRRDDDRDRRURURDDDDLRURRRRLDRRLDDDDURRRURRDUDRDULRDLLRDLRLRDURDRDRDRDDRDDLLDRRDRDUDDDRDRRRURDRRUDRRLDL\nE. URRDUDLRDUDRDDLRDLDDDRUDDRURLRDDRRRDUDDRDRRDDULDDDDDDDDRDRDDDRRDDRUDRDRRRDLRRDDRRRLLLRRRUDRDDRRRRRRDRDLRRDRRLUDDDUUDURDDRULRDUDLRDDRLDRRRDURDRRRRDDR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_35.jpg" ], "doc_id": "jigsaw_840", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[5, 16, 7, 13, 10, 15, 8, 4, 11, 6, 12, 1, 14, 3, 9, 2]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/136.png" ], "doc_id": "maze_369", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LDUUUUDRDDDRRDRLURDUDLLLRLDDLRDDUDLRUULRLLLRURRUDDLLRLRUURLRDRDDLUUDDDUULLRLLRDRLULDUDDUDULULLRULLLUDRUULRUDULLLULDULDLLDULUURUDLLLRURUURURULLURLRDDURLDLULULDRUDRRLLDLLDDDLUURLLURLRRULLLLLLLURDURDRDLRUUUDDDDDLLRLUURRLLDLLDURDRLDDRLDLLLLURULRULRRRDDULDRUDURURRLDRRRRRRUULDDDLULLDLRRDLDUDRUURUUUDLRURULLLUDDULDLDUUDRDRRRRLDDRLLRRRRDDLRUDLRLDURRURULRRDRDRUDLRDUUUUDLUDUULULRDUURLLRLULDRLURRDRULDRLDLLRRRDURUDDDDDLUULLRRLDRRULLDRDLUDURLLLRDDRDLUUDRUUDDUULRLDUDRUDULDDRRULLUUULRUDDDLLRULRRLRDLRDLDDLRRLLDLRRUDDUDUURDLRLRLULDRUDUDUUULRLLDDRRRDDUDDURDDRLRRDUULRDURLURDRRULRRDLUDLDLLURLLDRURUDLURRUUUDDDRLDURDLUUDULLULDDDLLULLDRDRDLRURLRLRDDRURDDULUDUURRRLDLDRLDLLURDRUDDRUURRLRDULDULDUDLLRRDLLRRLURLLRULDRLULUDLDDULRRDUDDDUUURRRULLDRDRDUURDLLDDD\nB. DLDDRDDRRDDLRDDDLRDRDUDUDRDDDRRRDDDLRLDRRURRDLRRRDRURLDDRRRDRLRRRDRDLDLRDLLRRLDDRRDLRRRDDDDDURLRDRDRRDDLRUDUDLRRDRRRRRDRRRULLRRUDRDRDRRDDRDRUDLDDRRLRRUDLDRRRRRDDRRRDRDDRDDRDDURRDDR\nC. DDRRRRDDDDRRUURRRRUUUURRRRDDLLDDRRDDRRUURRDDRRDDDDLLLLUULLLLDDLLUUUULLDDDDLLDDLLLLUURRUULLUUUULLDDDDDDDDDDRRRRRRDDDDDDLLUULLLLDDRRDDDDDDLLDDRRDDLLDDDDDDDDDDDDDDRRRRUURRDDDDRRRRRRRRRRDDDDRRDDRRRRRRDDRRUUUULLUULLUUUURRDDRRUUUURRDDRRRRRRUUUURRUURRDDRRUUUULLLLUUUULLLLDDRRDDLLLLDDDDLLLLUULLUUUUUULLUULLLLUURRRRUUUUUULLUUUUUURRRRDDRRUUUURRRRDDLLDDDDDDRRRRRRUULLLLUURRUUUURRUUUUUULLLLUULLLLDDLLDDLLUUUUUURRRRRRRRRRDDRRRRUUUUUURRRRRRDDDDRRDDRRRRDDLLDDRRRRUUUURRDDRRRRDDLLLLDDLLDDLLUULLDDLLUUUULLLLDDRRDDLLDDRRDDDDDDLLDDDDRRRRDDRRUUUULLUURRUUUULLUURRRRRRDDLLDDDDDDRRDDLLDDRRDDLLDDDDDDDDRRUUUURRDDDDRRDDLLDDLLDDRRDDDDRRUUUURRDDDDDDLLLLLLUULLUULLDDLLDDLLDDLLLLLLUULLDDLLUUUURRRRUULLLLLLDDDDLLDDDDRRRRDDRRRRRRRRRRRRRRUUUURRRRRRRRDDDDRR\nD. RURDDRLRRRURDRRRDDDDDDURDULDDDRURRDRRRRLDRRDRURDUDRDRRDRLDRDRDRRDDLDULRRRRDUDRDLLULDRDDDRDDDLRDRDDDDDDRRRRDDDDDDDDLRDRDRRDRDRRUDDRDDRRUDDRRDLDRRRDUDURRRDRDLRLDRRRRUDRDDRR\nE. UDRUURRULLDULRURUURLRDDDULLRRDUULUUUULRLUURRUUDDDULRDRLRRDUDDURRRLDLURUDLRRUDULRDUULUDULRURUUDUDUDULRRULURUUDDLRRLLLRRRRRRDLLRLLDLDURLDRDLLDDDLLUDRUURLRLRDRRRLUDUDDRDLRLRLUURURLRLUDUUUUUDRDRUDDDUDLRRLDRRDURDUDRDLDLUDDDUDRLLDDULURURRRUULRLLDRLLLULRUULRDDDDDRRLDUULRUULRRRRLDUUUULUULDUUULULDLLUDLRUDRLRRULDLLDUURDRDRURRUDDLLDUURLDUDULLDRLUUDURLRLRUDULRRDLLRLDLLLLUUUDLLULRRDRLDUULRRULUDLRUDLLDDLRRLLDLLRLDDUUDRLURURLRDDUDRLUDDRRLLDLDLDRULUURUULULLULLLDRLLLLRLDUDURURLULLUDRLURRDDULDULDLLLURRUDRRRRLURULUUULLULDUDUULDDLLDDULDURDLRDDLUURDRLRRDLULLULRDUDULDRLUDDRULUDDDDDDDDDRDLDULUDLDRLUUDUURRRURULUDUULUDLDRDRDRURUDURLDDDRLRULDLDDRLDLDLDLDUURLDDRRRLRRRUDRDRRDDDLURDLRDLLLLLDDDRDUDUURLRDULDUULRUDURLRURURULLLURRURLDLRDRDURRLUULLUULUDLLUULDDDLLUDDRR\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_37.png" ], "doc_id": "rotation_game_124", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 195°\nB. 225°\nC. 205°\nD. 190°\nE. 215°\nF. 185°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/contrast/9_low.png" ], "doc_id": "contrast_1048", "problem": "\nHow many birds are on the railing in the picture?", "solution": "6", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/word_search/27.jpg" ], "doc_id": "word_search_98", "problem": "\n图中有多少个白字？回答一个数字，例如1，2，3。", "solution": "7", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/maze/40.png" ], "doc_id": "maze_265", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DUDURURDRUDUDUDDDRURDLDDRLRLRDDDULDDUDRRDLRDURDLRRDDULLRULULRLRDDDUDDRUDURURRDUDURUDUULLURURRRRDDDDLDUDDDRDUUDRRRLDDDDRRDURRRRDULLRDLD\nB. DDRDLURUUDRRRRLRLRRUURRDRLRURLDDLRRRLLRLLDRLRURDRRUDDRRUDLDLDDDDUUDLLUUUDLDUDLLUUDDRRLDRLDRRRDRDRDDDLLDRRRDLDDDRDLDURLDURLDDLLRRLRRDRUDURRDRUUDLUDRRURRUDL\nC. DDDDRRRRRRRRDDRRDDDDDDDDRRUUUUUUUUUURRUULLUURRRRDDRRRRDDLLLLDDRRDDRRDDLLLLUULLDDDDDDDDDDLLLLDDRRRRRRRRRR\nD. RURDUUDUDLUUUDDLURULDDLULDURLRUDLUDLULURDUDRLDRUUULRLDRLDUDLRDRLURDDDDDDDRLUUDUUURDLUDUUDDRLLDRUDRUDDUDLDLDDDLUDRURR\nE. RDDDRLDLLDDUURDLLUDRRLDDRLDRRLUUDRLDLLRDLRLDDRURDRRURLLDLLUDRDDULRDLRDUUDRRULRRUDDURUURLLLLLLRLUDLLRDURRLDUUDLDRURRLRRLDLLR\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000103419.jpg" ], "doc_id": "refcoco_643", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by left laptop?\nA: 0%\nB: 40%\nC: 16%\nD: 24%\nE: 32%\nF: 8%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/22.png" ], "doc_id": "maze_1062", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRLDURURDRUULDDDLLLDULDLLLUUUDLDDRLDLDLDRDRLUDDRRLRDRRLDLDRDURDULDLULUUULLUDRLDULLDRD\nB. LDRRDUULRDRDDLLDRLLRRDDDRDRRDRURRDDRUDDRDDDRRRRDRDDURULULDULUURULUUDLDDDULUDRDURDU\nC. DURUDRLRRRLLUULDDLRURUUUDDDDRDRRDRDDUDURUDDDLLDDDDRRDLLLDDRRRRRURRLRLRRDDLUUURRLUDDD\nD. RRDDLLDDRRDDRRRRDDLLDDDDRRRRUURRUULLUUUUUULLLLUURRRRRRRRDDLLDDRRDDDDDDDD\nE. DDULLLDDRDULULLDLUUDURLRUUUDRDLLDDDDRUUDDRRDDLRDDDUUUULURRLURUURUDRUDUUDLLRDLDLRUDRR\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_2.png" ], "doc_id": "rotation_game_1169", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 240°\nB. 230°\nC. 255°\nD. 235°\nE. 250°\nF. 245°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/120.png" ], "doc_id": "maze_751", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DUUUUDRDDRDURDDDURRDDLDDRDRDRDRULDDDDUURDRDLDRRDUDLRRUURDULUDRRRDDURDRDURDDDRDRRRRUURDDUURDDRRRRDURDLDDRDLDDURDDDLRDDDRRDDRRRRRDRRURDDDRLRDDDURRDLRDDRRRDRDDLRRDDDRRDDDDLRUDDRDRDUDR\nB. UUDDURRRRUDLUURLRDDULRDRLLRUUUUDLUDRRLLDRLDRUDDLDDDDRULRRRLURLRRDRRLLRDURDLDDRDRULUDRUUULLRDLDLRRURRRRDLDLRDLULULURLLLDULLDRDLUDRRLURLUURLRLLDRUULUULRLDDRDULRDRLLUDDRULRRURDDULLLDDUULRDRRRRRRLLLLRRLLLLLLDRLUDRLRUUUUUUDRLDUDRDDDUURRRDRRDRLULDDLRLDRLDLUDRRUDDLRDUULLDLLLLRRLURDDDUURLRLRDDDLLRRUDLURDDUDUUDLLRDLUURRRUDDLLDDRDRLLLUULUDRRLRLLRDRLRUULLDLRLLLLDRU\nC. DRRDDUDUURRRLRDDDDRRURLDDRURRRRRRRDRDDDDRDDLRDDUDUDRRURRURDUDDDLLURDRDDLDLDRRRDRLDDDRURRLDDRRDDRRRDRDLDDDDLDUURDRRURDRRUDRLDDDUDDRLDDLRRRRRLDRDURDRLRRDUDDRURDRDURDRDUDDRRDDDURDRRDDDD\nD. DLDDUDDRRDRDULRURRDURRRURRDLDRDRRURDDURURDRDLDDRURDDDDDLDDDURRRLURDLDDDURDDURDRRDRDRDRUURDRDDRLRRRUDRRLRLDDDDRRLLRDDDDDUULDLRRDRRDRUDRUDLRDRRRDRDDRDRDLURDRURRDDDDDRLRDDRRRRRUDRRLLRRDDDRDDLDD\nE. DDRRUURRDDRRDDRRUUUURRRRRRDDDDLLUULLDDDDDDLLLLUULLDDLLDDLLDDDDDDDDRRDDDDDDRRDDRRRRUUUULLLLUURRRRRRRRRRDDRRRRDDRRRRUURRDDRRDDDDRRRRDDLLLLLLUUUULLLLLLDDLLDDLLUULLDDDDLLDDDDDDRRRRUURRRRRRRRRRDDRRRRUURRDDDDDDRRUUUUUURRRRDDDDLLDDDDLLDDLLDDRRDDDDRRRRRRRRRRRRUUUULLLLLLUULLUUUURRDDRRDDRRRRUUUULLUURRUURRDDDDRRUUUUUURRDDDDDDDDLLDDLLDDRRDDLLDDRRRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_80.jpg" ], "doc_id": "jigsaw_905", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[21, 24, 5, 1, 9, 11, 13, 14, 8, 25, 19, 2, 17, 22, 23, 15, 3, 20, 6, 18, 7, 16, 4, 10, 12]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/4.png" ], "doc_id": "math_1000", "problem": "\nIf the length of AB is 1, what is the length of BC? Provide your answer as an integer.", "solution": "3", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_17.jpg" ], "doc_id": "jigsaw_480", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 1, 6, 7, 9, 2, 8, 5, 4]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/119.png" ], "doc_id": "math_133", "problem": "\nThe area of the white part in the square on the right is how many times the area of the white part in the square on the left?\nA. 3\nB. 3.3\nC. 3.6\nD. 3.9\nE. 4.2\nF. 4.5\nG. 5", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/20_low.png" ], "doc_id": "contrast_756", "problem": "\nHow many semicircular holes are on the stone bench?", "solution": "1", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_35.png" ], "doc_id": "rotation_game_783", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 195°\nB. 215°\nC. 205°\nD. 185°\nE. 175°\nF. 180°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/color/21.png" ], "doc_id": "color_109", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 7 (B) 8 (C) 9 (D) 10", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000332976.jpg" ], "doc_id": "refcoco_651", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by gold cat?\nA: 34%\nB: 26%\nC: 2%\nD: 18%\nE: 42%\nF: 10%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_10.png" ], "doc_id": "rotation_game_1165", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 135°\nB. 120°\nC. 125°\nD. 115°\nE. 110°\nF. 130°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_105.jpg" ], "doc_id": "jigsaw_784", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[18, 6, 21, 34, 1, 32, 31, 24, 11, 4, 2, 17, 36, 28, 8, 25, 35, 7, 22, 10, 14, 5, 30, 12, 20, 9, 26, 13, 27, 29, 15, 19, 23, 3, 16, 33]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/45.jpg" ], "doc_id": "ocr_638", "problem": "\nwhat is written in the image?", "solution": "anbk", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/instrument/34.jpg" ], "doc_id": "instrument_1045", "problem": "\nAccording to the image, what is the thermometer reading in Celsius?\nA 44-45\nB 45-46\nC 46-47\nD 47-48\nE 43-44", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/21.png" ], "doc_id": "maze_173", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDUDDRURLRDRUDRDDDRUUUDRRRULRRLDLDRUDRURDDDLDRDLRLLLDDURDUUDRLLDRDLDDUURULRLDRLLRDURRDURLDULLRULRUDRURLRDDRRDLU\nB. UULULDLURLUUDRUULRRUURDDLULDDUULUDUDDDDDLUUDDURLRDUDULLLRDUDRDRDR\nC. RRDDLLDDRRRRRRDDLLDDLLUULLDDDDDDRRRRUURRRRRRDDRR\nD. LURRRRDUDRRRURRDLRDRUUULURURLDLURDRLDRLDLRDLRLLRDUUUULLDDRDRURRLDR\nE. RLDDLRDRURRLDRRULLLULDUDRDULDDULDDRLRDDLRRDDRRRRRURLRDUUDLURULRUDRDDLUULRRDDLDRDUUDLDUDRRUDRLRRUDULDULURURLDUDRRDDDDURLD\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_15.png" ], "doc_id": "rotation_game_1024", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 150°\nB. 125°\nC. 130°\nD. 135°\nE. 140°\nF. 145°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/77.png" ], "doc_id": "math_343", "problem": "\nWhat number is shown? Answer with a single number, such as 1, 2, 3.", "solution": "34", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/95.jpg" ], "doc_id": "word_search_762", "problem": "\n图中土字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[16, 4]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/contrast/53_low.png" ], "doc_id": "contrast_871", "problem": "\nHow many cans are in the image?", "solution": "4", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/math/80.png" ], "doc_id": "math_238", "problem": "\nTake a measurement, which line segment between is the longest?\nA. AN\nB. NM\nC. MC\nD. CB", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/4_low.png" ], "doc_id": "contrast_512", "problem": "\nHow many glasses of beer are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/instrument/36.jpg" ], "doc_id": "instrument_1147", "problem": "\nAccording to the image, the clinical thermometer reading is approximately:\nA 38.3-38.4\nB 38.4-38.5\nC 38.5-38.6\nD 38.6-38.7\nE 38.7-38.8\nF 38.8-38.9\nG 38.9-39", "solution": "F", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000162551.jpg" ], "doc_id": "refcoco_1014", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by bread on right?\nA: 62%\nB: 54%\nC: 78%\nD: 46%\nE: 38%\nF: 70%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_101.jpg" ], "doc_id": "jigsaw_1166", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[22, 32, 11, 34, 23, 16, 3, 6, 12, 31, 1, 28, 13, 25, 2, 14, 10, 35, 17, 19, 4, 33, 27, 8, 21, 26, 7, 18, 15, 9, 36, 24, 20, 5, 29, 30]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/105.png" ], "doc_id": "maze_45", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDRDDRLDRDURDDDRDRDRRDUDURDRDDLLDRRRRRDRLRDRDURRRUUDDRDLRRRRRDDDRLRDDRRDLDDRDDDULDRDDLRRRDRURDLRDRDRDDDDRDDUDDRRRDRDRUDDRRLDRLRRDRLRR\nB. DUURLUUUULRDLDUUDLLRUURRRDURDULUDLRRULRULULRLULDLLULDULDUUUDDUUUULURURRLLLRRRRLRLDDDDRLUDRLDRRDRRLRLDUDRLLDLRDURDRDDLULDRUDLRURUURDRLLRRDDRUULDURLDRDRDUDLRRRRRULUDDLRDRRRRRLLRRULLRDDLRDULRLLRDULRRLRRUUDLULDUUDDDUURRDDLURDUUDDRURDRULDLRDUDURDLDDDDRDURRLRLUDDDLRLDDUDRURRLDURDRLRLUURRUULRDUDRLRLDLULDUUDLRLRURRRRRRUDRDDDULDRURLDLUDLURRURLRLLURLRDRDRDLRRDLULRRLUULLRRDUDDLRRRLRURLLUDRRDRDUUDUDRDRRDDRURRULLUULLULLLRLUUUUURRLULRLRRRULUULRDDURUDDDRRUURDUDRDLLRDRURRDDULRUUDRUDDULLLUDRRRUDRRDLUULUULULDLRRRU\nC. LLRDULDRLDRDDRRDDRUDDDDRRRRDRDRRDLRRRURRRULRDRRLDDLRRRRDUDRLULRDULLDRUUDDDRDDDDRURRUDDUURLDURRLLDUURLDDRRRRRDRLDDDDURDRRDLDRDLRRLDULDDRRLRDRLUDRRLDDLRLDRDURLRRRDLUDDRLLDDRDLRDRRRDLDUDDLRDDRURURRLRRLRDRDDURRDR\nD. RDRRLLDLRURULDLDURUDLRDRRRDDRLRDUDUDRDLLLRURULDDLULULRURDRLDURDDLULUUUDDUDUDDRUDLRDDUURRDDLURULUDDRLUURDLLDURRRLLUDRULLRULUDDRDLULURURLRLRURRRDRRRRDDRRURLRRURDULUDDULLUURRDURRDLLRLLURULURURDDRDLUDRDRLRRUURLDLULULRRDRLRRRDDUDUULRLRRURLULLRULDDRLULULLUDDDLDURRUULLDRLRRLLURRLURLLULRDURRULDDURDDLLURDDDDLLRRULLULDRURLRDLRURLRRLULRDUURDRLRRRULLURLDLDDDLLRUURLULRUURLUDDRLDDDLUDLRRDRRULUDDDDDDURUDDUUULLURLRULDRDLULULLDLUDDURDUUDRURLDDDURDRURLDLRLURUDDDURUDUUURRDRLDRUUUDDDRRLLLRRLUDRRDULULULLDLRDDURRRRLDL\nE. RDRRDULRRDRUDDRRURRDRDDRLRRDRRRDRDDRURDDRRDUDLLDRDDDRRLDDDDLDRDRRDRDRURDRRURRDRDRDDRULRRURDDDRULRDDDURRRDRDDDRDDLDLRDLDUDDUDDDDDUUDRRDRURRRDUDDLUDRDLR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_73.png" ], "doc_id": "rotation_game_504", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 170°\nB. 185°\nC. 125°\nD. 135°\nE. 140°\nF. 155°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/37.png" ], "doc_id": "maze_126", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDDDRRDDRRRRUUUURRUURRDDDDLLDDRRDDLLDDLLLLDDLLUUUULLDDDDDDDDRRRRUURRUURRRRDDRRRRUULLUUUURRUULLUUUUUURRDDRRDDDDDDDDDDDDDD\nB. UURULRLLDDLDDLULRDDDRRRLRDRURRRLRURURDDRDLLLDDRDDUDUULRDLRLDDULRDLRDRURRDUURDRUURRDRDRDRRRDDLDRRLDDD\nC. LDLLRULRLDRDDDULRLLLRURUDUULDDLULRDRRDDUURLRLULDDDDLLRDLRDUDRDRDULDRRUDURDLDUURDULUDRRUDRUDLRDLLLULLDURLULRRLDLLRRURURLDUDRRURLRLLULRLUDRRRRDLU\nD. RRUDDDRRRULRDRRLDDRDDDRURURURDRDDRRRUDURRDUDRLULDLDRDLDDRRDRDRDUUUDRUUDLLRLLDDLRDRLUDLDLRDDRLLLUDDLUUDLDDUDUDRDURUUUUDDLRURRRUDL\nE. UUUDRUURDRDDUDDLURUUDUURLDLLDLRUDLRLRLRULLLUUUDRRLURRULUURLRDDUDLDLRRDDLDDDULRRRLDUUUURDRULRDLRRRDLDDLUDLRDUURLRDDUDDUUULLULLDDRLUDRUURRULDDLRLRULD\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/instrument/7.jpg" ], "doc_id": "instrument_623", "problem": "\nApproximately what is the thermometer reading shown as a whole number?", "solution": "18", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000128599.jpg" ], "doc_id": "refcoco_821", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy in middle?\nA: 51%\nB: 75%\nC: 67%\nD: 35%\nE: 59%\nF: 43%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/12.jpg" ], "doc_id": "instrument_853", "problem": "\nAccording to the thermometer in the image, approximately what is the current room temperature in Celsius?\nA 20-21\nB 21-22\nC 22-23\nD 23-24\nE 24-25", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_18.jpg" ], "doc_id": "jigsaw_1123", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 7, 8, 2, 5, 9, 1, 4, 6]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_88.jpg" ], "doc_id": "jigsaw_375", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[23, 5, 15, 21, 16, 4, 13, 20, 12, 14, 1, 18, 10, 7, 3, 22, 8, 6, 25, 24, 9, 11, 19, 17, 2]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/word_search/84.jpg" ], "doc_id": "word_search_1105", "problem": "\n图中吃字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[42, 47]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_33.png" ], "doc_id": "rotation_game_523", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 330°\nB. 320°\nC. 325°\nD. 340°\nE. 0°\nF. 350°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/instrument/67.jpg" ], "doc_id": "instrument_239", "problem": "\nWhat is the reading of the second circle in the first row? Provide an integer (e.g., 1,2,3).", "solution": "7", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/color/124.png" ], "doc_id": "color_1053", "problem": "\nHow many yellow strawberries are on the tree in this image? Select from the following choices. (A) 11 (B) 10 (C) 8 (D) 12 (E) 7", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_8.jpg" ], "doc_id": "jigsaw_397", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 9, 6, 5, 1, 4, 2, 8, 3]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000254821.jpg" ], "doc_id": "refcoco_276", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by red one?\nA: 33%\nB: 25%\nC: 9%\nD: 1%\nE: 17%\nF: 41%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000477828.jpg" ], "doc_id": "refcoco_918", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by rightmost sheep?\nA: 3%\nB: 19%\nC: 27%\nD: 35%\nE: 11%\nF: 43%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000305267.jpg" ], "doc_id": "refcoco_800", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man?\nA: 89%\nB: 49%\nC: 65%\nD: 73%\nE: 57%\nF: 81%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/128.png" ], "doc_id": "maze_555", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LLRDRRRDRDDLUUDRUDDDUDLULLLUULDLDDRRDRRUUULDRDULULRDLRRRULRRLLDUDRLUUUDRUDDDDULRRDDLLDRDRDUURLLRDUDURLDRUUURDRDDUDLULLUDULLDDRLDLUDULLRLRRDDDLLDLDDRDDRDDDDLDRURLURLDRRRDLDLRUUUULRUDRDLUDUUURRRLURDLDRDRRDUDRRURLLUDULDURRLUUDLDLDLLRRLULRDDLUUDLDLLLULDDDURDLULUDRRDURURURURRRUULUDUDLDLDRLRRLULRURUDLUURUUDRDUDLDDRRDLUDULLDRDDLDUUURUDRRLRULRRRLDUULDRDLLLULRRRDRLDRRDULLURLRDLURDURURURLLUUDDDDDRLRLULRRDDLULURURLUDLRRRLLURUUURLLLLRDDLURLRDUDRLLRRLUUDDDULDRRUDULDRUURDDURRUDRLLRLRLURDURLRURRLRURDDLDDDRDDRDRRUURLLLURUURUDUUDURUDLRUDRLRDRLRDUDDUUDRLRRDLDLULRLURLURDULRURUDLLURDDLRUURUDLDRUDDUDUULLDRLLUDDDULRDURURRDRRUULURRRLUDURDRRLDLRLLRDRLDRRDDDUDLRRRRUUDDDDLLDRRRRLRLLDUDRLDLUDDLLRLLDURULLRURRDLRDDU\nB. RRRRDDRRUURRRRDDLLDDLLDDLLUULLUULLDDDDDDRRRRRRRRRRUURRUURRRRUUUURRDDDDDDRRUUUURRUURRDDRRRRDDLLDDLLLLDDDDDDRRRRRRDDLLDDRRRRRRRRDDLLLLDDRRRRRRUUUUUURRUUUULLDDLLUULLUURRUUUULLDDLLUUUUUURRRRDDRRRRDDRRRRUULLUURRRRRRDDRRDDLLDDDDLLLLDDLLDDDDDDLLDDRRDDDDRRRRUURRRRDDRRUURRDDDDDDDDLLLLLLUULLUULLDDDDDDRRDDLLLLDDRRRRRRUURRRRDDDDLLLLLLLLLLDDLLLLDDLLLLLLLLUULLDDDDLLUULLDDLLLLUUUURRRRUURRUUUURRRRRRUURRRRUUUULLLLLLDDLLDDLLLLLLLLLLLLUULLDDDDLLUULLUULLDDDDDDRRRRDDLLDDLLDDRRRRUURRDDRRRRDDDDLLUULLDDLLUULLLLLLDDLLLLDDRRDDDDRRUUUURRUURRDDDDLLDDRRDDRRUURRDDRRRRRRUURRDDRRUURRUULLLLUUUURRDDRRRRRRDDRRDDDDRRUURRRRRRRRUUUULLLLDDLLUULLLLUURRUURRRRRRRRUURRUURRDDDDDDLLDDRRDDRRDDRRRRUULLUURRRRDDDDDD\nC. DDDRRRRDDLDDRDRDDDRLURDUDURDURRRLUDDRDRDRLDLDDLRRRRDDRRRDRLDRRRRRRDRDDDRDRDULRUURRRRDUDDRRRLDRDRDRDRLLDRRDRRRRDUDDRDDLRDDDLRRDDRRDULRDRDRDRDUDDLRDDRRDRDDDDRRDRU\nD. RRDDRDURRDLRRLDDRDLDRRRDDRRDRDDRDRRRRRLRRRDDDRDRDLRDRRRDRRDDURDDDUDDRUDLRRLDLRRRRRDDRRDURDDUDRDLRRDDDDRDDUDRRDRDRRDDDDDDRRRLRULLDDRDDRRDRDRRLULLUDDDDDLURDRURRURURLDRD\nE. DRDDDDRDRRRLDRDUDRRURURRRRDDRDRRDRRRLDRRDLRDUDRLLRRDRLDLRDRDDRLDDRDDDDRURRRLURRDRDRRURDDUDUDDDRDLDDDRDRDDRDDRDDRRRDUDDRRDUDUDDRDLRRDDRRLDRDRUDRDDDLURUDLDRDRRDRDRURR\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_41.png" ], "doc_id": "rotation_game_1155", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 270°\nB. 230°\nC. 250°\nD. 260°\nE. 240°\nF. 235°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000093176.jpg" ], "doc_id": "refcoco_1118", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by bed on left?\nA: 40%\nB: 16%\nC: 8%\nD: 48%\nE: 32%\nF: 24%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/152.png" ], "doc_id": "color_376", "problem": "\nWhat is closest to the proportion of the color red in the flag? Select from the following choices. (A) 30% (B) 35% (C) 40% (D) 45%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/110.png" ], "doc_id": "maze_91", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDUUUDRDRRDDULRDDLRRDDDRDRUDRRDUDUDDDRRRRRRLDDDURRRUDRDRURRDDRUDDLRLLDDRDRDRDDRULRDDDRRRDDDDUDRRDUUDDDRRRDDDUUDRDRDDURDRRRDDRRDRDDDDLRRLUDLLRRRDDRRRRDDDUDDRDR\nB. ULRULRRLLURRLURLUDDURDRDLRRRRURUUULLLLLDDDDDLLLDUDDRURUUDULDDRRDRURULRURDRRRRLULLLDLDDRDRULRLDULLRUDDUURDRUDRDRLLDLRLUULLDDLDDLULULUDDRRDURDLLLULDRULLRDRUUUDLUDUUDDLRLLUDRRDDLURRRULRDRURRLDLRURLLDRUURLDLUDRLRDDULLULLLLDURLDULUUULURUDDDRLDUULRUDUUUDRULLRLLURDLDDULURLLUDRRRRRDLLLRLLLLUDULRUURLUURUDDLRLUUUUDRURDLURRLLUDLRRUDRLDLRRLDDRDDLURDRDRRRLRLUURUULRUURLDDLDRUDDLLDDURUDDLULDDLLLULLLULLDLRLLULUURRDDRDDRUDLLRRULDDDURDUDRRULRRDRDRULRUURRRDUUDUDDURLULURLURLDURULDRDDLRDUUDULLULRDLDDULLLLDRULULDDLRUUDUDLDDURDLDUUULULDRDLUDDLLUDDUDUURRDLRRRLRDDDUUURDURLDRLUURRLDDDUDRULRLULUDDRLRUUDLRU\nC. DDDDLDDLLDRRLRDDDUDRLDLRRURURLRDDDDUDDRRUUDULLDRDDLDRDDRRRRRRDDURRDRDRRUDRDDDDDDUDDLRRRRRRRRRDDDUDRDRDRRRURRDDLRRRRRDLRURRDRRDDDRRDRRDRDDDRRLDDDRRDLURUURDDDRD\nD. RRRRRRDDRRUURRRRRRRRRRDDDDRRDDRRRRDDLLLLDDLLLLUULLDDLLLLDDLLDDLLDDLLDDRRRRRRDDRRUUUULLUURRRRUURRRRRRDDLLLLDDRRRRRRDDRRRRDDLLLLLLUULLDDLLLLDDLLDDLLUULLDDDDRRDDRRDDLLDDRRDDRRUUUURRDDDDRRDDDDRRDDLLLLUUUULLLLDDLLUUUULLUULLDDDDDDRRDDDDLLDDLLUULLUUUURRUUUUUULLLLDDRRDDLLDDDDDDDDRRDDLLDDRRRRRRUURRDDRRRRUULLUURRRRRRUURRDDRRRRUUUUUUUULLUURRRRUUUUUURRDDDDRRUURRRRRRUULLUURRUUUUUURRDDRRDDDDLLDDRRRRDDRRUUUURRRRUURRDDDDLLDDLLDDLLLLLLDDLLDDDDLLUULLUULLDDDDLLDDLLDDDDRRRRRRRRDDLLLLLLLLLLLLDDRRRRRRRRRRRRRRUURRUULLUULLLLLLUURRRRRRRRDDRRUUUULLUURRRRRRUURRRRDDDDDDLLLLDDLLDDDDRRRRDDRR\nE. DDRRRRLLLLUUULDDLUDURURURUDULLULDRDUULUULDDRLDDDURRLUUDDLURRDUURLRURRLDUUDLDRRDDRUDLDUUDRLDRDRRRLLDULLRDRRRRDRLLLDRRRDRUULRRRRRRRRLLDLRRLDULRULULDRRLDLRRLLRRULRLLLDRRDDRULURLRULRDLRLDDDDURDDDRLLLDLDDUUDLRRUULDURRLDUDDRLRURUDUDURUUULDURURLRDLUURRUDRLRLUDLUUDDULDDRLDLLLDDLDUULRDLDDUDURUDLRLLUDUURRDDLLULURLRUDRRRDDLRLLDRRULRRLRRUDRDLDRLURRDLDDDDULRDLRLLLDURRLRULULUDDULLLRDLLRRDDLDRDRLLDDLLRLLLDRLLRDDUUDDRURDRUUUULUDRRDURDDURDDDDDUULRULRRLURDDUUUULUULLRRDLRUULLLLRUDUURDDRRLDDLDLUDLRLDULULDLRUDLLLULUDRLRLLRUUUURURRUDRRURULLURDDUUULRLURRDURDURURRRRULDLDURDRUDLURLLLLURUUDDLDUUDLUUULDRDLLRRLLR\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/art-34.jpg" ], "doc_id": "visual_search_945", "problem": "\nHow many boats are there in the picture?\n", "solution": "3", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/contrast/30_low.png" ], "doc_id": "contrast_79", "problem": "\nHow many large pillars are in the image?", "solution": "6", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_46.png" ], "doc_id": "rotation_game_791", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 165°\nB. 175°\nC. 135°\nD. 155°\nE. 140°\nF. 145°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_90.jpg" ], "doc_id": "jigsaw_236", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 8, 21, 20, 7, 24, 5, 12, 15, 2, 23, 16, 17, 22, 6, 4, 25, 1, 18, 10, 19, 3, 11, 13, 14]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_29.jpg" ], "doc_id": "jigsaw_682", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 4, 2, 8, 3, 1, 5, 9, 6]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/instrument/30.jpg" ], "doc_id": "instrument_731", "problem": "\nAccording to the image, what is the reading on the clinical thermometer?\nA 36.3-36.4\nB 36.4-36.5\nC 36.5-36.6\nD 36.6-36.7\nE 36.7-36.8", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/28.png" ], "doc_id": "maze_326", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RULUUDLDDDRDULLUDDLDLRULULDDRRDRURRRRDLRRLRDRDRRRRRRRDRULDRUDDDUDDRDDLUD\nB. RRLLDRDRLDLDURLUURLLRULLURUDLDULLDRDURRUDDRUURLLULDDLLRRUL\nC. DDDDDDDDRRUUUURRRRDDLLDDRRRRUUUURRRRDDLLDDDDRRDD\nD. URUDLLRRRLULRRLLDLRLDURUDDUDRLLLLDDDURRRUDUUUUDULRLDDDDLULURLULURR\nE. URRRULURURDRLDDDDDULRLDDLDRLDUDDDRDRDURUDURRUURDDLRLDUURLDDLRDLLRRURLUDRDRRDDRLDUDRR\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/new_16.jpg" ], "doc_id": "visual_search_186", "problem": "\nWhat is the three main therapeutic benefits of lavender essential oil based on the image?\nA. Antiseptic, Anesthetic, Sedative\nB. Fragrance, Cleansing, Protecting\nC. Smooth, Cleansing, Sedative\nD. Fragrance, Antiseptic, Long-lasting", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000214563.jpg" ], "doc_id": "refcoco_222", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by red laptop vaio?\nA: 29%\nB: 21%\nC: 5%\nD: 37%\nE: 13%\nF: 45%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/49.png" ], "doc_id": "maze_1199", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDRDLLUULRDURRDDRDRRLLRULURRDRRLRUDRLDRDLLRLLURLULDULDDULRRRRULRRRUULUDUDULLRDLDUDURRDLLDUDLUDLLRLDR\nB. ULRUDURRRRRUDRRRDLDDDDDLDDRDUUDRLLURLRDUDDRRURURRDDURDDLRDLURRRLLDDULDDDRUDRRDRDDURDRRDRDDDD\nC. RRLURRLDRDDDLRRUDURDDRRUDRURDDDRULLUDRRRDDDDDRRDUDURRLDDURUDLDRDDRLRUUUURLUURDDRDLLRRURULRRRDUDUDDLRDUDRUDDLDDDDLLLDDRDR\nD. DLLUDDRRLUULRULDRDRUUDLLURRUUDUUDULLRDRLUDLULRLUDLURRURDLLURRLRULRDUUDURDRDLLRDLLULDLDRRRDRLRDLRLLLRLUUUDDDUDURR\nE. UDDRDUDRRDRDRDLDRRDRDDRDRRURRUDDDDRRRLDRURRRURDRRRDRLRDLLLLLRDDLDRDDLULDDDDRURDUDUDLRLRRUU\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_33.jpg" ], "doc_id": "jigsaw_750", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[2, 16, 14, 8, 6, 15, 3, 1, 12, 9, 5, 10, 13, 4, 11, 7]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_15_5.png" ], "doc_id": "symbolic_777", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "15", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_89.jpg" ], "doc_id": "jigsaw_859", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[21, 4, 10, 2, 13, 11, 17, 20, 7, 3, 15, 23, 25, 5, 1, 14, 9, 12, 22, 16, 8, 24, 18, 6, 19]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/66.png" ], "doc_id": "spot_difference_435", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "3, 4, 8, 9, 10", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000243717.jpg" ], "doc_id": "refcoco_581", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by the blue bus?\nA: 74%\nB: 50%\nC: 82%\nD: 58%\nE: 90%\nF: 66%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/symbolic/subway-2.jpg" ], "doc_id": "symbolic_175", "problem": "\nHow many connected single-colored paths go from A to C?\nA.0\nB.1\nC.2\nD.3\nE.4", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/math/23.png" ], "doc_id": "math_332", "problem": "\nWhat number is shown? Answer with a single number, such as 1, 2, 3.", "solution": "7519", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/41_left.png", "TIR-Bench/data/spot_difference/41_right.png" ], "doc_id": "spot_difference_260", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "1, 2, 4, 5, 8, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/symbolic/edge-count-6.png" ], "doc_id": "symbolic_36", "problem": "\nHow many edges are there in this polygon?\nA.12\nB.13\nC.14\nD.15\nE.16", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/symbolic/illusion-4.png" ], "doc_id": "symbolic_1182", "problem": "\nWhich of these three arrows has the longest horizontal part?\nA. The upper one.\nB. The middle one.\nC. The lower one.", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/color/68.png" ], "doc_id": "color_592", "problem": "\nWhat is the RGB value of the given color in the image? Select from the following choices. (A) [158, 109, 237] (B) [33, 116, 128] (C) [34, 119, 127] (D) [36, 116, 127]", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/115.png" ], "doc_id": "maze_596", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RULUDDUDLDRLRRUDDLULRDURDULULRRUDDUDULDRLDDDRUDLLUDURURLUUDULULLDDLLLDDDUDUDRRLDULUDRRDLLDULRLLRDLULRRULLRLULRRLLDULLRUDDDRRLRRDRUDDRDDDRDLLLULRLRDDDRUDUDLUUDLDRUDRDDLURRRLRDDULRRLUULRUUDRRRUDRDRDDRLLRUDLRLDLRRURDDDLLRRRLLLUURLLULUDDRURRLLRLURDLRDRDUUDLDLRLLRDRLRLLRRLDURDDDDDDLUUUDUULDURLRDRUDLLULLRLUDLRDDRUURLRLLLDLRUULLDDUDDLUDLDLLDLDURDLDDRUDLRRLURRUDUULRLDRRUUURULUDLLRDDDLRUURDRUUUUDDUUDLDDRRUDRRRLRDDDDDURDRUULRDUDUDRRLRDRRULDLDUURLDDURLDLLRRDDLRURUDDRRURRURLRRDURLLDURDLLULDRDLDDLRRRDLDLUUUURRDRLDDUUDRUDURDRLDRRLULUDUUULRULDDLLUUURURDDDUUUDRLUDRRUDDLUURRDRULULRRRDUDLLULLDLRRULRRRDLUDUDUDLRLLDUDLRRUDLDRUDRURLDDDDLURUUDUDLULDLURULRDDLULLDLUUUDLDRRRDUURLLDRDLUURUDLDLUDLULRURRDDRURLUUDRUDDUDRDRDRDRRDURRDLURRL\nB. RRLUDDDRDDDDDRDDRUDDRUDRRURLLDDRLRRRDRDDRRDURDRRDLLDDRDDURRRDLRRRRRDLRRRLRRUDRURUDDRRRUDRDDDRDDDRDRRDDLLDDUDRLLLUDDDLLDRRDRRRRRLUDDDDRDDRUDURRDDDUUDRDLRDRRDRRDRRRDRDLRR\nC. LRRRRDRDURDRRURLLRURRRDRRDDRRDLRDDDUDDDRDDLDRRDRRURDDDRDDLDURRDUDDDRRDDDRURDDDDDRUDRLLLRDDDDRDRRRLRRRUDLRLDURRRDRLRDDDRRDRDLRRDRRDRRDLDDDRRLRRRRDDDDRR\nD. RURRDURRRDDRLDRDRLRRLDDDUURDDRRUUDLDRDDRLRUDDURRDRDDRRRDRRDRDDRDRRRDDRRLDRDDUURRDUDRLDDDDRRRDRDDLDDDLURLDDLRLRDURDRLDRRLLRRDRDRDLRRRDRUDDULRRDLLDDRRDRRUDDLLRRRDUDRDDUDRRDRDLDDRRRLU\nE. RRRRRRRRDDRRUURRRRRRRRRRRRRRDDLLLLDDDDRRRRRRDDRRUURRRRDDDDDDRRRRUUUUUULLUULLUUUURRRRRRDDLLDDRRDDRRRRUUUURRDDDDRRDDDDLLUULLDDLLUULLDDDDRRRRRRRRRRDDLLLLDDRRRRDDLLDDRRDDDDDDDDDDDDLLUUUULLUURRUUUULLLLUURRUULLLLLLUUUULLLLLLLLDDRRDDLLDDLLLLDDLLLLUULLLLDDDDDDLLLLLLDDLLLLLLUUUULLLLLLDDDDRRRRDDLLLLDDRRRRRRUURRRRDDLLDDLLLLLLDDDDDDRRUUUURRDDDDDDRRDDDDLLLLUULLUULLDDDDRRDDRRRRRRRRRRUUUURRRRDDRRDDRRUURRDDRRRRUURRUUUURRUURRDDDDLLDDDDRRUURRDDRRRRUURRRRUUUULLLLUUUURRRRUULLLLLLLLLLDDLLUULLLLLLDDRRRRDDLLLLDDLLLLDDLLUUUURRRRUULLLLUUUULLUUUULLUURRRRRRDDLLDDRRRRUURRUUUULLLLUURRRRRRRRDDRRDDLLDDLLDDDDRRUURRDDRRUUUURRUULLUUUURRUULLUURRUURRDDRRDDDDLLDDDDRRRRUUUURRDDDDDDLLLLLLDDDDRRUURRRRDDRRDDDDRRDDRRDDLLDDDDLLDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/125.png" ], "doc_id": "math_273", "problem": "\nAs shown in the figure, with A as the center and AB as the radius, which of the following points will the circle pass through?\nA. point C\nB. point D\nC. point E\nD. point F\nE. point G\nF. point H", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/91.jpg" ], "doc_id": "word_search_178", "problem": "\n图中有多少个鸟字？回答一个数字，例如1，2，3。", "solution": "4", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/hr_9.png" ], "doc_id": "visual_search_22", "problem": "\nWhat is the name of the barge on the left side of the image?\nA. PETER LUND\nB. PETER LIND\nC. PETER LING\nD. PETER LEND", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/51.png" ], "doc_id": "color_401", "problem": "\nThere are two strings in the image. What are the strings in the center of this image? Select from the following choices. (A) ao (B) co (C) mo (D) no", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000371871.jpg" ], "doc_id": "refcoco_290", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by large teddy bear?\nA: 83%\nB: 59%\nC: 51%\nD: 67%\nE: 75%\nF: 43%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/84.png" ], "doc_id": "maze_1103", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLLUDDRUDRDDLDDRDLDDRRLLLUURURDRLULLLLUDUUDRDDLDLLDURLLRLLRDULDRLDDLDLDLRRDDLULLLLUUURLUUDDDUUURLURLLULDDLLURURRRUDUUUDRDDURDRDLDRLDDUDUUURDDUDRULRULDRLDLDRLLLDDULDLRDUDURRRLRLLLDRRDDURDLLULLRUULDRUURUUUURRURRRULRLRURLLLRRUUUDLDUULULULUDRRDLRLRRUDDUDR\nB. RUDRRDURDDDLLDURURRRLRDDDDDDRDLRDDRDRUDRDDRDRLDRDDLRRDDRRDURDRLRLRRRLRRDDRDDRDDDLRRRURRLUDDRRRRRDDRRDRDUDDDRRDDLRURD\nC. RRDDDDDDRRUUUUUURRRRRRRRRRDDRRDDDDDDDDLLUUUULLUULLDDDDDDLLLLUULLLLDDDDLLDDRRRRDDDDDDLLLLDDDDDDDDRRRRRRDDRRUUUUUULLUURRUULLUURRUUUURRUURRDDRRUURRDDDDLLDDDDDDDDDDLLLLDDRRDDRRDDRRUUUURRUURRDDRRDDRRUURRUURRRRRRDDRRUURRDDDDDDDDLLDDRR\nD. RURRLLRDULDRURUUDLRDRDLRDDLULLRURLULLLDURULDLUDLRDRRLLURUDDLRDUULLDURUURRLLRDDULRLUUDUUURUURRLLUULRULRLURLUDRRLRLURRRDDRDURUUDRRLLLUUDDLDLRDLURDLUURDDLDDRDRUDUDLUDULDDLRRLLDDULUUDLRRLRRLLDRUDULLRDRDURULUURRLDDULULLLDRLDLLDRLLRLURRDRDUDRLDD\nE. DDDLDRUDDRDRUDLDDRRDLDUDLRRRRRLRRRLDLDRURDRRDUUULRDDRDDLDRDDDUURDRURDRRDRULDDLDUDRDRRDLDDLURDRDUDRRDDRRULDUDRRDDDLDUDUDRRRRLUURDLRURRDRDDUDRRURRDLURUDDRLRDRDDDURD\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/instrument/57.jpg" ], "doc_id": "instrument_1204", "problem": "\nWhat is the reading of the Vernier caliper in the image in centimeters?", "solution": "1", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/instrument/11.jpg" ], "doc_id": "instrument_701", "problem": "\nApproximately what is the height of the cactus?\nA 29 cm\nB 30 cm\nC 31 cm\nD 32 cm\nE 33 cm", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_98.jpg" ], "doc_id": "jigsaw_707", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[21, 15, 2, 28, 29, 19, 18, 13, 12, 30, 32, 27, 33, 1, 20, 11, 24, 22, 17, 7, 3, 10, 8, 5, 6, 16, 14, 36, 31, 35, 25, 9, 23, 34, 4, 26]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/26.png" ], "doc_id": "spot_difference_1149", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "3, 7, 10, 11, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/67.png" ], "doc_id": "maze_641", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LUDRLDUDRURDLUDRDRUDDLRLLDRDDRDDDUDDUUULLDRRRDLLLLRLUUDDLLLLRLLRLLDULULRDURRRURUDDUDUDRLLULRLRDLULRDLLLULLLRRDRDRLDDDDDLDRUDULRRDULLUURDULUDULDDRRRUULLRDDDULURDLRDLULLUUULRULUUDDDRUDLRUU\nB. LRRURDUDLULUURLLRLDRDRDRLRDURUDDDDRDDDLULDRDLRLRRUDRRDRDDDUDDDLDURRULDLRUURLDRRRRRDRDDRRRRDDRRDDDRDRRRRURDDULDDLRDDDRDRRDR\nC. LRDRLLDRRRUURDDDLDDDRDDRDRLURRDRRDLRDLRRRRDUDDRRDRDRDRRRDRLULRDRDDURDLRDDUUDRDRDDURLRRDULDUURUDLDRRDDDRDDDRRULLDLRRR\nD. DRRUDRUDDLDUDDLRDDRDDRRDRDDDLRDDDURRRDRURRURRDULDURRDRDRRRDDLDUURRDLDRLDULDRRDDDRRDURRDUDDURDDDRDRRD\nE. DDLRLLLUUDDRULDDRRDULDUDRUULDDRUUULDURLDRLDDLLULULLUDDRDUUDRDUDDURDLLLRRRLLLRUULRRRLDLLULRDDDRLLLDUDUDDRRLDDUDRDRDRURURULULLLRULRRDLLLRRLULLDLLRRRDDUUUUDRRUUDUUULDRDRDUUDLULR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_3.png" ], "doc_id": "rotation_game_600", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 170°\nB. 155°\nC. 175°\nD. 180°\nE. 165°\nF. 160°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/visual_search/hr_38.png" ], "doc_id": "visual_search_396", "problem": "\nHow many people are seated at the table on the right side of the image where a woman in a striped shirt is standing?\nA. Five people\nB. Four people\nC. Three people\nD. Two people", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/realworld-19.jpg" ], "doc_id": "visual_search_357", "problem": "\nWhat is the price of CRAFT BOSS COFFEE in the picture? Answer with an integer (yen).\n", "solution": "120", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/ocr/88.jpg" ], "doc_id": "ocr_833", "problem": "\nwhat is the number in the image?", "solution": "5063", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/word_search/55.jpg" ], "doc_id": "word_search_633", "problem": "\n图中喝字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[10, 8]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/2.jpg" ], "doc_id": "instrument_710", "problem": "\nWhat is the reading on the instrument in the image? Answer as an integer.", "solution": "73", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/71.png" ], "doc_id": "math_589", "problem": "\nThe line is about (_) centimeters long. Answer with a single number, such as 1, 2, 3.", "solution": "7", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/art_6.jpg" ], "doc_id": "visual_search_899", "problem": "\nIs the child sitting on the blue blanket in the picture with the white dog on its left or right?\nA.left\nB.right", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/138.png" ], "doc_id": "maze_993", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRRLLUDDLRDRUDDDULLRRDLRDDDRRLRDRRRURDLDRUDDRRDRDDDDDRRRDDRRDDDLDLRRRRRDDRDRRDDDRRURRLRRURUDRRDRDDDDLDLRDRRDRRRRRRDRRRRURLRDRRDRUDDDRDDDRDLDRDULUUDLDDRURLDRRUUURDRRRDDDDDDDRRDRURDDDDDLDR\nB. DDDDDDRRUUUUUURRDDRRRRRRRRDDLLDDLLUULLDDDDRRDDRRRRUURRDDDDLLDDDDLLDDDDDDRRRRUULLUURRUUUURRRRUUUUUUUULLUULLUURRRRRRDDDDDDRRRRUURRUURRDDRRDDDDLLUULLDDLLLLDDRRDDRRUURRRRDDLLDDLLLLDDDDDDRRDDRRUURRDDRRDDDDLLLLDDRRDDLLLLLLLLUULLDDLLLLUURRUURRRRUUUULLLLUURRRRUUUULLDDLLUULLDDDDDDLLLLLLDDDDRRDDRRDDDDLLUULLLLUULLDDDDRRDDDDRRDDDDRRUUUUUURRRRDDLLDDRRDDRRDDLLLLDDLLDDLLLLDDLLDDDDLLUULLDDDDRRRRRRUUUURRDDRRUURRDDRRDDRRUUUUUULLLLUURRRRRRUURRDDRRDDLLDDRRDDLLLLDDRRRRRRRRUURRRRUUUULLLLUUUURRRRDDRRRRRRDDRRDDLLDDDDRRUURRUUUURRDDDDRRUURRRRUURRRRRRDDLLLLDDRRRRDD\nC. DDDDDLRDURDDRDRRUDDDRRRDUURLRRRRDDUDRDDUDDDDLDDUDRLDDULRDRDDRDRDRRDDDDRLRDRLLRLRRRRDRRRDRRRRDLRDRRRRRURDUURRRDRDUUDRDRRDLDLDRDDDDDDRLURLULDRURDLDUDUUDRRURDRDRRDRRRDRRRRDDRLDDDRDRDDRRDDDRDDUL\nD. UDURULLUURDLDDRRRRLRRLLDLRRRLLDLRDDUURLLULLULDRDURLLDULDRLRUDDDLDDLULUURDULLRDRLURLLDUDDUDULULLLDURLDULLURLLLLRLUDDLDULURUURURLRDLDULLLLURUULUDURRLRUDULDDRUURRRUURUDRDDUULURRDUUDRLRRURLULURULLUUDLDUURDDURRDDULLLDULDULLRUULRURLUDRUDDRLRRRLURDDLURLDUULULLURUUULRRDDRDLLDDULDLLRURLLDLRRLDDRRUDRURDLRULUDUURDULULLULRRRDDRRURLUULUUURURDUUUURDDDDUDRRRDRDDURUULRRDRLUDRUUUDLUDDLDRRLLDLRULDRLRRUDDLRRDLLDUUUUDLLRLRLULRDDULRDRUDUDULLURUDLDLRLDLDRDRDDUURRLUDLUDULRRULRLRLUUUURURRRLUDULDUUUDURDLDRLRRLLDDDDDURLDRLDRRRURUDULRULRDURDULULRLDLDDDDDDDRRUUUULLURDULDDUUUUULDDRUU\nE. RURRRUURDDRRDRRLRDDRRRUDRDDDLDRDRLLRDRURRDDURDRDDRDRDLRURDLRRUUURDDRDLRRRDLUDLDRRUDRDRRRULDDRRDDUDDRRDDRUDRLRUUDRRLRURUDRDDLLDDRRDRRDDRDLDDDDRDRDDDDDURDRDDLRDRDRLRDUDRRDDDDRDLLRDDDLDDDDRLLDRRLURRRRRRDURDR\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/contrast/6_low.png" ], "doc_id": "contrast_39", "problem": "\nHow many balloons are in the image?", "solution": "2", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/math/64.png" ], "doc_id": "math_102", "problem": "\nWhen m=15, N_m = ( )\nA. 60\nB. 63\nC. 65\nD. 67\nE. 70\nF. 73\nG. 75", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_43.png" ], "doc_id": "rotation_game_797", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 175°\nB. 185°\nC. 145°\nD. 150°\nE. 165°\nF. 155°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000001958.jpg" ], "doc_id": "refcoco_483", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by chair in blue bottom right corner?\nA: 23%\nB: 47%\nC: 39%\nD: 15%\nE: 31%\nF: 7%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/art-28.jpg" ], "doc_id": "visual_search_892", "problem": "\nHow many people are there in total on the boat in the picture?\n", "solution": "20", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/new_10.jpg" ], "doc_id": "visual_search_385", "problem": "\nWhat is the unit price for biologisch geen suiker\nA. 1.2\nB. 1.65\nC. 1.59\nD. 2.29", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_53.png" ], "doc_id": "rotation_game_320", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 220°\nB. 235°\nC. 190°\nD. 250°\nE. 205°\nF. 200°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/29.png" ], "doc_id": "math_27", "problem": "\nWhich point in the options below is closest to point C in the diagram in terms of straight-line distance?\nA. Point D\nB. Point O\nC. Point B\nD. Point A\nE. No answer", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/art_5.jpg" ], "doc_id": "visual_search_888", "problem": "\nHow many people in the picture are wearing red hats and white clothes?", "solution": "4", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_15_7.png" ], "doc_id": "symbolic_1186", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "15", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/color/143.png" ], "doc_id": "color_168", "problem": "\nWhat is closest to the proportion of the color green in the flag? Select from the following choices. (A) 25% (B) 30% (C) 35% (D) 40%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/contrast/34_low.png" ], "doc_id": "contrast_907", "problem": "\nHow many people are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/color/91.png" ], "doc_id": "color_172", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/14.jpg" ], "doc_id": "instrument_378", "problem": "\nAccording to the Vernier caliper in the image, the width of the nut is:\nA 1.25 cm\nB 1.26 cm\nC 1.27 cm\nD 1.28 cm\nE 1.29 cm", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/color/76.png" ], "doc_id": "color_1065", "problem": "\nWhat is the HEX value of the given color in the image? Select from the following choices. (A) #BC004E (B) #2D191D (C) #BC034A (D) #BD0048", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_49.png" ], "doc_id": "rotation_game_951", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 300°\nB. 330°\nC. 320°\nD. 290°\nE. 310°\nF. 295°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000031418.jpg" ], "doc_id": "refcoco_224", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by lol maybe it was pizza on right?\nA: 7%\nB: 23%\nC: 31%\nD: 15%\nE: 47%\nF: 39%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/133.png" ], "doc_id": "math_118", "problem": "\nAs shown in the figure, with C as the center and CD as the radius, how many intersection points does the circle have with EF and GH, respectively?\nA. 1, 1\nB. 0, 2\nC. 0, 0\nD. 1, 0\nE. 1, 2\nF. 2, 2", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/ocr/92.jpg" ], "doc_id": "ocr_673", "problem": "\nwhat is the number in the image?", "solution": "8440", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_22.jpg" ], "doc_id": "jigsaw_130", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 9, 4, 6, 8, 5, 2, 7, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/hr_4.png" ], "doc_id": "visual_search_1086", "problem": "\nWhat is the text written above the logo on the jacket's sleeve?\nA. epio MIX\nB. epig MIX\nC. epoc MIX\nD. epog MIX", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/art-30.jpg" ], "doc_id": "visual_search_806", "problem": "\nHow many horses are there in the picture?\n", "solution": "1", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/instrument/71.jpg" ], "doc_id": "instrument_915", "problem": "\nTo what integer is the second-hand closest in the image? Provide an integer (e.g., 1,2,3).", "solution": "32", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/instrument/51.jpg" ], "doc_id": "instrument_1056", "problem": "\nThe ammeter reading in the image is () mA.\nA 7.5-8\nB 8-8.5\nC 8.5-9\nD 9-9.5\nE 9.5-10\nF 6.5-7", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_99.jpg" ], "doc_id": "jigsaw_616", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[25, 20, 22, 3, 4, 35, 34, 28, 36, 21, 7, 12, 29, 15, 2, 6, 10, 30, 32, 18, 31, 27, 19, 26, 33, 13, 16, 14, 9, 23, 11, 24, 5, 8, 17, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_74.png" ], "doc_id": "rotation_game_32", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 205°\nB. 220°\nC. 175°\nD. 185°\nE. 190°\nF. 235°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/visual_search/realworld-8.jpg" ], "doc_id": "visual_search_42", "problem": "\nWhich of the following number strings do not appear in any license plate in the picture?\nA) 9113\nB) 9360\nC) 874\nD) 1690\nE) 2278\n", "solution": "E", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/167.png" ], "doc_id": "color_932", "problem": "\nWhat is closest to the proportion of the color orange in the image? Select from the following choices. (A) 2% (B) 5% (C) 10% (D) 15%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_66.png" ], "doc_id": "rotation_game_1076", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 170°\nB. 140°\nC. 125°\nD. 155°\nE. 110°\nF. 120°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/color/123.png" ], "doc_id": "color_763", "problem": "\nHow many white grapes are on the table in this image? Select from the following choices. (A) 12 (B) 10 (C) 11 (D) 15 (E) 0", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/realworld-20.jpg" ], "doc_id": "visual_search_54", "problem": "\nOn which floor is 白木屋 located in the picture? Answer with an integer.\n", "solution": "5", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000128599.jpg" ], "doc_id": "refcoco_20", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy in middle?\nA: 51%\nB: 35%\nC: 43%\nD: 75%\nE: 59%\nF: 67%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/99.png" ], "doc_id": "math_767", "problem": "\nThe real distance between point A and B is about ( ).\nA. 1500m\nB. 2000m\nC. 1750m\nD. 2250m\nE. 2500m\nF. 2750m", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/44.jpg" ], "doc_id": "word_search_909", "problem": "\nIn the figure, in which row and column does the letter v appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[7, 12]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/78.jpg" ], "doc_id": "instrument_259", "problem": "\nWhat is the gauge reading in psi? Provide one decimal place (e.g., 1.1).", "solution": "9", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_11.png" ], "doc_id": "rotation_game_432", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 195°\nB. 180°\nC. 170°\nD. 185°\nE. 190°\nF. 175°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/spot_difference/25_left.png", "TIR-Bench/data/spot_difference/25_right.png" ], "doc_id": "spot_difference_285", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "1, 3, 5", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/140.png" ], "doc_id": "maze_1010", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LRLRRLURUURUDDUDUURRUUDLDLRDUDUUDRRDDURRDRLLRLRUDRRDLUULDRDLULDDLDLRRRDULLLRULRRUDRDRDDRUURLUULURDDLDRRURRUDDDLDLRLDDDUUDDRRLDDLLULRRRRRRDLRRURDDRRDUULRLRUDRLURLLUDDULDDRRDRDUDDUUDDDULULRRRUDUDLULLLLLULDRURRURLURLLRRRULLLDULDRLLRLUURDLLDULRDRRLUUDDDLLRRRLUDLLUDLDURDLDLDDLDLLLLDLDUUUURRDRRLDRDRLUUDLDRRLLLRRDUUUUURLLLDRLRLLLRLDRUUDDURDRUURDDLLLURDLRLDULLRLDLURRULDDLRDDLLLRURRURDURURRLDLDDDDLLRDUURDDLRUDRLRLULDLRLDDRRLRURRULDDDLLLLRLLRRRULRUDRULDRLDRUUURRRDRDRLUDUDDDDDULRRRLUDULDRLDLDRDDULLLDDRLRDRRRLULRDRRDURDLUUUDLRRLUDLRDDURU\nB. DRLURUDDDURLLDLURRLRRLURDUDRLLDURLDLRRLLLLRURLRLLRUDDDUULLDRUDDRRLLUUULDDLUDDLUDLLRDLDRRLDLLLLDDULDUDURLLRRUUDDRDLUULRRRDDULDDDDLRLLLRRULUDRDDRUDDDLDDLLULLLLLRURDDDLRURURULLDDLDULRRLLRLRLLDRULRLDDLRLURLURRDRLDDRLUDRDRUDULLURLULULLLRLRLUDUUDRLULRLDUUDDLRRRLRDLLURULDLUDLRDDUDRLLLLURULULRDUDDRDRLRURURRURRDRUDLURLLLULRDUUDURRRLRDULRDLURDDURDRDLLLLUURDLLURDLDLLLLLURURLRDUUDLUULLULLLDLLDURRLDUDDLULUUUUDLLUURDDDULLUDRUUULDDLRRLURRURRLRRURDRRRLDDLLRUDDLRDURDULURURRUDLLDUULDRRRDUUDDRLLRRRURUDLRRDULLRUDLRLULLLLUURRLRUDDLLUUUUURLURDURRULRLURUUDRL\nC. RRRLRULDDDDDDDRRDDLRDDDRRRDDDUDRRDRRRDRRDLDUDDRLLRRRRRDRRDUDDRRURLDUDLURRLRDDLLRDDULRDRDRDDRDDRRDRRRRRRRDURDDLRULDRDRRUDRDRRDLDDURDUDDDRDRDLRRURDRDRUDDRUDRRRUDDDRRURDDLDRRLLDRLRLRDDDRDDDRRURLUDRRLRLRDDDRRDRUUDDDD\nD. RRDRDRRDRRDUDRDDDRLRRDRDUUDRRUDDDRDLDDDDRDRRDDRDDDDDDLRRRDURDRRDDRRRDDLLUDDLLRRUDRRDDURLDRRDRRRULDDRLRRDLDRRRRRRDURURDDDDURDRRRRRUDDLLRRUUDDDRUUUDRDLLRLDURRDLRRLRLLDLRRLRDRRRDDDRDRRDRDDUUDDDDDUDDLRDDRLRDRDDDRRRRLRR\nE. RRRRRRRRDDDDRRUUUURRDDDDDDDDLLDDLLUULLUULLLLUULLDDDDDDRRRRRRDDLLDDDDLLUUUULLDDDDDDDDDDDDRRUURRRRDDLLDDRRDDLLDDRRRRUURRRRUULLLLUURRUUUULLLLLLLLUURRRRUUUURRUURRRRUURRRRUULLUURRUURRDDRRRRDDLLDDLLDDRRRRUURRDDRRDDRRUUUULLUULLUURRRRDDRRRRRRUUUUUULLUURRRRDDRRDDDDLLDDDDDDDDRRUURRRRUULLLLUURRUUUUUURRRRRRDDLLDDLLDDRRDDDDRRUURRDDRRRRDDLLDDDDRRDDLLDDRRRRDDDDRRUURRUULLUUUULLUUUUUUUULLUURRUUUULLDDLLUULLUURRRRUURRRRDDRRRRDDLLDDRRDDDDDDDDDDLLDDDDRRDDDDDDLLDDDDDDDDRRDDDDDDLLUULLLLDDRRDDDDRRRRDDLLLLDDRRRRDDDDLLDDDDLLDDRRRRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/93.jpg" ], "doc_id": "spot_difference_346", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "6", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/56.png" ], "doc_id": "spot_difference_702", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "6, 7, 15, 21, 22, 23, 25", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000442461.jpg" ], "doc_id": "refcoco_958", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy?\nA: 33%\nB: 49%\nC: 41%\nD: 9%\nE: 17%\nF: 25%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/82.png" ], "doc_id": "math_217", "problem": "\nThe distance between point (4, f(4)) and A is approximately ( ):\nA. 5.75\nB. 6\nC. 6.25\nD. 6.5\nE. 6.75\nF. 7\nG. 7.25", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/85.jpg" ], "doc_id": "spot_difference_336", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/hr_26.png" ], "doc_id": "visual_search_694", "problem": "\nWhat is the direction indicated on the sign pointing towards Zaragoza?\nA. Straight\nB. Right\nC. Downward\nD. Left", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/39_left.png", "TIR-Bench/data/spot_difference/39_right.png" ], "doc_id": "spot_difference_267", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "2, 4, 5, 6, 8, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/contrast/29_low.png" ], "doc_id": "contrast_788", "problem": "\nHow many boats and small vessels can be seen in the image?", "solution": "9", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/maze/19.png" ], "doc_id": "maze_1113", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLUUUULLLDLLDRUULLRURLRRDDLRDULLURUUURLU\nB. RDRRRLLDLRLLRLRDRLRDLDLDDDDLDRRRDRDULURDDLLRULUUDLRURLUDURRRLDUUULRLRRDUURLLDRDRRLULDDUDLLDRLRRURRURRUDD\nC. UDUUDRRLRDRUDULLDLRDUDDLRLDLRURRRDURUDDDRDDLDRDDRRLLRDULRUUDRLDULRRLRRRUDL\nD. RLLLUUDLLUDDDRUDDUULURLUURLDLULDUDLRDRRDLLRLUL\nE. DDDDRRRRDDRRRRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/36.jpg" ], "doc_id": "word_search_473", "problem": "\n图中乒字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[5, 48]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/23_left.png", "TIR-Bench/data/spot_difference/23_right.png" ], "doc_id": "spot_difference_1041", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "1, 3, 4, 5, 9, 11", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_55.png" ], "doc_id": "rotation_game_1034", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 110°\nB. 80°\nC. 140°\nD. 95°\nE. 90°\nF. 125°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/spot_difference/65_left.png", "TIR-Bench/data/spot_difference/65_right.png" ], "doc_id": "spot_difference_86", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "1, 4, 5, 6, 7, 9, 10, 11", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_71.png" ], "doc_id": "rotation_game_815", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 25°\nB. 60°\nC. 30°\nD. 45°\nE. 15°\nF. 75°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/visual_search/realworld-28.jpg" ], "doc_id": "visual_search_404", "problem": "\nFor how many hours per day is 本場四川料理 open? Answer with a one-decimal-place number, e.g., 1.2.\n", "solution": "9.5", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/ocr/100.jpg" ], "doc_id": "ocr_28", "problem": "\nwhat is the name of the company that issued this receipt? Answer this question using the text in the image directly.", "solution": "UNIHAKKA INTERNATIONAL SDN BHD", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/contrast/18_low.png" ], "doc_id": "contrast_1174", "problem": "\nHow many people are in the image?", "solution": "6", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/word_search/3.jpg" ], "doc_id": "word_search_698", "problem": "\nHow many times does the number 6 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "9", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/contrast/26_low.png" ], "doc_id": "contrast_1021", "problem": "\nHow many objects are on the upper first shelf inside the cabinet?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/visual_search/new_24.jpg" ], "doc_id": "visual_search_170", "problem": "\nWhat is the name of the book immediately above the book 'MOUNTAIN' on the center top shelf?\nA. FULL MOON\nB. BERT STERN ADVENTURES\nC. Cannot be determined\nD. I AM A CAMERA", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/hr_17.png" ], "doc_id": "visual_search_415", "problem": "\nWhat's the color of the flag in the image?\nA. Black and white\nB. Blue, white and red\nC. Black and red\nD. Black, white and red", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/3.png" ], "doc_id": "color_345", "problem": "\nHow many colors are there in this flag? Select from the following choices. (A) 8 (B) 9 (C) 10 (D) 11", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/hr_13.png" ], "doc_id": "visual_search_585", "problem": "\nWhat is the time shown on the clock?\nA. Approximately 12:15\nB. Approximately 11:00\nC. Approximately 11:10\nD. Approximately 12:00", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/34.png" ], "doc_id": "spot_difference_30", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "3, 5, 6, 7, 8, 10, 11", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/13.png" ], "doc_id": "math_973", "problem": "\nThe value of wish is about () times of the value of heap\nA. 6\nB. 7\nC. 8\nD. 9\nE. 10\nF. 12", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/math/81.png" ], "doc_id": "math_817", "problem": "\nMeasure approximately how many times the length of AD is compared to the length of BC?\nA. 3\nB. 3.3\nC. 3.7\nD. 2.5\nE. 4\nF. 2.75", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000501177.jpg" ], "doc_id": "refcoco_280", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by kid in front?\nA: 62%\nB: 46%\nC: 78%\nD: 54%\nE: 70%\nF: 86%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/word_search/83.jpg" ], "doc_id": "word_search_640", "problem": "\n图中犬字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[39, 53]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/65.jpg" ], "doc_id": "word_search_500", "problem": "\nHow many times does the letter E appear in this image? Answer with an integer, such as 1,2,3.", "solution": "11", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/color/89.png" ], "doc_id": "color_226", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/131.png" ], "doc_id": "maze_560", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LUUDUUDUUULDUUULDULLURRUDLUDRRRURDLLRULLUDLRDULRRUUUDDLDDLRUDDRULRLUDURULLDLUDRDLLURLLULURRUDRDULDLDLDRDLLLURUDUUDULRULLUUURUDULDULLRLLLDLLDRUDRLRUUUULLRRLLRRDRUDURDURDUUDLLLLLDLRUUULULURLRURLRRULURLURDULRRUDUDRDDDLUDUURUDDLDURRLUURDLDULDUUDDURURULDRULDDDULRLUDDLRDDURLURLDLDUULRULDLRDLLRLLRDDUURLDLRDDLLLLRDLRDUULDRURRLLRDURURRUULLRDUDRURRRLUULDDRRLRDLRLLD\nB. LDDDDDDRDRLLDDRLDRRDRRRDRRLRUDDRRRDRUURLRDRRDRRDRRRDRRDRDDLDURUUDRLRDDLRLRRRRDRDRLUDRDRRDRRDRUDDUDRRRLUDDDDLRRURDRDRRDLDDRDDLDDRDRLRURRRDDLDRLRRDRDDRDRRLLDUDRLLRDRRDLRRLRRDRUDDDRRLDRDRDLDRRDDRRL\nC. RRLRRDLUDRDUDDDDDDUDUULDLDRRDRRDRRRUDRLDRDRLRRDRRRLRURDRURRDRRRRUDRUDRRDRRRRDDDDRDLRDDRRRRLDRDRDLDRURRDDDRRDLRRDRUDLRDRUUUDURLRLURLLDUDRRRURDDLRRDLRLDRDURDRDRDRUDDRRLDDDRLRDLRDDDLDRLRLUDLURDDDDUDRLDDDDDDRLURUURUDDDRDURUUDDUDDRDDDDDD\nD. DDUURDDULUDLRLDDUULUURRUDDLUDRRUURDRRRRLDULDRLLDRDRLDURRRULURLDULURLDRURRDLURRDULDRDUDLDUDRUURRULDDUUUDDRULRDULDDUDLRDRLRDLUUURDRRDLUDDRRRRDRLRULDLRULDDULDURDDLRLLRLRDUUULURDRULLLDUULRRDRRLUUDULLRDLDLRURRDDURDRDLULRRUURLRDUDULRLDRDRULDRDDRURURRURURRLLRULLDLRUDULULUUURDRRRLDRLDLRDLLUUUULULLUDUURLDRLUDRDRLDRUDLLLULLDUDUUDUUDDUDRRRRDRLUDRLUDURDULUDDDRRDDRUUR\nE. RRDDRRDDLLDDDDLLDDRRRRRRDDLLLLLLDDRRRRDDLLDDDDDDRRRRDDDDDDLLDDDDLLUUUUUULLDDDDDDDDDDDDDDDDRRDDRRRRRRUULLLLUULLUURRUURRDDRRUURRRRDDLLDDDDDDDDLLLLLLDDRRRRRRRRRRDDDDDDDDRRUUUUUUUURRUURRDDRRRRDDDDRRUUUURRDDRRUURRDDRRUURRUURRDDRRUURRRRUURRUURRUURRDDRRRRRRDDDDDDDDDDLLLLLLDDLLUULLDDLLLLLLUURRUULLLLLLDDRRDDLLDDRRRRRRRRRRRRRRRRUURRDDRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/91.png" ], "doc_id": "maze_720", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDDRRDRDLUDURRLDDRRLRRRRRRURRDDDRUDDDRRDRDUDRUDRLDDDDRDDUDDLDRDRRRDRRRRRRDDUURULDRDDDRURLRLLLUDRLUDRDDLUDDDLDLRLRLDRRDDDLRDRDURRRDRUDUDDRRRDRLRURRRDDRURLRDUDRLDLD\nB. DDRDRRLULUURLLULDRUDUURDRRRDDUDRLLULDDLLDRUDRRULRRRLDDLLUDULDDDDULUUDRURUUDUULLLLUUUUDRDDUURLLDRLLLLDULRUDULDDDRLLLLRRURLDUDRLLUDDLLDLURUDRRDUULRRLDUDLRLDLLRRRLRLDURUDRDLLDDUUUULUDULLDLULDRUURUDLRRDLDRLDDDURULLURLLLUULDUUDLLLDULURDRLRURDRDRRULRLRURDUDDRRDDRRDDLDLUDLDRLLLDURLRURDRRRLDLDLRDDLUUDUUURDRDRRDURRRRLUDRRRLRUDURLDUDRRULDLDRLULUDUDDURURURURURDRRDRLDRUULUURRLULRDDRDRLRDLLRDLDULDDRUUUUURURRRULLDUUUDRLDRDRRUUDLUURUDRLRUUULULRUDRDULRUL\nC. RDUDLLLRRRDRUURRDDRUDRLRDDDRRDRDLRDUDRRRURDUURDDRDRRRURLRRLRUDDULDDRDRDDRDDRLDRDLDDURRDRDDDDRDDRRUURRUDDDDRDLDDRDULRRDDDRDUDUDLLDDDDLDRRRRRLURDRURRDLDLRRRDR\nD. DDDDDDRRUURRDDDDDDRRUUUURRRRRRDDDDDDLLUULLDDDDRRDDRRDDLLLLLLLLUULLUUUULLDDDDDDRRDDDDLLDDRRDDRRDDRRRRDDRRUURRDDRRRRUURRDDRRUURRUUUULLLLLLDDLLUULLDDLLLLLLUURRRRUUUURRDDRRUUUUUUUUUUUUUUUUUULLLLUULLLLUURRRRRRRRDDRRUURRRRRRRRRRRRRRRRDDDDRRRRRRDDDDDDRRDDLLDDLLUULLUULLLLUULLDDLLLLUUUUUURRRRRRUULLLLLLLLLLLLDDLLDDRRDDLLDDRRRRUURRDDDDRRDDRRRRDDRRDDDDLLDDDDLLDDDDDDLLDDLLLLLLDDRRDDRRUURRDDDDLLDDRRRRUURRDDRRRRRRRRUUUUUURRRRDDDDLLDDRR\nE. RDUUDRLLRDUDDDRRDDLULLUULLLRDDLDULUDLUUDRRUDLDDUDLDULUULULURLRURRRRRLDLRDUUDLLRDRURDUULLUURUULDDUDURRDLUDRLULULULLDUULRUDRLDUUUDDDRLULRLDURRLUULLRDURLUULUUDRLDRDLULULDRDUULDRRLURLLDUDDURURDDLRURRDLLRRLRDULLLLLULLLULRLRDULDRURRUDLDRRDLRRLRLURLURDDUUDLURLDDRDRLRDULDRRUDUDULRLRRDRLLDRDDLDULDULLRULDDUDUULDUURLLUURDRLULURDDDLRLDLLDUURUDLULLRDRLLLULULRDRRLRLLLDRLDLRRDUDDRLUDULDLUDLURRLDDRDLDRDDLLDRLLDLUDDDDLUULULUUURUULDUULRLDRRULLDRULDRRDURRLDURLULRRU\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/62.png" ], "doc_id": "maze_908", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. URRRRLRUDULLRUURULUDRULLDURLULRUDRRURURDLDDDDDUDDDLDLUDDLUURDRUUDLRLURRLURDLLURLLLDLDDDUURDDLDURDURDLLLDDURLLDURUULLLLDUULRRRDURRRLDRDDRUDDLULLUDD\nB. DDUDRURDLRRRRDRLDDRDRURRRRLLDURRDRLDRDRLDLRUUDDRDDLLDDRULRURLRRDRUDRUDURRRURDURLLDDDRDRDDDUDDLDDRDDLRRRDDUDLRLRRDDRRRLDDURDR\nC. RRRRDDLLDDRRRRUUUURRRRRRRRDDRRUURRDDDDLLDDDDLLLLDDRRRRRRRRRRRRRRDDLLLLLLDDRRRRRRDDRRDDLLLLUULLDDDDDDRRRRUURRDDDDLLDDDDRR\nD. RRRRDDURRDLDURRURRRDRDRRDDUDDUDULURLLRLRDDRRULDDRULURRRRUUDRDLDRLDDRDRRDLDDRDUDDDDRLRLRDDDDLDURDRLULDURDRUDRURDLUDDDDRULRDDRDRDLURDDDDDLDDUURUDUUUULRRRDDRUDLUDU\nE. RRUURLDRLLRLLDDRRDRDLUDDRURRRULLUDUDURDUULDRURLURLRDUUURUDDUDDUURDDURUDLUUURLUDDLUDLLUUUDURURRLDRRLDDLRUDURDRRDRDLRDRDULRRDDDRDDRRRRDUDUULDRU\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/52.jpg" ], "doc_id": "word_search_963", "problem": "\n图中有多少个见字？回答一个数字，例如1，2，3。", "solution": "10", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/temp_10.jpg" ], "doc_id": "visual_search_306", "problem": "\nTo what number is the hour hand of the clock pointing closest?", "solution": "8", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/8.png" ], "doc_id": "color_361", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 7 (B) 8 (C) 9 (D) 10", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/73.png" ], "doc_id": "maze_1092", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDDDURDLRLURDDDUDUDULUUDUDDDDULUDDDURRLDUUUDULURURRLLDUURLRRDDLDRDDLDDURLUUDRRDRLLRLRLUURLDLUDUUDRUUDRDDUULDRUUURURDDDUDRDLLLRRLRUDDRDDRUDLRRDDDRLLRURLLRULLRLULRUURRDURDDLRRDDDDLLDURRLULLRURRURUDDRUULUDLULLUULRURDULLURUDLDURLLLRLLUUUDLUDULUDRLLDRDDLDRRUURULDLRRLULRDUUDLLLULRUUDRRURLDRULLDDDLRLLRDULRRDUDDDD\nB. RRRUDUDRLDRRDRDDLDDDRRDUDLDDRDDRDRDLURLRDDRRLDDUDRRLDULUULRDRRRDRRRLRURRRRRRLDDLDRULRDDDRLDRRULRLRRDDRDRDRRRDDDRDLDRDLRRLRRRLD\nC. DLUDUULRUUUDDDDRRUDLDLUDDUDRDRRLRLUDDRDRURRDDDDRRRRRRRRRLLDRRRLDDRDUDDRURLDLDDDRLRRRRRDLDDDDRDDLDRDDDULRRRRRDDRURRDURRDLRURRLDDLRDDRDRLR\nD. UURLDURRUUDLLRLRDRLDDRDRRLRURUDRDDDDLRURDRRRRDLLLDRULLLLRLRRLLULDRRRRLURUDUUDRLDRLLLLURDDURDURRRDURRLURLRRDLUDRRUDUDRDURLDDLDDUUULRRRDDRDDULRDLDLLDLULLLLURRLRUULDRDLRLUUUURDLUDULDRDRUUUUUURULLUULLLULUULULLUURLURUURDLLRDLURLLDLRDLLULDLDRDLLRURDRRRDUUULUDDRRURDRULRUDURUUDUUDDLRRDDUDRLLLDLURULULUUUDRDUDLULUDRLUUDRURUDURDRDLU\nE. RRRRDDDDDDRRDDLLDDLLLLDDRRDDDDDDLLDDDDRRUURRUUUUUUUURRUURRUURRRRDDRRUUUUUULLUURRRRDDRRRRDDRRRRRRRRRRRRDDLLDDLLLLUULLLLLLDDLLLLDDDDRRDDDDDDLLUUUULLUULLUULLLLDDDDRRDDLLLLDDRRDDRRUURRUURRDDDDLLDDLLLLDDLLUULLLLLLDDDDRRRRDDLLDDRRRRRRRRRRUUUURRDDRRDDRRUURRUUUUUUUURRRRRRUUUURRRRRRDDLLDDDDDDDDDDLLDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/instrument/20.jpg" ], "doc_id": "instrument_934", "problem": "\nAccording to the image, approximately what is the current room temperature in Fahrenheit?\nA 28-30\nB 80-81\nC 81-82\nD 82-83\nE 83-84\nF 84-85", "solution": "E", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/spot_difference/42.png" ], "doc_id": "spot_difference_1028", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "8, 9, 10, 11, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/112.png" ], "doc_id": "math_21", "problem": "\nThe straight-line distance between the two locations below of the image is the greatest?\nA. ①②\nB. ①③\nC. ①④\nD. ②④\nE. ③④", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/new_12.jpg" ], "doc_id": "visual_search_399", "problem": "\nWhat number can you call if you wish to buy some protective equipments?\nA. Cannot be determined\nB. 02-363-7666\nC. 43-222-5939\nD. 00-000-0000", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_45.jpg" ], "doc_id": "jigsaw_1019", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[1, 16, 5, 12, 14, 8, 15, 7, 6, 13, 3, 9, 10, 11, 4, 2]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/101.png" ], "doc_id": "color_212", "problem": "\nWhich circles has the darkest color? The circles are numbered left to right starting from 1. Select from the following choices. (A) All the same (B) 1 (C) 2 (D) 3", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/29.png" ], "doc_id": "color_64", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 2 (B) 7 (C) 22 (D) 26", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/hr_35.png" ], "doc_id": "visual_search_426", "problem": "\nWhat is the relative position of the black motorcycle compared to the silver car?\nA. To the right of the silver car\nB. Behind the silver car\nC. To the left of the silver car\nD. In front of the silver car", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/relation-of-line-3.png" ], "doc_id": "symbolic_478", "problem": "\nWhich pair of lines are perpendicular?\nA.ab and cd\nB.ef and gh\nC.ab and ef\nD.none of the above", "solution": "D", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000031812.jpg" ], "doc_id": "refcoco_1175", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by cake in lower middle?\nA: 1%\nB: 17%\nC: 25%\nD: 41%\nE: 9%\nF: 33%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/6.png" ], "doc_id": "color_712", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 5 (B) 6 (C) 7 (D) 8", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/word_search/78.jpg" ], "doc_id": "word_search_418", "problem": "\n图中有多少个鲤字？回答一个数字，例如1，2，3。", "solution": "12", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_115.jpg" ], "doc_id": "jigsaw_652", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[35, 7, 21, 3, 19, 13, 22, 20, 12, 14, 4, 9, 30, 24, 25, 31, 36, 32, 29, 26, 28, 6, 23, 1, 33, 27, 11, 2, 5, 34, 10, 15, 17, 18, 16, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_16.jpg" ], "doc_id": "jigsaw_1137", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[2, 6, 7, 1, 3, 8, 4, 5, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/111.png" ], "doc_id": "color_220", "problem": "\nDoes the horizontal bar have a uniform color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/art_4.jpg" ], "doc_id": "visual_search_157", "problem": "\nWhat color is the shirt of the person behind the double-decker bus?\nA.blue\nB.green\nC.white\nD.orange", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/temp_8.jpg" ], "doc_id": "visual_search_393", "problem": "\nTo what number is the hour hand of the clock pointing closest?", "solution": "2", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/164.png" ], "doc_id": "color_237", "problem": "\nWhat is closest to the proportion of the color white in the image? Select from the following choices. (A) 5% (B) 10% (C) 20% (D) 30%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/55.jpg" ], "doc_id": "instrument_155", "problem": "\nWhat is the reading on the total duct airflow meter? Answer as an integer like 1,2,3.\nA 500\nB 530\nC 540\nD 550\nE 560\nF 570\nG 580", "solution": "E", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_106.jpg" ], "doc_id": "jigsaw_1067", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[27, 11, 31, 36, 21, 9, 17, 28, 7, 25, 34, 14, 19, 8, 6, 4, 20, 12, 16, 26, 24, 33, 13, 30, 35, 3, 29, 15, 32, 22, 23, 10, 2, 5, 18, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000031112.jpg" ], "doc_id": "refcoco_927", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by left person?\nA: 14%\nB: 22%\nC: 46%\nD: 30%\nE: 6%\nF: 38%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/80.jpg" ], "doc_id": "instrument_983", "problem": "\nWhat is the reading of the second gauge from the left in kg/cm²? Provide one decimal place (e.g., 1.1).", "solution": "12", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/new_28.jpg" ], "doc_id": "visual_search_1109", "problem": "\nHow many chairs can you spot?\nA. 4\nB. 5\nC. 6\nD. 8", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/65.png" ], "doc_id": "math_666", "problem": "\nWhen x=16, Yellow Green - Dark Periwinkle is approximately ( )\nA. 10\nB. 11.1\nC. 11.6\nD. 12\nE. 12.2\nF. 9.6\nG. 12.4", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/57.jpg" ], "doc_id": "word_search_846", "problem": "\n图中正字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[24, 16]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/realworld-30.jpg" ], "doc_id": "visual_search_1079", "problem": "\n大勝冰室的爆款饮品的Top1是（）\nA 藍色妖姬\nB 芭樂檸檬茶\nC 手打檸檬茶\nD 水蜜桃檸檬茶\nE 其他\n", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/42.png" ], "doc_id": "color_957", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 25 (B) 29 (C) 34 (D) 75", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/word_search/53.jpg" ], "doc_id": "word_search_80", "problem": "\n图中有多少个张字？回答一个数字，例如1，2，3。", "solution": "12", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/contrast/21_low.png" ], "doc_id": "contrast_451", "problem": "\nWhat is the most likely license plate number of the yellow car?\nA. 56S 1597\nB. 66S 1123\nC. 78S 8234\nD. 89S 9921\nE. 00S 9834", "solution": "A", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/symbolic/relation-of-line-2.png" ], "doc_id": "symbolic_282", "problem": "\nWhich pair of lines are perpendicular?\nA.ab and cd\nB.ef and gh\nC.ab and ef\nD.cd and gh", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/spot_difference/50.png" ], "doc_id": "spot_difference_897", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "1, 2, 8, 13, 15, 17, 19", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/65.png" ], "doc_id": "maze_497", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDLRLDDUURUDDULLRRULLLRLDUDDRDRDLLRRLRRLDLURDDDLUDDUDLLRUULRUDDDRDUUDURRDULURUURDDDDURDRULDRRDDUDUDDDLLDDDDDDRLRLUDUUURDLRLLRRDULLRRRLRLLUDRDUUURDDLLRLULDLLULRURULUDRULUDRDUDULUUULRDDRRUDDRLDLLDLDDDRRDLDURDDUDUDRRLDURUULLLRLLLRLLDUDDULLDLLLUDLRLLRLUDRDDDLLURLDDDURLURUDRDRLRRRDURDDLLRDDLLULDDLUULRDDURURUURURUUR\nB. RRUDRLUDLLUDLLRRLLRULDDDDLLDULLRRDDUDRRDULRLLURUURURDDRDDDURURDURURUDDDRLUDRRUDURURRRRLDDLULDLDRRRLRRRDDDDLUUUUDLLDDLURURRDDUDLRDLRURRLULRUULUDDRUDDRRULDDULDRLDRRRRDUDDRRDLDRLRLUURULDLLDDDLRUUDLLDURLDUDRDDDLUDLRDRRRRDRURULULLUDDDUULLRURUDDLURRUULURDRRRLDRRRURRRULDRLLDLUUULRDRDLURLDLURLDRLLRDRLLDUDLRLLULRRUU\nC. RLDRDDLDLRRRUURDLDDRULDRLURDDDRDDULURRRRDDRDRRDDDUDRRLDRLRDRLDRDURUDULURLRRURRRDLLDRDURLRDLDRDDDURDDDLLUDDRLURRUDRLRDRDRDDDRRLDUDRDDRRUURURDLRDU\nD. DDURLRDLLRDLUDDDURRDDRDLRRDLRRURRRRRURRDRDRDDRDDUDLLDURRDDLDDRDRDDRDRDRUDULRUDRDRDRRDUDDURDDDRUDURURDRDRDRUDLD\nE. DDRRRRRRUURRDDDDRRUURRRRRRDDRRDDLLDDLLLLUULLDDDDLLLLUUUUUULLLLLLDDDDRRDDRRDDDDLLDDRRRRDDRRUUUUUURRDDRRDDLLDDRRDDLLLLLLDDLLUUUULLLLDDRRDDLLDDRRDDDDRRRRRRRRRRUULLUURRUURRUUUUUURRUULLUUUURRRRRRDDLLDDRRRRUURRUURRUUUULLDDLLLLUUUUUULLUURRRRDDDDRRRRRRDDDDDDDDLLDDLLDDRRRRDDLLLLDDDDRRDDRRDDDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000516481.jpg" ], "doc_id": "refcoco_534", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man in front left?\nA: 17%\nB: 41%\nC: 33%\nD: 25%\nE: 9%\nF: 49%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/69.png" ], "doc_id": "color_829", "problem": "\nWhat is the RGB value of the given color in the image? Select from the following choices. (A) [80, 221, 0] (B) [115, 142, 150] (C) [83, 219, 4] (D) [73, 219, 0]", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/118.png" ], "doc_id": "math_254", "problem": "\nWhich triangle has a larger area?\nA. left one\nB. right one \nC. Equal", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/16.jpg" ], "doc_id": "word_search_266", "problem": "\nHow many times does the letter Z appear in this image? Answer with an integer, such as 1,2,3.", "solution": "10", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/135.png" ], "doc_id": "math_1051", "problem": "\nAs shown in the figure, with C as the center and CD as the radius, how many intersection points does this circle have with EF and GH, respectively?\nA. 1, 1\nB. 0, 2\nC. 0, 0\nD. 1, 0\nE. 1, 2\nF. 2, 2", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/99.png" ], "doc_id": "color_656", "problem": "\nWhich circles has the darkest color? The circles are numbered left to right starting from 1. Select from the following choices. (A) All the same (B) 1 (C) 2 (D) 3", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/141.png" ], "doc_id": "color_163", "problem": "\nWhat color in the pie chart has the proportion closest to 15%? Select from the following choices. (A) light purple (B) dark purple (C) purple (D) dark blue", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/96.png" ], "doc_id": "color_457", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_34.png" ], "doc_id": "rotation_game_893", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 320°\nB. 315°\nC. 350°\nD. 340°\nE. 310°\nF. 330°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/124.png" ], "doc_id": "maze_437", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. URRLRLUUDUDURRDLURLRLDLRURLDULDRLULDULURUULDLURUDDRDLRULRDUURLDDLDDLDRUUDDDDURDRULLULLLRLDULUUDRUULUUDRRURRLLDULDRRDRRLLDDDRDUULULDLULDRRDDRLDRRLLDRDRUDRUUDULLDRRLRULRLUDUUUDDDUUDUDDUDUDDRRLLDULUULLUURRLRULLURULRLRLRLRRDUDLRDLLDUURDUUULLLUDUDDUDLRRDDDUULRULULDUDDRRULDLRDUDLUDRRURRLLUUDUDDDDRDLRLDDRLLUDDRRDUDLURRLRULURDRRULDDRRRDLULULLDRLULRLLUDLRDULLLDDDLDLRLURDUURLRDLURRUDDDDUDLURLUDRRLLDLLDURUDDRRLUDULRUDRLRRRUDURDRRRDUDDRLDULUUDRLDDLLLDRUUDDRDDRULDDUURUDDLLRUULRLRDDLURDUUUDRRRUUDLLRRULLLDUUURLLRLLUURLLLDRLDULRDUDLUULLUDLRRLDDLURDLURRURDRLDURLLDLUUUDRDRLURDUUDLRDRURRLRDDDRUURDLUUDLRRLRRDRLLDDRDULUUDRDRLRLULRULDRUDLRURLRRDDRRDLLDRURDUUDDUURRLRLLUDRULUURUDUUUDULRDRLRLRDDURLRUUDDDDURLURULDULULLULLDRLURRLDRLLLRDURUDDDDDRURDRDLUDUUDDLRRDLLLUUDDULLLUUDDLUDDDRDLRLRLUULDRUULDLRLLLRUURURULURULLRUULDU\nB. LDRURDRDRRURRDUULDLRRULRDRRDRDRDRRDRDLDLDLDDRRDLDRDRULDDRDDRRURDDDRRLDRRRDRDRDLDRRRDRUDDRLLRRLDRRDDDDURRDLDLRDDRDUDRRRDRURDLRDDRRDDDDRDRDDRRDDDLRULUDDDRRDDRDDRDDRUDRDRDRUUULUUDLURRRRLRRDURRD\nC. RDRRLDDDDDDRRLDURRDDUDRDRDDRRDDRLDDRRDDDURRDDUDDLDRRDRDRDDRURDRRUURDDULRDDDDRRDDLRDUDLDDRRDRDRDDDLDRDDRDDDRRLDRRRRRDRLURRDDRRRRRURRRURDDRRRDDRDRUDDDLRRRUR\nD. RRDRRRLDDUDLDLURDRRRRDRRLDDULLUDDDDRDDDDDURDRLRDRRRRLDDDURRDDRRDRDUDDRDLRDDDLRRRDRULDRRDRRRDDDDDDDLUDDRRDLRDLDRURRUDRRRDDRDUUDURDDRDRRULDRLULRUDRRURRLRDUDRDDUUDRRDRRRRRDURUDDDDDDDDRDLDDRRRLULRRRRLLRRL\nE. ULRUDUDDUDURLUUDRDDULDRRRRLRRLRLUUURDDLDDRRRRUUUULLURLDDUDDURRRURDRUURULRUUULRRLLRRUUULLRLLURRLDDURRRLRDDDUDLULRRULUDDDRLDLUUULLLRURDDULRDLULUDRRDURRLDRRUUURUURUUUUDDLRLRLLULURUUDRRDLLDUDRRLLDLDUUDURRDDDUDLLDDUDUDLRLRDRRULRRRRUDUURDDURDUDURURLUDDRLURDDURLUDDDDRLLRURRLRDLULLDUDURLURDLULUUURRDRDRURDDLUUULUDUDRDLRRRDLDRDURRDDLLDUULLUULLRDDDRLULLRDRLLUDRRRDLRULLDDRDLUUURLDURRDDULRDRLDUUULDDDRDLRRRUDURDRRDRUDDRLULLRLURRDURDRRURUULDDLUDDLDDURDLLDURLDDLRLLULRRDDLULUDDUUDLDDDRDRUDLLDDLURURRDURRRRLUDDUURULRLLDUDULULRRUDRULUDURRDRRLURUUUULUDUUDLRRLRRLLDLDDUDLUDDLRLRUULDDRUUUDUUDLDLLUDLRULLLRRRRLLLDDUURRRDRLLURURURLLDRDLLDDRULLDLRULULLLLURRULURUDLLRRUUUDRRUDULRLRLRLLULDRDLLLURLRLUULDRLURDDRLUDURLUDLDLRRUURRULLRRRUDULDDURDURLLDRDDLDRRRRUUURDRRLRLULLRURLDRDRRLLRDDULUUURLRURLLDUULUDLUDRLRRDLULRLDRR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/13.jpg" ], "doc_id": "word_search_517", "problem": "\nHow many times does the letter V appear in this image? Answer with an integer, such as 1,2,3.", "solution": "4", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/25.jpg" ], "doc_id": "word_search_991", "problem": "\n图中有多少个午字？回答一个数字，例如1，2，3。", "solution": "4", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/ocr/83.jpg" ], "doc_id": "ocr_325", "problem": "\nwhat is the number in the image?", "solution": "1770", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/math/142.png" ], "doc_id": "math_923", "problem": "\nAs shown in the figure, use the ruler to measure the length of segment EF. The length is ( ) cm.\nA. 3.9\nB. 4.1\nC. 4.3\nD. 4.5\nE. 4.7\nF. 4.9", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/23.jpg" ], "doc_id": "word_search_573", "problem": "\nIn the figure, in which row and column does the letter R appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[20, 26]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_39.png" ], "doc_id": "rotation_game_931", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 315°\nB. 330°\nC. 320°\nD. 340°\nE. 310°\nF. 350°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/134.png" ], "doc_id": "math_884", "problem": "\nAs shown in the figure, with C as the center and CD as the radius, how many intersection points does this circle have with EF and GH, respectively?\nA. 1, 1\nB. 0, 2\nC. 0, 0\nD. 1, 0\nE. 1, 2\nF. 2, 2", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_68.png" ], "doc_id": "rotation_game_137", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 120°\nB. 135°\nC. 105°\nD. 75°\nE. 90°\nF. 85°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_40.png" ], "doc_id": "rotation_game_468", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 300°\nB. 270°\nC. 265°\nD. 290°\nE. 280°\nF. 260°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/4.png" ], "doc_id": "maze_125", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDRRUURRDDDD\nB. UURRRLLRLDLDUDDUDRULLDDRRDRDRUDUURRRDLLLDDURDRDLRLRDULLURD\nC. DLDRDRRURURDRRRLLUUUDD\nD. DURDRRDDDURLURURRLRRRRRDRDRUUURRDDUDDDDDDLRRRRLUDDDURDDULURRRDLRLURRUULUDRRUURRLULDDUULLUUDRRLRDD\nE. DDRDDDDDLLLLUURRDLDUULRLDRDRLLLRLDRLRRLURRRLLDDDRLUURDUUDULRURLRURUURUDRRLLURDDURLDLRR\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_110.jpg" ], "doc_id": "jigsaw_794", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[14, 20, 5, 9, 24, 17, 10, 1, 28, 25, 19, 6, 29, 34, 13, 16, 7, 4, 21, 36, 11, 22, 33, 35, 12, 3, 30, 18, 2, 27, 15, 23, 31, 8, 26, 32]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/84.png" ], "doc_id": "math_1036", "problem": "\nWhen x = 12, Dark Cyan - Rebecca Purple is closest to ( )\nA. 7.\nB. 7.6\nC. 7.2\nD. 8\nE. 6.2\nF. 8.4", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/art-26.jpg" ], "doc_id": "visual_search_936", "problem": "\nHow many people are riding horses in the picture?\n", "solution": "2", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/nested_square_14_8.png" ], "doc_id": "symbolic_476", "problem": "\nHow many nested squares are there in this image?\nA.12\nB.14\nC.13\nD.15\nE.16", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/maze/70.png" ], "doc_id": "maze_531", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDRRDRLUDUDURRDDRDUUDRDDDLLLRDLDRDDDRLDLLRDLULRDUUURURLUURDURDDRRLLRRRRDDRLULRDDRRDRDURRRLURRDDDRDLRRDDDLRDDRULDRRRRRDRRDLDRDDRRDUDDLRRURDRDLDDDR\nB. RRDDDDDDRRDDLLLLDDDDRRDDDDRRUUUUUURRUURRDDRRRRRRDDLLDDDDLLDDRRDDLLLLUUUUUUUULLDDDDDDLLLLLLDDDDRRRRDDLLDDLLDDRRDDRRDDRRRRUULLUURRUURRUURRUURRUUUURRRRRRDDRRUURRRRDDRRRRDDLLDDRRDDDDLLDDRRDDRR\nC. URLLDLLDDUDUDRLDLLLLLURRDRRLURLDDRDRUUDLDULULRRURRRRDRULRLDRULRDRRRUUDDRDDDRLLDULLLLDLUULRLUDDDUULRRUDUUDDULLDRDRLUURDDLUUDRLLUDLUDLDRLRUDRRLRLRDRRDDLUDLURURRUUDURUULRRLRRULLDUDLRUURDUDDUDLRLDDLUUULUDDRL\nD. RRDDUDURRRRRDRLRDDUUDDRDRRDDRLDDRLDUDRDRRRUDDUURLDULDRRDRLURURRDLLDRDRDDRRDLDDDDDDRDLDDRRLDDRLRDURDUULUDULRLDDDRDRLUDDRLUDLRURURURLDRLURRRRLDLDLDLRRRDDDDURRUURDRLRR\nE. DDLDLDULRRRRDLDLUDDRRDRDRDRDDRDDRURDDURRRDRDRRDDDURLLLDDRDRRDLRLDDRLLRRRURDRRRRRDRDLDDDURULRRLDUDRRDDRRRRLDDRRLLRRDDURRRDU\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/instrument/39.jpg" ], "doc_id": "instrument_181", "problem": "\nWhat is the reading on the voltmeter in the image in volts? Answer with one decimal place like 1.1.", "solution": "3.5", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/spot_difference/98.png" ], "doc_id": "spot_difference_1111", "problem": "\nThis is a spot-the-difference game. How many places differ between the left and right images?Please provide your answer as an integer, such as 1, 2, 3. Please provide your answer as an integer, such as 1, 2, 3.", "solution": "5", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/temp_20.jpg" ], "doc_id": "visual_search_1130", "problem": "\nTo what number is the hour hand of the clock pointing closest? Answer 1-12.", "solution": "7", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/80.png" ], "doc_id": "spot_difference_850", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "2, 3, 4, 6, 13, 14, 15, 19, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/instrument/41.jpg" ], "doc_id": "instrument_6", "problem": "\nAccording to the image, what is the thermometer reading in Fahrenheit? Answer as an integer like 1,2,3.", "solution": "72", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_69.png" ], "doc_id": "rotation_game_1122", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 85°\nB. 100°\nC. 145°\nD. 95°\nE. 130°\nF. 115°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/32.png" ], "doc_id": "maze_250", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRUDURUDURDRDDDRDUDRLURDUURDLLDRDURDRRURDRLUUDRLUDLRUDDRDLRDRDDRUDDDRDDRLUULRRULRLDUDDURDRRLDDDDUD\nB. RLRDULDLRURRLRDDRLRUDDRRULLDUDDUUULLDLRRULDRLDRUDRRUDRRURLRRRDRUDLRURDDDLDDRULLDRDDLLDLRDRDDRLRRRDULUDRLRUDDRDLDRURDRDRU\nC. URDDLRDDRRULUULLULRLDUDUUDDRLUULRLRLLRRLRUUUDRRRUURDRRRLUDUULDURDULUURRLLRUUUDURDLRRLLRDULRDDD\nD. DLLRRDRLDULDURRRLLRDDULRLRLDLLLUURDUDRURDRLDULLLLRURDUDRUURLUDURUURRRLLRDDUURLUURURDLDDDUUULL\nE. DDDDRRDDRRDDRRRRUULLUURRRRDDRRRRRRDDDDDDLLUUUULLDDLLLLLLDDDDDDRRRRRRRRUURRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/ocr/95.jpg" ], "doc_id": "ocr_1156", "problem": "\nwhat is the number in the image?", "solution": "1570", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/ocr/107.jpg" ], "doc_id": "ocr_507", "problem": "\nwhat is the name of the company that issued this receipt? Answer this question using the text in the image directly.", "solution": "AA PHARMACY", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/spot_difference/69_left.png", "TIR-Bench/data/spot_difference/69_right.png" ], "doc_id": "spot_difference_1167", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "4, 5, 6, 8, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000376988.jpg" ], "doc_id": "refcoco_200", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by girl?\nA: 15%\nB: 47%\nC: 39%\nD: 23%\nE: 31%\nF: 7%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_26.jpg" ], "doc_id": "jigsaw_590", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 5, 2, 4, 7, 8, 6, 1, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_91.jpg" ], "doc_id": "jigsaw_1170", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[20, 3, 11, 12, 5, 9, 28, 23, 1, 25, 17, 8, 16, 32, 31, 24, 10, 35, 36, 29, 15, 27, 19, 22, 6, 13, 33, 7, 18, 26, 4, 2, 34, 21, 14, 30]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_28.png" ], "doc_id": "rotation_game_425", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 345°\nB. 25°\nC. 355°\nD. 15°\nE. 350°\nF. 5°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/76.png" ], "doc_id": "maze_1164", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDLRRRUDUUDLUDDLDLDULRURLDLRRRLUDDLRRLURLDDURDUURULDDLUDDDRLUDDDDRULRDUUDDDRDRLLDLURLURLRDDULRDDLRRURLDULDURRDDRUDUURLRDUULULRLLRRLRDUDDURULLURDDULUDULURLRDLDLULLLDDLLULDUUDRDRRL\nB. RDLURDUDRRLRDDLRLRLUDDDDLULDUDLLDRLULULUDURLLULRUDRUULUDLUULLUULUUDRLUDULDDRRRULRLDUDRLURUUUDLRLRRDUUULLDLRRLRRUDDLRUULUDLLDUDDDDDRLDURRDUDDULUULDDLDURLRUDUULURDDRDDLRRRDRUDUUDDLD\nC. DDDDDDDDRRDDDDRRDDLLDDDDLLDDDDRRUURRDDRRRRDDLLDDDDDDDDRRRRUULLUUUURRUUUUUURRUUUURRDDDDRRDDDDRRUURRDDRRDDDDDDDDRRUURRUUUUUULLUULLUURRUURRDDRRUURRDDRRDDLLDDDDRRDDDDLLDDRR\nD. RDDDDLDRRDLRUDRDURULUURDDDDRRRUDRRDDDRURDLDDRRRRDDRDDDDRRDLDRRLUDDURRRRDDDDUUDRDULRDDDDRURRDDDULRRRLURLRDUDURRDDURDDRLURLLDLRRURLRLDDLRRRDDLUR\nE. RRURRRDUUDLDDRRRRRDRUDDDLUDRLRDRRDDLURRDDURRDDDRRRDDRUDRLDDLURLDDRRLRDULRDDDRDRRRRDLDDRRDRDDRDDDDRRDRLRRDUDRLURDDL\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/58.png" ], "doc_id": "math_887", "problem": "\n根据比例尺，停车场与博物馆之间的距离大约是（ ）m.\nA. 400\nB. 500\nC. 550\nD. 600\nE. 650\nF. 700\nG. 450", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/ocr/24.jpg" ], "doc_id": "ocr_626", "problem": "\nwhat is written in the image?", "solution": "CORNERS", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/ocr/89.jpg" ], "doc_id": "ocr_487", "problem": "\nwhat is the number in the image?", "solution": "2072", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/contrast/36_low.png" ], "doc_id": "contrast_873", "problem": "\nHow many windows can be seen on the house on the right side?", "solution": "5", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/spot_difference/51_left.png", "TIR-Bench/data/spot_difference/51_right.png" ], "doc_id": "spot_difference_48", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "5, 6, 11, 12, 13, 15", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/art_7.jpg" ], "doc_id": "visual_search_781", "problem": "\nIs a brown sheep present to the left of the central white horse?\nA.Yes\nB.No", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000322090.jpg" ], "doc_id": "refcoco_151", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by player?\nA: 46%\nB: 78%\nC: 54%\nD: 38%\nE: 62%\nF: 70%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_28.jpg" ], "doc_id": "jigsaw_204", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 6, 2, 4, 3, 9, 1, 5, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/106.png" ], "doc_id": "math_231", "problem": "\nThe foot of the perpendicular from point D to CE is mostly like:\nA. point M\nB. point G\nC. point H\nD. point I\nE. point J\nF. No answer", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000562014.jpg" ], "doc_id": "refcoco_318", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by woman in purple standing up?\nA: 3%\nB: 27%\nC: 19%\nD: 43%\nE: 11%\nF: 35%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/new_29.jpg" ], "doc_id": "visual_search_919", "problem": "\nHow many aircraft can you spot in this image?\nA. 7\nB. 8\nC. 9\nD. 6", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_70.png" ], "doc_id": "rotation_game_980", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 285°\nB. 240°\nC. 255°\nD. 270°\nE. 235°\nF. 225°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/word_search/66.jpg" ], "doc_id": "word_search_344", "problem": "\nHow many times does the letter N appear in this image? Answer with an integer, such as 1,2,3.", "solution": "14", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_60.jpg" ], "doc_id": "jigsaw_910", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 7, 10, 6, 12, 1, 9, 2, 15, 16, 14, 13, 11, 5, 4, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000078836.jpg" ], "doc_id": "refcoco_649", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man with red tie?\nA: 28%\nB: 20%\nC: 44%\nD: 36%\nE: 4%\nF: 12%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/45_left.png", "TIR-Bench/data/spot_difference/45_right.png" ], "doc_id": "spot_difference_528", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "2, 3, 5, 7, 8, 10", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/ocr/90.jpg" ], "doc_id": "ocr_291", "problem": "\nwhat is the number in the image?", "solution": "9557", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/spot_difference/61_left.png", "TIR-Bench/data/spot_difference/61_right.png" ], "doc_id": "spot_difference_87", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "4, 5, 6, 7, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/instrument/73.jpg" ], "doc_id": "instrument_174", "problem": "\nWhat is the reading on the pressure gauge in the image? Provide one decimal place (e.g., 1.1).", "solution": "30", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/ocr/31.jpg" ], "doc_id": "ocr_485", "problem": "\nwhat is written in the image?", "solution": "tpti", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/spot_difference/88.jpg" ], "doc_id": "spot_difference_730", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/art_19.jpg" ], "doc_id": "visual_search_879", "problem": "\nThere are three wine bottles on the table filled with liquor, right?\nA.Yes\nB.No", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_62.png" ], "doc_id": "rotation_game_1039", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 0°\nB. 30°\nC. 15°\nD. 60°\nE. 10°\nF. 45°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000574251.jpg" ], "doc_id": "refcoco_819", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by second suitcase from left?\nA: 35%\nB: 27%\nC: 43%\nD: 19%\nE: 11%\nF: 3%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/23.jpg" ], "doc_id": "instrument_1161", "problem": "\nAccording to the instrument in the image, approximately what is the current humidity?\nA 40-42\nB 42-44\nC 44-46\nD 46-48\nE 48-50", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/114.png" ], "doc_id": "math_330", "problem": "\nThe length of segment OC is about ( ).\nA. 3.7\nB. 3.2\nC. 2.5\nD. 4.2\nE. 4.7\nF. 2.7", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/math/56.png" ], "doc_id": "math_671", "problem": "\n量一量，根据比例尺，学校到汽车站的实际距离是（ ）m\nA. 700\nB. 600\nC. 650\nD. 600\nE. 500\nF. 400\nG. 550", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/hr_42.png" ], "doc_id": "visual_search_622", "problem": "\nWhat is the position of the black car relative to the tram?\nA. In front of the tram\nB. To the right of the tram\nC. Behind the tram\nD. To the left of the tram", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/79.png" ], "doc_id": "color_943", "problem": "\nWhat is closest to the proportion of the color green in the image? Select from the following choices. (A) 15% (B) 20% (C) 25% (D) 30%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/contrast/32_low.png" ], "doc_id": "contrast_953", "problem": "\nHow many balconies are in the image?", "solution": "4", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/math/128.png" ], "doc_id": "math_796", "problem": "\nAs shown in the figure, how many intersection points are there between the extension of CD and the function f?", "solution": "2", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_73.jpg" ], "doc_id": "jigsaw_294", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[17, 6, 1, 16, 15, 25, 20, 23, 11, 22, 8, 13, 21, 4, 18, 19, 10, 5, 9, 3, 14, 24, 12, 7, 2]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/new_26.jpg" ], "doc_id": "visual_search_312", "problem": "\nWhat is the name of the hotel visible in this image?\nA. World hotel\nB. Fortune hotel\nC. Cannot be determined\nD. China Hotel", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000305267.jpg" ], "doc_id": "refcoco_1", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man?\nA: 65%\nB: 73%\nC: 81%\nD: 89%\nE: 49%\nF: 57%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/27_left.png", "TIR-Bench/data/spot_difference/27_right.png" ], "doc_id": "spot_difference_562", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "1, 2, 12, 13, 16, 17", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/100.png" ], "doc_id": "math_416", "problem": "\nThe real distance between A and B is about ( )km.\nA. 1\nB. 2\nC. 3\nD. 4\nE. 5\nF. 6", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/75.png" ], "doc_id": "color_309", "problem": "\nWhat is the HEX value of the given color in the image? Select from the following choices. (A) #E50444 (B) #040D44 (C) #E50048 (D) #E5003D", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/ocr/32.jpg" ], "doc_id": "ocr_583", "problem": "\nwhat is written in the image?", "solution": "ANKBNIG", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000218145.jpg" ], "doc_id": "refcoco_631", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy in hat?\nA: 73%\nB: 49%\nC: 81%\nD: 65%\nE: 41%\nF: 57%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/hr_23.png" ], "doc_id": "visual_search_1207", "problem": "\nWhich building has a red and white striped antenna on its top?\nA. The building with the Helaba logo\nB. The building with the DB logo\nC. The building with the Commerzbank logo\nD. The building with the Deutsche Bank logo", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000371486.jpg" ], "doc_id": "refcoco_965", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by pasta dish?\nA: 41%\nB: 65%\nC: 73%\nD: 81%\nE: 57%\nF: 49%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_72.png" ], "doc_id": "rotation_game_713", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 50°\nB. 30°\nC. 20°\nD. 80°\nE. 35°\nF. 65°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_4.png" ], "doc_id": "rotation_game_431", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 110°\nB. 125°\nC. 130°\nD. 105°\nE. 120°\nF. 115°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/maze/134.png" ], "doc_id": "maze_1004", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLUURRULDRULDULRDRRULRRUUURRRDULRDULDUDULDUULLDDUUUDLRRULDDLUURDRRURDURDLLLDRRRURURDLDULDLDDRURRLDDLDLLURDUUDUUURLLRULDDURLDUDURRLDLDDDLURRUUURRRRRDLLRRDLUUUULLLURULRUDLRUUDRDLLDRLULRDLRLLLUUURRDLUDUULUDLULDLDDURLRUDURUDUDDLLDDDRRLLDLULRUURRURRUURUDDLDDDRLRDDRDLUDRRDURRRULRDRDDDLUURLULLUDLUDRDLRUDDURRLRLURUDDLDDUDDUUUULDULDRDRLDUUDDUDUUUUUDRLURRDUURDLRLUUUUUDULDUUDRDRRUDURDDUURRUDLRDLLDRRLLLURUDULURDDURDRDUDRDLDRLUDLRUUDDRLRDULRDLLLDRULUDUDDRURRDDRDLDDDDUULLLDRDURLDUURURUULLRRUDUUUDLLLLUUDRUDDURLULLUDDULUUULRDUUDRDDRRDLDDUDRRLDDDRUURLDLRLURDRDLLRLLRRDLLRLLLDLDDLRRRDDRRLDURDRDDLDUUUDRDRUULLDLDLUDUULDLDDULUURDRLRLDRURDDURRDUUDLDDLDRUDRDRULRDLDULLDDRDLLUDUDLRLUUDRLLRLDDDUDUULRDULRDULRUDULURLRRDLDDDRRUR\nB. URRLRLULDLRLDRRLLLRLRURDLLRRLLRDUDDURDUUURLLUUULUDDLDUDLUUURRRRLLUDDRDDLLURUURLRRUUDRRUDRRDUDRUUDURDDLUDDDLLUULDRDURLDDLUUDDUUDLLRULDLUDRULRDULUDURLRLDRDRUDLLLURDLRRDUDDUDULUDDDLLUDURLDLLULLDDDUDRDLURDRRUUUUDRRULRLDURULDDDLRUDRLUUULDLDLRDRRRLRURDRLRDDLLLLRLDDUDLDLRLURUDUUDLLDDDDULLLRRLRRLUDUDDLDRUULRUDLUUUDLUDRURRURDUULLLLULRRUULRLRUUDLDDUDDRUDRULDURURURLULLURRLLULUDRUUDUUULDLLDUDLDDRDDDUURUDUUDULUDUURRULLDUUDLRLLURRDDDRURDUDURDLLLLUULRUDRUURDRDRDDRUULLLURLLDULLDLDUDLLRDRLURURLRRLDDRLRULDUDRDRRUULULDLURDRUUULUDDRLLLDLDUDLLUDDRUDRRLLUDDDLLRDRRRLDLRRDRDDRDRDUUDULLURUULLURDRUDDUDLLULDDRDDLRLRUDDRRUDURLLLRDRDULRDRRRUDUUUURURDRDDRUDDLULLUULUUDRDUDLURLDURRLRUUDURURUDRURUDRDUDLUURULLRRDURRRDDUDLLDLDLURRULU\nC. RDRRDRRDUDRDDRLRDDRDRDRDDRDDDDUULUDLRRDRDDRRRRDDRDUDURDUDRDRDDRDDUUDDDDDRDRRDRRRRRRRRUDUDDRDURRDRDRDDDRDDRURRRRRLDDDRRRDDDDDDRRDDRRDRRDDRUDDDDRRDDDUDR\nD. RDDDRDDLLLLUDRDRDRRDURRDRDRDDRRLDDDUDDRRRRRRDRRURDRURURRDLDDRDURRRDDDRUDLRLURUUDRRDRDRRDRRUDDDRRDDRRRUDDRDDRDUDRDUURDDDDUDRLDDDRUDDDDRRRDDLDDDRLRDLDRDRDRDRURLDDRRLLDRDDRRDDRUURRRRUDDDRDDDDRUUL\nE. RDRRDDLDDLRRRDLDULRRRLULRRDUDDDDDRDUURDDRRRRDRDDDDRDDRUDDDDDDDDRRDRRRRRRRRDUDRLLURRDRRRDRRDRLDRRURLRDDRUDDRDDDDURDRDRRDDRDLRRRDDDUDUDRRRRULRLRDDDDRRDRRULDDDDRRRLUDRRDRDRLRLDRLDDDRR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000238007.jpg" ], "doc_id": "refcoco_802", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by the vegis?\nA: 77%\nB: 61%\nC: 53%\nD: 93%\nE: 69%\nF: 85%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/41.png" ], "doc_id": "math_982", "problem": "\nExtend the following six vector lines in figure, which vector is the shortest distance from point D? (From left to right)\nA. First vector\nB. Second vector\nC. Third vector\nD. Fourth vector\nE. Fifth vector\nF. Sixth vector", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/55.png" ], "doc_id": "maze_303", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. ULURUURDDDDUURLLDURDDLLRDRURDRRLDDDRRDDUDDRRDRRDDDRDUDDDULRDRRDRDDDDDURUUDRURDRDRDRDLUDDRRRRDDLDDUDLLUDRDUURRRRRDURULL\nB. DDRRRRRRDDDDLLUULLLLDDDDDDDDDDDDRRDDRRRRRRUULLUUUURRUULLUURRUURRUUUULLUURRRRDDRRRRDDLLDDRRDDRRUURRRRRRDDLLLLDDRRRRDDDDLLLLLLDDRRRRRRDDDDDDDD\nC. DDUDLLRDDRDDRRURRRURRLUDUULRRURRDUDRUDULLLRLDDDDLLRDURUDRUDDDULDDDDRLLDDRURDULURRDDDRLDLRUUUURDDDRRDLDRDULDURRRRDRRDRDRDLLDULDLDUDRLUDLRURRDRDRDDDRRRURR\nD. DRDRDRDRDUDDDURRLRDUUUDDDLDUURDULDDLDULLUDDDRRULDLLDURRURDLDUDLRURUULLURLDDLDURUDLLRULRDUUULRULRDUDLUDDLRUDLDDLUDRRULLUDUDUULUUDDDRURDURDRLRLDDURDRDUDUDDUDLRLUDLRLRRD\nE. DLDURLUDLLLRLLDUDURRRULRRDRDLULURLLDLULRDDURUUDDURLLURLDLULLUDUDLLUULLLULUULDRLRRRURDUUUURUURRRLRLDLDDDDRDLRLURLLDUDLRRDUDDUDURUUURRRDURUULURLLLLDDRRDDURDURLRLDURLLR\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/75.jpg" ], "doc_id": "word_search_1114", "problem": "\n图中有多少个吃字？回答一个数字，例如1，2，3。", "solution": "7", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/21_left.png", "TIR-Bench/data/spot_difference/21_right.png" ], "doc_id": "spot_difference_1146", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "1, 2, 6, 12, 14, 15", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_107.jpg" ], "doc_id": "jigsaw_419", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[15, 19, 26, 20, 35, 17, 9, 22, 1, 16, 4, 7, 29, 27, 21, 14, 34, 2, 8, 11, 25, 31, 30, 5, 3, 23, 33, 28, 10, 36, 18, 13, 12, 6, 32, 24]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/75_left.png", "TIR-Bench/data/spot_difference/75_right.png" ], "doc_id": "spot_difference_793", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "8, 10, 12, 13, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/art_3.jpg" ], "doc_id": "visual_search_317", "problem": "\nHow many grapes are there in the picture?\nA.27\nB.28\nC.29\nD.30", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/67_left.png", "TIR-Bench/data/spot_difference/67_right.png" ], "doc_id": "spot_difference_520", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "6, 10, 11, 15, 17, 18", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/contrast/12_low.png" ], "doc_id": "contrast_1095", "problem": "\nHow many people are in the image?", "solution": "4", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_85.jpg" ], "doc_id": "jigsaw_128", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[21, 23, 6, 16, 19, 18, 25, 17, 2, 10, 5, 11, 14, 7, 13, 3, 24, 1, 12, 9, 4, 20, 15, 8, 22]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/130.png" ], "doc_id": "math_855", "problem": "\nAs shown in the figure, how many intersection points are there between the extension of CD and the function f?", "solution": "4", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/56.png" ], "doc_id": "maze_733", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDRUURLRRDRUDLURDLLUDDUDUDDDUURDDURDDLDRDDUDDRDDUDDRLDDRRRRDRRLURULRDURRRRRDRDDLUDRRDRLDDLRDDRUDURRUUDRRLRLDRDDDRLDURRUDRDLDDUDUUUUULDDDLD\nB. LUDRLRDLRRRDRDLRDRDRDDDLRUDURLDRRLLUURLDLULDDDDDLRRRLRDRRLRDRDLRDRRULLRUURDDDLDRRDLDDULDUDRDRLDRRRRRRRRLUDLRRLURRDRUDDURRLRDUDDLRRDR\nC. UUURURLUDUULDDUDRDUDRRUULUDURLLRDDRRLLUULLDLDLLUULUDRDUDUDRDUUDUUDRRRRRRURLRDUDUDLRRUUURUDRUDLLDULUUUURLLDUDLRRRULRRL\nD. RRRRRRDDRRUURRRRDDRRRRRRRRDDRRUURRDDDDDDDDDDDDLLDDRRDDLLLLUUUULLDDLLDDLLDDRRRRRRRRDDLLLLLLLLDDRRRRRRRRRR\nE. DDRUULLDRLRURRLDRUDDRDDDLLRLULLULDDLRLUURDDLLDLLDRDDUDRDDDURULDLLRLRUDRLRDDDUDLLRLRLDRLRRDRRRUUDLRRRUUULDRRRLDUDUDLLLLDLDDURDDUDLU\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/96.jpg" ], "doc_id": "word_search_1058", "problem": "\n图中吉字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[6, 2]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/symbolic/dot_shape_7.png" ], "doc_id": "symbolic_1063", "problem": "\nHow many shapes are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "25", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/maze/53.png" ], "doc_id": "maze_681", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRRRRDDLLLLLLDDRRRRDDDDRRRRUUUUUURRUURRRRDDRRRRUURRDDDDLLDDDDDDLLDDDDRRRRUURRDDRRDDLLDDDDRRDDLLDDRR\nB. LLRULUURDRLLDLRDRURUUDDDULLRRDLURUDRDUUDRDRRDDDUDRDDUDUULUDRDLRLULLRLLUDLLLURDDDRRLRRDDUUDLDUUURLLULUUULDRUUULULLLU\nC. RRUURUUUDDRDRLURDDDRUDRLUDLRUDLLRLUURDDULLRUUUULRDULRUDLRDDRURDDLLDDLRLLLLUDDDLUULDURLLRUDDDRLLLUURURLULULUUDDDRRDRRDDLRRU\nD. DDDRLDRDDDRRRUDDDRRRDRRURULRURURLDRDUDULDRDDLRDDRDDDRUUULLDRLDRDDRLDDUDRDRDLRRLRRDDLRDURUDRRUDDDUDRRLRRURDRDULRURUDLDL\nE. RRLLRRDDLULURUUDRRDUURDRLRDLDDDUDDLDLDRDDDRDURRURRDRLLDRLRUDRULUUDDDRDDDRDDRRRLRRDRDRDUDDDRRUDDRURDDULRRDULRUUDRRDURDLUDLRDDDR\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/75.png" ], "doc_id": "math_775", "problem": "\nWhen x = 3, y is closest to ( )\nA. 7\nB. 7.5\nC. 8\nD. 8.5\nE. 9\nF. 6.5", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/46.png" ], "doc_id": "maze_442", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. ULDURULLUUDDLLDLDRLLDDURRRRUULRURLULRUDRRUDUDDURUDRLLUDLULLURRDLDRRLULURURUDRDRRULUDDRUDRRULLDLRRULDRDRDURRDLDUDDDRLRURUDUDRULRDDRDDDRUDUULDULDDLDULDDRRRULDUDRDDUDRLURRLLLLURRRRRRDDU\nB. DUUDRURRDDRDRDRDDLDRDRLDRRDRDUURLLRDLULDDUUDLDRLUUULRRLDDRRRRRUUDDRRRDDURURLLLRRLDRUDRDURLDLRDDUURDULRDDLDRLURURLDDDRDDRDRRDDL\nC. UDLLDULUDUUDUURURDUDDLRUDRURRDDRDRLRURRLDRURLRLDUDULUUDRULLUUUUDLUURDUURLUDDRUULRUULLLLLRDUDLLURRURRLDRLLRRRUULLLRDLRRDLRRDRRDDDLDLRRUDRRLUDUURLRLUDRDRLULLULDULLLLLURLDLDLRRLDRRRLURURRUUD\nD. UDULRURRRRLDDDUDDRDDRRUUUURURLUURDLRLURDDDDDRRDUUURLURUDRLDDDRLDUDRLDURRURDRDDLRLRLRDRLDDDUDRLDURDDDDLLULDURUDDRDUDLDDDRRRDUDRDDRRURUULDLDDR\nE. DDDDDDDDDDRRRRUUUURRRRDDDDLLDDLLDDRRRRDDLLDDDDRRUURRRRDDRRRRUULLUULLUUUURRRRUUUULLDDLLLLUUUUUULLLLLLUURRUURRDDRRUURRDDRRUURRDDDDLLLLDDRRRRRRDDDDRRDDDDLLDDRRDDDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/145.png" ], "doc_id": "maze_373", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDDDDDRRLRLDDRDRDDRRRDUDRUDDDRRULULDDURULDRRRRDRRLDDDLLDDDDDRRDLDRRDRURRLDDRDRRDRDRRLDUDRLRRRDDDRLUDRRRDDLRUDDUURURDRRUDURDDRLDRRRRDDLDDRLUDDDLRDRRRRDDDRDDDDDRDURDRDDLDURRRRRRRURDDDDRRRDRDDDDDRURUDDDRUURRRUU\nB. DRLUDUDLDUUUDRUULDULDLDDLRDLUUDUDRUDUURUULLLDLUDLULDDDURRDULLRRURDLUDDLLUDDRDURRLLDLURRDLURURUUDDDDLLDRRDDRUDDRUURLRDDLULDULDLDUUULRDDUDDDLRRLDLULDLLLULULLRRLDULUUUDDUDUDURRLURLRDRURDRLRLRDRRURRURRRLURLLLLRLLRDULRLLLURDLDDRURDRRDRRULURLLDLDLRUDLRLDDLLLURDRLRURLUDLRLUDDLLLLUUUDDDURRUUUDDUULRLRDLULRUDRURUDDLLLDRRLRUDDURRULRDRLULLRDLULDLRULDULDRULLRDDURLLLRDRDUDRURRRLLRRRURDLLLUUDDRULUURDDURURLDURURRURDUDDLLRRDURRLDLULURDDLRUULLDDDUUULUDUULRRUUDDDULLRRLUDURLLDRLUUDLRDDRRRLRURLLDLLRULURLUDURURRDLDDUUDLULDRLLULDDRURLUUULUUDDRRDURUDUUDLDDLLLURRDURDDURRLDULRLUDDURLDLULDRDUUDDRDRUDLUDUUDRDDLLUULRRLRULUDUUUDRDRULULURDRRUDRLUDDURURUDLRDULLDDRLUDRDRRUDLDDRLLRRUDLRDDDRRURLULUDLRLULURDULDDUDLLLRDDDLLURURLLURLDRLDRDURURDDDRDUURRLULLDLURDRRRRRDULLDUDDRDRUDDRRLRLDRUUUDDRRUUUUDLLDURLUURUUDURLUUUDRRLUULDRRRRUUDURRRRDLRUDLUUUDUDLLRRDRLLDLDUDLRUUUUDLULLUDLULUDDRDLUDRLLDDLULULULLDDLULLRURDDUDUULUUDRDLUDLLLLLDDURRRDULRULDUULULDRRDDURLRDLULURLLRUDDUUUDURRLURUUURDLRRLLDRDDUDRLLLDUUDRDDRURRLDRDUDDDRRUURUUDLRRUDDLDLLDRUUUULLDDLRDUDULRLUULLUURRLLLULDDLRDLDUUDRULRRDLRLDDUDLRLLLLLULUUDLLDRRURLDLRRU\nC. RRDDLULLRLDRDDDRDURLDRLDUUDRDDDLRLRDDDRUDDRDLDRRRRDRRDDDDDRDDUDDDDDRDRDRRRDRRRRDDRRRDDURDDRDDLURRRRDDDDDRRRRRRRDDRRDRLDDRRDUURRDDURDDRLRDDUDURDRRDRRLRURDURRDRLDDRRDRRDDRLLDDRURDDRRRLUDRRRD\nD. DUUDDDLLRRDRRLDRLRRDRULLLLRDDLULDLLLRLLLRUUDDDRDUDDRUDRULLUUDDLULLRDUDURRDUUDDUDDLDDUDLLDLURRUURRUUDDLLLURDDLDLRDUULLRDRUDLLRUUDRULLURLUURLDLUDUURULLDDLULDDRUURRURUULDDLRDDULDRDDLRRDDLRRULDDRUDRLUURDLDLLDDURLDRDUURRLLDLDULUDLDRRDRUUURULRLDLDDRUUDLRUUULLLRDRDUDRDDLDRDDRUDRUURUURLLUDRULLUDRUDUDRDLRDRDLLDURDDRDDDRRRLRLDDUDRRLLLLLDLRRDDUUURUDUDLRUDDDRDLRDLLULUDLRRDRDDLDRULDLDLUULLRDDDRDRLUDUDDLLRDDUURRRRRDRLLDRRRDLUDDDRLLUDLDDDLULLDUULULUUUUULURDDURUULUDLURULLRDLLDDLDUDUDUDURDUULLLRDRDLDRLLLDUUULUUDDLDDUUUURRRUDURRLLLRDLUUDULDDURDLRDDRLDDUDLRDLRRULRDDDUUDURUUDRRDLURUDDDRRRLLUDDLURDLDLULLLLDRDURLLUDRRRULULUURLDDDDLLRRLUUDRULLRRRLLDDRRURRURDUUURRLUUULDLDRLDURULURULUUUUULURDLDLLUUDRLDLRRLDDDLLLDDLDRULDLDDRDRDUDUDLRRUDDRLURRUDDUDLUULLLRULLUDLRLRDURLDDLLURUULLLRUDDLULRUUDULUURRLLRLDDDLDUDRULURDRRRUUUUDULRRDDRDDLUDRLUULLRRLRRLUDDRLURDDDLUUDRUDLLLDULLRDRLDUDDDDUDUURDDULDULLULLLLLLLULUUULDRLDLLLRURRRUDRLULLULURDRRRRLDLUUDUDULUULLRLRDRRULDULRURLLUDRUUUDUURRRLLRLDLDDRUURRLDURLDDLRRRULRULDDLLRDLRULDLDDLDDLRURRDDUULURRURLDLURULRLUDUDRLDUUDUUURURLRURUDDLLDLDDLDLULURRLDLRLULLRLRDLDDRDL\nE. DDDDRRRRUUUURRDDRRUURRDDRRDDLLLLDDDDDDLLUULLUULLDDLLDDRRDDLLDDDDRRUURRUURRRRRRDDDDDDDDLLDDDDRRRRDDDDLLLLLLUULLLLUULLDDDDDDRRRRDDLLDDDDRRUURRUUUURRRRDDDDDDRRDDDDLLUULLUULLDDDDLLDDRRDDLLLLUUUUUULLDDDDDDDDRRRRDDLLLLDDRRRRRRRRDDLLDDLLLLUULLDDDDDDRRDDRRRRRRRRRRRRRRUULLUULLUULLUUUURRUURRRRUULLLLLLDDLLLLUURRUURRRRUURRDDRRRRUULLUUUULLUUUULLUUUURRDDRRUURRDDDDRRUUUUUUUUUURRDDDDDDRRUURRRRUURRDDRRRRRRDDDDRRDDRRUUUURRUULLLLUURRRRRRRRRRRRUULLUURRUURRUUUURRUUUUUULLDDLLDDLLUULLLLLLUULLUUUUUULLDDDDDDDDRRDDLLLLUULLUULLUULLDDDDDDDDLLDDRRDDRRDDDDLLLLUUUULLLLUUUUUULLLLUURRRRRRRRUULLLLUURRRRUUUUUURRDDDDRRRRRRUUUURRUURRDDRRDDDDDDRRUURRRRDDLLDDRRRRUURRUUUULLLLLLUULLUURRRRRRDDRRUURRDDRRDDRRRRDDDDDDDDDDDDLLLLDDLLDDDDRRRRUURRDDDDDDDDLLLLLLUULLDDLLDDLLUULLLLDDDDRRDDRRDDLLDDDDRRRRUURRDDRRUUUURRRRRRDDDDLLUULLDDDDLLLLLLDDLLDDDDDDLLDDLLUULLLLUURRRRUUUURRUULLLLLLUURRRRUULLLLUULLDDLLUULLUULLDDLLLLLLUULLLLDDDDLLDDDDDDRRDDDDDDRRUURRRRUULLUULLUURRRRRRDDDDRRDDLLDDDDLLUULLDDDDRRRRRRDDDDLLLLUULLLLUULLUULLDDDDDDRRRRDDRRRRRRRRRRUUUUUURRRRUURRRRDDDDRRUURRRRUURRRRDDDDRRRRRRUURRDDDDLLLLDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/36.png" ], "doc_id": "spot_difference_202", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "1, 3, 5, 6, 10, 12, 13, 17", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/word_search/47.jpg" ], "doc_id": "word_search_687", "problem": "\nIn the figure, in which row and column does the letter t appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[39, 42]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000298983.jpg" ], "doc_id": "refcoco_839", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by right hrse?\nA: 7%\nB: 31%\nC: 39%\nD: 23%\nE: 15%\nF: 47%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_51.png" ], "doc_id": "rotation_game_552", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 25°\nB. 55°\nC. 85°\nD. 70°\nE. 35°\nF. 40°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/contrast/13_low.png" ], "doc_id": "contrast_533", "problem": "\nHow many posters with people are in the image?", "solution": "2", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_32.jpg" ], "doc_id": "jigsaw_1080", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[13, 16, 15, 2, 5, 1, 10, 9, 7, 4, 11, 6, 3, 12, 8, 14]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000387717.jpg" ], "doc_id": "refcoco_732", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by the bottom half of pizza?\nA: 61%\nB: 45%\nC: 85%\nD: 53%\nE: 69%\nF: 77%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/new_11.jpg" ], "doc_id": "visual_search_990", "problem": "\nWhich one of the following is a sponsor for the runners?\nA. Addidas\nB. Nike\nC. Puma\nD. Cannot be determined", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_60.png" ], "doc_id": "rotation_game_261", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 215°\nB. 245°\nC. 230°\nD. 185°\nE. 195°\nF. 200°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000510680.jpg" ], "doc_id": "refcoco_1145", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by right side bananas?\nA: 34%\nB: 18%\nC: 42%\nD: 2%\nE: 26%\nF: 10%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/69.jpg" ], "doc_id": "instrument_591", "problem": "\nWhat is the stopwatch second reading in the image? Provide one decimal place (e.g., 1.1).", "solution": "59.5", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/color/38.png" ], "doc_id": "color_395", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 26 (B) 28 (C) 38 (D) 58", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000444651.jpg" ], "doc_id": "refcoco_743", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by top left?\nA: 34%\nB: 18%\nC: 10%\nD: 2%\nE: 42%\nF: 26%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000142322.jpg" ], "doc_id": "refcoco_524", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by small toy?\nA: 15%\nB: 39%\nC: 47%\nD: 23%\nE: 31%\nF: 7%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/82.png" ], "doc_id": "maze_621", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LURRURRUDUDDULRUUURLLRUDUUUDRRUUUDURRRULUDDUDDUDLLUUDLUDURDDDDRDLLLLLDLULRDUULLDRRDRLURLDLLUDULLURDRDRDRRRLURDUUDDUDLUDLLLRDRDLRUDLLRRUDLLRRLRLDDRRLLLRLRULLDDRRURLLDDLRULLUUDURRUDDLRRLDUDLULUDRRDDDLLDDRDRRLUULLRUUDRUURDDDDLDDUDRDLDUDLRDDRDRUDLDURDRUDLDURRRLLUULRUULLDRLUULUDDDRRUDURULLUULUDUUUDRDUDRULLLUUDRULRDDLLDRUURRRLDLDULDRLLUUDLRDUDLDRRL\nB. RRRRRRRRRRDDLLDDLLDDLLUULLUULLDDDDDDDDRRDDRRUUUURRRRRRRRUURRDDRRDDLLLLDDLLLLLLDDLLLLDDRRDDRRUURRUURRRRRRUURRDDRRUURRDDRRRRUULLUULLLLUUUURRDDRRRRDDRRDDDDRRRRDDLLLLLLDDDDRRDDDDLLLLLLLLUURRRRUULLUULLUULLLLDDLLDDRRDDDDDDRRDDLLDDDDDDLLDDRRRRUURRDDRRRRRRRRRRUULLLLUULLDDLLUULLUURRRRUUUURRDDRRRRRRUUUURRDDDDRRUURRDDDDDDLLDDLLLLDDRRRRRR\nC. URLRLRDDRDDDLDRDLDUDULDLLDUDDDRUDURURUUULUULLUDRRDUULLURDLRLDDRDUDDDDRRUDULDDRLRLRDRURULDLLULULDLDDUDLDLDRUUDDLLRRLLRRULLRURRRLRUDRDDLULDRLDRULULLRDLRLLRLUUDLRRLURULDUDRURDRURLDDDLRRLDUUDULDRUULURDLDRRUUDDDLLRURLUUULRDDRLLUDRLDRLUULDLRRLUDURRDUDDUDLRRDRLRLURURLRRULUULLDRUURDLURLULDDRLULLLRDDDDURDRUULLRLDDLRDRDURUDUUDDLUULDDURLULULDDRLURUULLDLULR\nD. DRULLRRDRURDLURDDDLRLDUDDUDURRDRLRRRRDDRDRDUDDDRRRRDDDDURUDUUDRDDRDLDLDRRDDLDLDRRRRLDDDRLRDRDDRRDDRRLLDRDUDDDDRDUDULRUDLRRUDDRRRURRRDRRUDRRDUUDUDR\nE. RLURDRDRLRURRLDDRRDDRLRLRDDRLDRRDUDRUDRRUURDRRRLRLDLDURDRDDDRUDDDRDRRRUDRDDDLDRDDRDDDRDDDRLDUDDDUUDLRRDDRDULULUDDLDURLRLRRRRDLUURRDRRRURRDDRLDDDRURRDDRL\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/40.png" ], "doc_id": "spot_difference_447", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "4, 6, 7, 9, 11, 15, 16", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/31.png" ], "doc_id": "color_1055", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 25 (B) 28 (C) 34 (D) 38", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/68.jpg" ], "doc_id": "instrument_354", "problem": "\nWhat is the stopwatch second reading in the image? Provide one decimal place (e.g., 1.1).", "solution": "5.6", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/art_16.jpg" ], "doc_id": "visual_search_445", "problem": "\nIn the fresco above the Pope, what is the color of the shirt/jacket worn by the figure on the right?\nA.red\nB.white\nC.yellow\nD.black", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/85.png" ], "doc_id": "maze_611", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDDLDLDRRDRUDUURDRDUUURDRUDDDDLDRUUDUDUDRRRDRLLRLLRDRLDRRDDRLRDRRUDDRURDDDRUDRDRDLRRLUDDUDDDRULRDRRLLDDUDRDURDRDDDDDLDUDRURLRRDUDDLRRRRLUUDRRDLDDRRRUUDDRRDRRLDDLRDLURRRR\nB. DDRRUURRRRRRRRRRRRDDDDLLUULLLLDDDDRRDDDDRRUURRUURRRRDDRRRRDDRRDDLLDDLLLLUUUULLDDDDDDLLUULLUULLDDLLUULLUUUULLUUUULLLLDDRRDDLLDDRRDDRRDDRRDDDDLLUULLUULLDDDDDDDDDDRRDDLLDDRRRRRRUURRRRDDRRDDRRDDDDRRDDRRRRRRRRUUUULLDDLLUUUUUULLLLLLUUUUUULLUUUURRRRDDRRRRRRDDRRDDRRUURRUULLLLUUUUUURRRRRRDDDDRRUURRDDDDLLDDLLDDLLDDRRDDLLLLUULLLLDDRRDDRRDDRRRRRRDDLLDDRRRRUURRDD\nC. DDULRDULDRRDDLRRRDUDDRRRRDRRDUDRRDRDDLRRDRULDRLLDRLRLLRRDDULURDRDRLRDDRRDLRLRDRDLRDRDRUUDRDDDRDRURLLRDUDRDRRDDDRRRDUDDRDDDRURRDUDRDDRRDU\nD. DDLDRDRURLRUUDDLDLLDRDURURLRUDRRRLRLDLDDDUURDLRRRDUDDLRLLDDLLLLUURRUDDRLULDUDLRDULUUDLDLLLLUUDDLRDLLRRUUDLLLULLRLLUDRDDLRULURDLULRRLRLDLRDURDRRLDLRRLLRRRLLRRURLRUUDDUDLULRUDDLDDLLDURLRLUDRDULDLDUURRUDRDDRUUDRUDLDDURDLUUDLURRRRDLURLRULLRLUDLRLUDLRLDDLRRLULURDDUDLLRRDULDDUDUDLRUDURRRLLDLLUDURLRDLRLRRURUURDLUDLURUURLRURDRURLRDRLRLRLLLULRRLUUDRLLRDDUDURDDLUURRRDDLRUDRUDDUDDDD\nE. DLDUDRDRRDDRULRLDDRDRRDRDRDRURRLLDDDDDDDDDLRDLRRUDDRDRLLRRRDDRURRLDRDDDURDDRRRURDDUDURUDUUURRRDRUDRRRRDDRRRRDRLRDLRDRDDURDRLDLDDLRRRRLURLDDRLL\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/52.png" ], "doc_id": "math_1006", "problem": "\nWhen x= 68, the difference between Aqua and Cyan is about ( ) \n A. 20 \n B. 22 \n C. 24 \n D. 26 \n E. 28 \n F. 30", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/symbolic/edge-count-9.png" ], "doc_id": "symbolic_787", "problem": "\nHow many edges are there in this polygon?\nA.16\nB.20\nC.24\nD.28\nE.32", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/visual_search/temp_23.jpg" ], "doc_id": "visual_search_988", "problem": "\nWhich lantern text listed below is furthest from the woman dressed in purple?\nA The leftmost lantern labeled ブリエ\nB The rightmost lantern labeled 株式会社 牛長\nC The fifth lantern from the right labeled 御神燈\nD The leftmost lantern labeled 甚政\nE The rightmost lantern labeled 御神燈", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_48.png" ], "doc_id": "rotation_game_595", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 140°\nB. 135°\nC. 165°\nD. 175°\nE. 145°\nF. 155°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/35.png" ], "doc_id": "math_183", "problem": "\nWhen x=56, Periwinkle - Aqua = ()\nA. 1\nB. 1.5\nC. 2\nD. 2.5\nE. 3\nF. 3.5\nG. 4\nH. 4.5", "solution": "G", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/17.jpg" ], "doc_id": "word_search_902", "problem": "\nHow many times does the letter q appear in this image? Answer with an integer, such as 1,2,3.", "solution": "11", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/5_left.png", "TIR-Bench/data/spot_difference/5_right.png" ], "doc_id": "spot_difference_851", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "8, 9, 12, 13, 15, 16, 17, 19", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/word_search/58.jpg" ], "doc_id": "word_search_29", "problem": "\n图中令字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[40, 23]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/136.png" ], "doc_id": "math_340", "problem": "\nAs shown in the figure, draw a perpendicular from point A to BC, with the intersection point being D. Then draw a perpendicular from point D to AB, with the intersection point being E, and another from point D to AC, with the intersection point being F. Measure and determine: which of the following triangles has the largest area?\nA. ADE\nB. BDE\nC. ADF\nD. CDF\nE. No answer", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/91.jpg" ], "doc_id": "spot_difference_1002", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/art_15.jpg" ], "doc_id": "visual_search_696", "problem": "\nHow many people are walking side by side in the farthest distance?", "solution": "3", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/24.png" ], "doc_id": "maze_410", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRRDDLLLLDDRRDDLLDDDDDDRRUUUURRRRUUUURRDDDDRRDDLLDDRRRR\nB. LDRDDRRUUURUDRRDRRRURULRDLDLDRLULRDURRDULRRRUDLLURDURRDDLUDRDRDUDDDDLLRDRLDDDDLUDR\nC. RRRDRDURRLRDDDRRURLURRLLLLRRRDURLULRDDLRRLDDULLRUDDULDRUULUURDRDRDRULRLLL\nD. LRRUDLLLDDUDUDLDRRRDRDDLDRDUUUUDRURDUDULDLRLDRRDDURRRUURRLLLDDRLRDRUDURDRRDDLLLRDRDUDRLRRRRDLLLUURDLULUDDDRUDURLRRDUUD\nE. RDLUURDLDDUDLLDRURDRLDRLRDDDDRRLRUDURRDUDLRRDRULRRURRDLLUDURLUDULULRDLDLRRUDRULRDLRURRRLLLRLLRDRLLUDDDLDDDRRLRUDRDRRLULDLRRRURLRDU\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000291493.jpg" ], "doc_id": "refcoco_522", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by the half in front?\nA: 44%\nB: 12%\nC: 28%\nD: 20%\nE: 4%\nF: 36%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/symbolic/nested_square_10_4.png" ], "doc_id": "symbolic_657", "problem": "\nHow many nested squares are there in this image?\nA.8\nB.10\nC.9\nD.11\nE.12", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/visual_search/hr_10.png" ], "doc_id": "visual_search_360", "problem": "\nWhat color is the neon \"OPEN\" sign hanging above the items for sale?\nA. Yellow and green\nB. Red and blue\nC. Blue and green\nD. White and blue", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_16_3.png" ], "doc_id": "symbolic_942", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "16", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/symbolic/edge-count-5.png" ], "doc_id": "symbolic_72", "problem": "\nHow many edges are there in this polygon?\nA.12\nB.13\nC.14\nD.15\nE.16", "solution": "E", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/math/14.png" ], "doc_id": "math_997", "problem": "\nThe minute hand has been erased in the picture. Based on the hour hand, the minute hand should approxemately point to the number ( ). Answer with a single number, such as 1, 2, 3.", "solution": "3", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/ocr/82.jpg" ], "doc_id": "ocr_337", "problem": "\nwhat is the number in the image?", "solution": "3818", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/instrument/72.jpg" ], "doc_id": "instrument_409", "problem": "\nWhat is the reading of the large-circle pointer in the image? Provide one decimal place (e.g., 1.1).", "solution": "11.8", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/word_search/98.jpg" ], "doc_id": "word_search_198", "problem": "\n图中小字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[13, 4]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_1.jpg" ], "doc_id": "jigsaw_676", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 8, 2, 4, 6, 1, 7, 3, 5]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_58.jpg" ], "doc_id": "jigsaw_25", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[16, 10, 1, 8, 2, 7, 9, 12, 5, 3, 15, 14, 4, 6, 13, 11]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/96.png" ], "doc_id": "math_1097", "problem": "\n如果图书馆到学校的距离是400m，则按照比例，学校到体育馆的距离是（ ）m。\nA. 900\nB. 800\nC. 700\nD. 600\nE. 500\nF. 400\nG. 300", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/101.jpg" ], "doc_id": "word_search_234", "problem": "\nHow many times does the number 8 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "4", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/75.jpg" ], "doc_id": "instrument_313", "problem": "\nThe reading of the pressure gauge on the far right of the second row is approximately () bar. Provide one decimal place (e.g., 1.1).", "solution": "1.3", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/11.png" ], "doc_id": "maze_359", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDLRRDDDRRDLLRULULRDRDDUDRLDULDURLRDRDLUDUUUUDULRUURRRLRRULRRUDLURURRLDRDURULLRLRDDRDDDRULDLDRLDRLRDUULRDRDDLUDULRRRDL\nB. RURDDRLRLDDDLDLRRDUDLLUDDRRUDRLDRRLRRDLDURDUDLUDURDULDURURRRLULDUDRLRLUDURDDRULUDRDU\nC. DDDRUUUULLUDUULRDRULRRDUDDURDLRDDRUULDLURLDRUUDDD\nD. LLLLDRRRDRLRDRRRLDURUULUDRLLLDDLDDUUURRDUDDRRRRUDULRDRRDULRURLURUURUDRRDDULDDRRRRLLDLRLLDDUDDLDDUL\nE. RRRRRRDDDDRRDDLLLLLLLLDDRRRRRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/144.png" ], "doc_id": "color_1047", "problem": "\nWhat is closest to the proportion of the color red in the flag? Select from the following choices. (A) 25% (B) 30% (C) 35% (D) 40%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000425721.jpg" ], "doc_id": "refcoco_205", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by green table?\nA: 51%\nB: 43%\nC: 59%\nD: 83%\nE: 67%\nF: 75%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000501177.jpg" ], "doc_id": "refcoco_228", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by kid in front?\nA: 62%\nB: 46%\nC: 78%\nD: 54%\nE: 86%\nF: 70%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/10.png" ], "doc_id": "color_482", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 10 (B) 11 (C) 12 (D) 13", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/79.jpg" ], "doc_id": "instrument_1077", "problem": "\nWhat is the reading of the gauge at the far right of the second row? Provide one decimal place (e.g., 1.1).", "solution": "1.3", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000348302.jpg" ], "doc_id": "refcoco_392", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by women with umbrella?\nA: 38%\nB: 46%\nC: 22%\nD: 14%\nE: 6%\nF: 30%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/word_search/51.jpg" ], "doc_id": "word_search_111", "problem": "\n图中有多少个卅字？回答一个数字，例如1，2，3。", "solution": "7", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/ocr/93.jpg" ], "doc_id": "ocr_719", "problem": "\nwhat is the number in the image?", "solution": "7936", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/maze/137.png" ], "doc_id": "maze_1162", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDURURLRDLLULRDDDRLDDDLLLLLDDUDUDRRRLUURDRULDUUDRRDDUDRDDLLRUUURDDLRULLRRRDURLURDULLDDRDRRDDDRUUDURRRUURRRRRDRLLURLDRLRLRLURLDRRDLLDLUDRULRRLUDDUDDDLULLUUULLURLLLUDLLLRURLRLDDRLDUURRLLDURLURURDDRLURDUUDUUURULLURLRDDLLDULUUDDUURLLDDRUDUUUURULLLDDRLLULLUURDDLLRRDRDRDRRDRLRRDRRDRULURUURDRURLRLDDRRRUDDLRDRULRDLUDRDURDRLDRDLDDRRRRRUDURDRUDURRRDURDLDRRLUDLRDRLRRRLRRDLRULUUURLRURDDDRURULDUURRDDRUDURRULURLRUUDRRUUDDRRLRDLDLLRDLULDURRUUDRUDUDLLLLDRRDLUDLDRLDDUUDRRLURDLDURLLURRDLDDLLLUUDRLUDLURLDDUURLURDDRRRRDDRDLDUUDDRDUUUDRURDDDDRDDLDDLULLRLLDULUUUDRLUULRDRDLLLURDLURLRDRRUDLLURDDLUDLUULLLRRDRLRRURDDRUDLUUUDRUDDDURLUDLRLURLRRUDDDDUURDRUUDLUULRDDRLLLRLDLLLRDRURRDLUUUUULRRLDDLLRRULDRUDLUDURRDURLLDUDUDDDRURLLUULLDRUUDUDRLRLLDLDURUDULDRDULRRDLRRRULULUURDUUUDRDLRRRDURRULDULUDUUUURRLULRURLULLUUDLURRRDUDDRRLLLUULRRRRRLLDDULLLLDUDLLLLURLDDDRLLDUDRLUURULLLDURUDUULLLRRDRDURDDLUDLDLULUURRULRLUDRDLRUUUUDUDRR\nB. UDDDDLRLDDDRUDDRDRLDRRRUUDURRRRDRRRRRDDRDRDRURRRDRRDRURRDDRDDLRLDLRDRLLRLDLLDDLRDDDDRRDRRRDUDUDDRRRRRRDDDURDDRDRRRRDRDRDDRDURRDRUDRDDDRRDRRLDDUDDDDDUULRURRLURLLRDDRRUDDDLLRLDDUDDUDLLDDRUUURRDRLDURRRRDDRDRDD\nC. LRURDDDRURLDDLLDRDUUDDURDRDRLLRRURDLRDDRLLRDDRRRDDDRDLRRRDRDDRDDDRURDUDRDDDRDRURRDDDRRLDDDRDDRRDDRRRDRRLDUDDDRLRDLDULRDURDRDRRDLDRURDDUURRRLDRURURRLUDDRDLDRDDLRLRRURRLRDDRDRRRUUUDDRDLLDDLRRRUDRDDDRRULDDLRDRDRDRRDRLRLRRUR\nD. DDDDDDRRDDDDLLDDDDDDRRDDRRDDRRDDRRDDRRUURRDDRRUUUURRUULLLLDDLLLLUULLUURRUULLLLUUUUUUUUUURRRRRRDDRRDDDDLLDDDDRRRRRRDDRRRRDDRRDDLLLLDDLLDDDDRRUURRDDDDLLDDLLDDLLUUUUUULLDDDDDDLLDDLLUULLDDLLDDRRDDLLLLLLDDRRDDLLDDDDDDDDRRRRUUUURRUUUULLUURRRRRRRRUUUUUURRDDDDDDDDLLDDRRDDRRDDDDDDLLLLLLLLLLDDDDRRRRRRRRUURRRRDDRRUURRRRUUUURRRRRRRRUURRRRRRUURRRRUULLUULLLLLLUURRUULLUULLLLDDDDLLDDRRRRDDRRDDLLLLUULLLLLLUURRUULLLLDDDDLLLLLLUUUUUUUUUURRDDRRUURRRRDDRRRRUULLUUUUUULLDDLLUUUURRRRRRDDRRUURRUULLLLUURRUUUUUURRRRUUUURRDDDDRRRRDDDDLLLLUULLDDDDDDDDRRDDLLLLDDLLLLDDRRRRDDRRUURRRRUUUUUUUUUURRRRRRRRUUUUUUUUUUUULLLLLLLLLLLLLLLLUURRRRRRUUUURRDDDDRRRRRRRRUUUURRUURRRRUURRRRDDDDLLLLLLDDLLDDDDRRDDRRRRDDRRDDDDLLUULLUULLDDLLDDRRRRDDLLLLDDDDLLLLDDDDDDLLLLDDRRDDRRDDRRDDLLDDDDRRDDRRUURRRRRRRRDDDDLLDDLLUUUULLDDLLDDLLLLLLDDLLLLDDLLUULLDDLLLLLLDDDDRRRRRRRRRRRRUURRRRUUUURRDDDDDDRRUUUUUURRDDRRUURRRRDDLLDDDDRR\nE. UUDLURRUULLDURDDURULDRDRULLUUUDUDRURRLUDDUDLUDULUULRURUDDDDDLDRRLLDRRUDRURDRLRDDRUDDRLRDRURRURDURUDULRDURDLDDDDDDDDLLRURRRDDDRUUURRDRUUUDLLRUDUUDUDLUDRLUDULLDULDURUDRRLUDRLLUDUDLLDRLDLURRDLDUDRUUDDULULUUDRLUURDRUUUUDLRRLRLDDLUDRLRLLLRLURULLLRDRURRRDLRRRRDRUULLRLULDUDULDUDDRRLLLLLURRLLLDDDURDLRLUULUURDDDRLDLDUDLDUULDLLLLRRLULURUURURURLRURULRRRUUUDRDRLRLDDDRDDDLRUUDURDRDRDDDUURLLULUDLDULDULRDRDDUDDURULRLUURRRUULRDURURLRLDRRLULRDDDRRUDULUDRRDDLRUDRRDLLDDRDULULDUUULLRURLLLRRRDLRDURDDUUDLDUDRRURLLLLRRLDURLUULLUDRRRDURLRDRDDDRRDLLRRUUULDLRULRUDDDLLDRULRULLLDLDDUDDRDLURURURLLRRURDRLRDULDLUDDDDUUULRRRLUDRLDULDRLRULLUUULDDDUDLLLRDLURRRULULRLDLRDRULURULRRLLDUURULDRLRURURDDUDLUDRDDLDLUULDLRUUURUDRLDDLLURLULDUURLRLLDDRRLUURDULULLULDLDULRLUUDRRLRDLLLRDDDDLUULUDDRULURRDDDRRDRRDDDDURRRRRUDDRLURDLULLURUUDUDRLLRUULDDURRDUURLULULLLLULUDRLRDUDDLDLULLRRRLRUDUDLULURLLRUUDRDLURLRUDDRURDUUUULULULLDUDRRULRDLL\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_29.png" ], "doc_id": "rotation_game_274", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 0°\nB. 20°\nC. 30°\nD. 40°\nE. 10°\nF. 5°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_1.png" ], "doc_id": "rotation_game_1005", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 180°\nB. 175°\nC. 165°\nD. 160°\nE. 185°\nF. 170°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/ocr/35.jpg" ], "doc_id": "ocr_753", "problem": "\nwhat is written in the image?", "solution": "fitnuf", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/color/129.png" ], "doc_id": "color_900", "problem": "\nWhich color takes the largest proportion of the image? Select from the following choices. (A) Yellow (B) Green (C) Orange (D) Red", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/realworld-17.jpg" ], "doc_id": "visual_search_422", "problem": "\nWhat is the price of ビートロ定食 in the picture? Answer with an integer (yen). (  yen)\n", "solution": "550", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/63_left.png", "TIR-Bench/data/spot_difference/63_right.png" ], "doc_id": "spot_difference_341", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "1, 2, 3, 5, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/119.png" ], "doc_id": "color_755", "problem": "\nDo the blocks labeled \"a\" and \"b\" have the same color or shade? Select from the following choices. (A) No, a is darker (B) Hard to tell without more context (C) Yes, one appears darker due to how our eyes perceive shadows (D) No, b is darker", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/19.png" ], "doc_id": "color_184", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 11 (B) 12 (C) 13 (D) 14", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/ocr/78.jpg" ], "doc_id": "ocr_26", "problem": "\nwhat is written in the image?", "solution": "jump", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/maze/93.png" ], "doc_id": "maze_423", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLDURRRRLLRULUDURDRRDLDLDUDUURDLUDDDDDDUDDDDDUDDDURDLDUDURLLRURUULRDUDUDLLRLRRDRDDUDRDURLRLURULDDDRULLRDRDLLDLURURLDRRRLDLRLLRDRDDULULULRDRLUDDRRRLDRUULLUUUDUDRRULURUDURLRULRUULRLURDRDRDDLURUDLURLURUULUDURURRLRULDLRRDDLLLDLUURULUDRLDDULDUUUDRUDD\nB. URDDRLRRDRDRRDUDDRDDDDLDLRRDUDDRLRDRURRRRLDRDDDRDRDURRLDRURRDRDRLRRRDDRDDDRRDDDDRULDRDUDDRDRUDRLDDRRRLDRURRDURRDDRDRRDDRDD\nC. DDDRDRDRDDLLLDDDRLDRLRRURRDRDRLRDDRRDURDURRDURDDLUDRDDLRRRLDRDLUDRDDRDULRRDRDLDDDUDRDDLDDDRLRDRURDDRRUDRLRRDDLRLDLDRRRRRDRUDLURRUDRDRRRRRRRDDRRRUR\nD. DDRRUURRDDDDDDRRDDLLLLLLDDDDDDDDRRUURRRRRRDDDDRRRRDDDDDDLLUULLUULLDDLLDDLLDDLLDDRRRRRRRRUURRDDRRDDDDDDLLLLDDRRRRRRRRUUUUUURRDDDDDDDDLLLLLLLLLLLLLLDDRRRRRRRRRRRRRRRRUUUUUURRDDDDRRDDRRRRUULLUUUURRDDRRUUUURRDDDDDDRRDDRRRRRR\nE. LRDULLLLLRLDLUDRDRLLLRURUDULDDLDDUDRRURRRLUULLLULUDRUURRDRRDURLLRULLRUDLRULUDLLRRLRUULUDUUDUUDDDRULUURDULLUDRRDLULURUDULUDLDRDLUDRLRDRDULRRLUUDURULUDUDUDURLRDLLUUDRURLUUULULULRLDDRDRRUUUURURLRURDDLUUURRLDLLLDURLUUDLDLDLUDUUUDRRLRU\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/54.png" ], "doc_id": "math_182", "problem": "\nThe minute hand has been erased in the picture. Based on the hour hand, the minute hand should approxemately point to the number ( ). Answer with a single number, such as 1, 2, 3.", "solution": "3", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/math/121.png" ], "doc_id": "math_167", "problem": "\nPart of the voltmeter's needle is broken. Based on the remaining part of the needle, the measured voltage is:\nA. 4.7\nB.4.8\nC. 4.9\nD. 5.0\nE. 5.1", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_78.jpg" ], "doc_id": "jigsaw_976", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[14, 8, 9, 12, 24, 1, 4, 13, 20, 3, 2, 7, 18, 5, 23, 22, 6, 19, 25, 16, 17, 10, 21, 11, 15]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/realworld-10.jpg" ], "doc_id": "visual_search_948", "problem": "\nWhat are the numbers shown on the sign attached to the traffic light pole?\nA) 8-20\nB) 7-20\nC) 8-10\nD) 8-50\nE) 0-20\nF) 6-20\n", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_6.png" ], "doc_id": "rotation_game_768", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 160°\nB. 155°\nC. 170°\nD. 150°\nE. 145°\nF. 165°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/word_search/54.jpg" ], "doc_id": "word_search_636", "problem": "\n图中有多少个晶字？回答一个数字，例如1，2，3。", "solution": "12", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/77_left.png", "TIR-Bench/data/spot_difference/77_right.png" ], "doc_id": "spot_difference_1064", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "6, 10, 11, 12, 14, 16, 18, 19", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/145.png" ], "doc_id": "color_574", "problem": "\nWhat is the closest to the proportion of the color red in the flag? Select from the following choices. (A) 40% (B) 50% (C) 60% (D) 70%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/110.png" ], "doc_id": "math_363", "problem": "\nIf the real straight-line distance between location A and C is 300m, Disregarding elevation differences, then the real straight-line distance between location A and C is about ( )m\nA. 625\nB. 675\nC. 575\nD. 525\nE. 725 \nF. 775\nG. 825", "solution": "F", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/30.png" ], "doc_id": "color_106", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 18 (B) 22 (C) 23 (D) 26", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_4.jpg" ], "doc_id": "jigsaw_683", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[8, 2, 7, 5, 4, 3, 6, 9, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000287249.jpg" ], "doc_id": "refcoco_1200", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by blond?\nA: 22%\nB: 46%\nC: 6%\nD: 14%\nE: 38%\nF: 30%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000316557.jpg" ], "doc_id": "refcoco_699", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man all the way left closest to us?\nA: 18%\nB: 42%\nC: 2%\nD: 26%\nE: 34%\nF: 10%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_7.jpg" ], "doc_id": "jigsaw_843", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[2, 1, 5, 9, 4, 7, 3, 6, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/contrast/35_low.png" ], "doc_id": "contrast_367", "problem": "\nHow many portraits are on top of the cabinet?", "solution": "7", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/maze/44.png" ], "doc_id": "maze_911", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDURDULRDURRDRUURRLRURLRDULRDLRRDRDRDRDDDLUDRDLUDRRLDDLRDDRRURDULDDURDLLLRRUUDLDLUDRDRDLRRDRURRDULDUULRDDLLDRDDRURRLDDRDDRUD\nB. LDRRLRDDDDRDLRRDRDLRURDRURRDLLRLRLDLRDRUUDDDDRLRRLRDLRURDDURURRDRLDDLLRDLRRDDLULURRDRLDDRRURDRLRDDUURRLRDRRL\nC. UURLDRLLLRDLDUDRULRRDDRRRDDDUURDUDDUDRLDRULLDRRRDRURRRRLDLURURUDUDRUDUDRULDRDRURDDUDDRLRDDUDRLDDLDDLDDDRRDRRUUDURDDDRUDRLD\nD. DDDDDDRRDDRRDDRRDDLLDDLLUULLDDDDRRRRRRDDDDRRUUUUUURRDDDDDDRRRRUULLUURRRRDDRRDDRR\nE. URUDUUUULDUDRUDULLLUURLLLRURURLURUURLLRDRDLRRDLURLLDUUDDDLRUUUULLRLDRDLRURLRLUDUDLDDRURRLRUDULRDDUDUDULLUDDD\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000168022.jpg" ], "doc_id": "refcoco_374", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by right woman?\nA: 32%\nB: 56%\nC: 40%\nD: 48%\nE: 16%\nF: 24%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000424694.jpg" ], "doc_id": "refcoco_316", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by red truck?\nA: 47%\nB: 15%\nC: 31%\nD: 23%\nE: 55%\nF: 39%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/44.png" ], "doc_id": "spot_difference_43", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "1, 2, 3, 5, 8", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/realworld-27.jpg" ], "doc_id": "visual_search_1107", "problem": "\n大江團鱼的价格是（）。填写一个整数。\n", "solution": "368", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000115917.jpg" ], "doc_id": "refcoco_1185", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy on right?\nA: 8%\nB: 48%\nC: 16%\nD: 32%\nE: 24%\nF: 40%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_71.jpg" ], "doc_id": "jigsaw_152", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[21, 11, 15, 2, 7, 6, 18, 9, 3, 19, 16, 20, 14, 25, 10, 4, 1, 23, 12, 24, 22, 8, 13, 5, 17]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/104.png" ], "doc_id": "math_566", "problem": "\nThe real distance between location B and location C is closest to ( )m\nA. 1200\nB. 1300\nC. 1400\nD. 1500\nE. 1600\nF. 1100", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/ocr/60.jpg" ], "doc_id": "ocr_597", "problem": "\nwhat is written in the image?", "solution": "MOBI", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/instrument/74.jpg" ], "doc_id": "instrument_926", "problem": "\nApproximately what is the reading on the first pressure gauge? Provide an integer (e.g., 1,2,3).", "solution": "15", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000391292.jpg" ], "doc_id": "refcoco_37", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by cow on far right?\nA: 0%\nB: 16%\nC: 32%\nD: 40%\nE: 24%\nF: 8%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/45.jpg" ], "doc_id": "instrument_559", "problem": "\nThe reading in the measuring cylinder in the image is approximately () ml.\nA 60-61\nB 61-62\nC 62-63\nD 63-64\nE 64-65\nF 65-66", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000226552.jpg" ], "doc_id": "refcoco_153", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by very top brown fruit?\nA: 37%\nB: 21%\nC: 45%\nD: 5%\nE: 29%\nF: 13%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/15_left.png", "TIR-Bench/data/spot_difference/15_right.png" ], "doc_id": "spot_difference_708", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "3, 4, 6, 7, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/instrument/52.jpg" ], "doc_id": "instrument_992", "problem": "\nAccording to the image, the pressure gauge reading is approximately within which of the following ranges () psi?\nA 10000-11000\nB 11000-11500\nC 11500-12000\nD 12000-12500\nE 12500-13000\nF 13000-14000", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/word_search/21.jpg" ], "doc_id": "word_search_1139", "problem": "\nIn the figure, in which row and column does the letter N appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[9, 25]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/color/95.png" ], "doc_id": "color_970", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/51.png" ], "doc_id": "math_575", "problem": "\nConnect points A and B, extend the line segment AB in the direction of point B, and let the intersection of the extended line with the function be denoted as T. Then, the x-coordinate of T belongs to which of the following intervals?\nA. [2, 3]\nB. [3, 3.5]\nC. [3.5, 4]\nD. [4, 4.5]\nE. [4.5, 5]\nF. [5, 5.5]\nG. [5.5, 6]", "solution": "F", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/50.png" ], "doc_id": "maze_438", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLRURURDDRRDRDDLRDLDDUDLRRUURDDRUDRDLUDUDULDDDLDRRDUDRLRRDDUUDURDRDDRRDDRDLRDRDDDRRLRRULDRURDRDRDRUDRURLLDDR\nB. RUUDDLUURRLUUDUDLDDDLDDDDURRULLURRUDDLRLDDLRRUDRDUUUULLLUUUDLRLDLURLRLRULLUDLRDRULUDRRLLUURRUDLULUUDDLDURURDDULDUDRLLRRDLDRLULRURRULRLDLDLDDRLUULLUUDDDURLDRLUDDUDUDRDLLLUUDRURDUDRRRLLLRULDRRDLULRRRDRUDUULRLLLUDLDUUDLULLUDR\nC. DDDDRRUURRRRUURRRRRRDDDDRRRRDDDDDDLLLLUUUULLUUUULLDDLLDDRRDDDDRRDDLLDDLLDDLLDDRRRRRRDDDDLLUULLDDDDRRRRRRRRUULLUURRRRDDDDRRUUUUUULLLLUURRUUUURRRRUULLUUUUUURRDDRRDDRRDDDDDDLLDDDDLLDDRRDDLLDDRRRR\nD. URRRLDURURRRDRDLUDUULDDDRUDLRDRLRDRDDRLURDRDDDRDRDDLRDUDRLDDULLRLUDUDLDRRRRRRLURRLRRULRDRUDURRLRDRLDLRRRRLDLRDRDDDRDLDRDRLDD\nE. URLRLDDRRRLURRRLRLUDULDUDRRDDRDURRRDRLDRRDULDDRDDRDRURRDDUDUDURDDDDRDRLLLLRDRDRDRLRRDLUDRRUDLRDRDDUDRDDRRDUDUD\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/symbolic/dot_shape_5.png" ], "doc_id": "symbolic_723", "problem": "\nHow many shapes are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "25", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/math/22.png" ], "doc_id": "math_565", "problem": "\nWhat number is shown? Answer with a single number, such as 1, 2, 3.", "solution": "9335", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000402041.jpg" ], "doc_id": "refcoco_453", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by rightmost elephant?\nA: 1%\nB: 17%\nC: 41%\nD: 25%\nE: 33%\nF: 9%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/70.png" ], "doc_id": "color_760", "problem": "\nWhat is the RGB value of the given color in the image? Select from the following choices. (A) [255, 187, 86] (B) [255, 189, 90] (C) [255, 195, 91] (D) [181, 178, 193]", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/143.png" ], "doc_id": "math_166", "problem": "\n张庄A（图中C点）、李庄B（图中E点）位于河沿L的同侧，现在河沿L上修一泵站C向张庄A、李庄B供水，如果图中AD距离是2km，问所用水管最少大约是多少km？\nA. 8.5km\nB. 9.5km\nC. 10.5km\nD. 11.5km\nE. 12.5km\nF. 13.5km", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/79.jpg" ], "doc_id": "word_search_269", "problem": "\n图中士字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[15, 20]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/realworld-7.jpg" ], "doc_id": "visual_search_653", "problem": "\nWhat are the four digits of the license plate number of the black car that is second closest to the red car in the picture?\nA) 1587\nB) 1597\nC) 1674\nD) 2818\nE) 2278\n", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/ocr/53.jpg" ], "doc_id": "ocr_134", "problem": "\nwhat is written in the image?", "solution": "rcaihttnu", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/contrast/8_low.png" ], "doc_id": "contrast_790", "problem": "\nHow many people are in the image?", "solution": "1", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/math/87.png" ], "doc_id": "math_342", "problem": "\nWhen x=36, the difference between Aqua and Midnight Blue is closest to ( )\nA. 0.8\nB. 1.\nC. 1.2\nD. 1.4\nE. 1.6\nF. 1.8\nG. 2", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_27.png" ], "doc_id": "rotation_game_4", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 90°\nB. 110°\nC. 100°\nD. 80°\nE. 75°\nF. 70°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/word_search/43.jpg" ], "doc_id": "word_search_46", "problem": "\nIn the figure, in which row and column does the letter q appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[2, 3]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000383391.jpg" ], "doc_id": "refcoco_1116", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by girl with glasses?\nA: 20%\nB: 4%\nC: 36%\nD: 28%\nE: 12%\nF: 44%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/101.png" ], "doc_id": "maze_956", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDDLLDRDDDDRDDRDDRRDRUDUDDRRRDUDRRRDDUDDULUDURDDLRDRDDDLRRRLLDRDRRDRRRDLURRDLRDDDRURLDURRDRRDRDLRDRRDRURRLURDDDRDRDLDDDDDRRLRRRUULDURDRRURDLDRDLLDRDDDRDLDRRRLDUURULLDRLRRDRRDUDURRUURUU\nB. DRURUDDDRRDRRRRLDLUDDRRDDRDDURRUULRLDDDDRLRLDRRDRLDDRLDLRRLLDUUDLRRDRUDRRULDUURRDDRDRRDDULDDLUDDDDRUDUDLUDRRURRRDRRDRRRULDDRUDLRDRDDDLLDLRRRUDRRDDDDURLRDUDRRLDRLLDRDDDRURDRDRRRRLURDDRLDULUDRDRDRLRDRRR\nC. DDDDDDRRRRDDRRRRDDRRDDLLDDDDDDDDLLLLLLDDRRRRDDLLDDDDRRDDDDRRDDRRUUUURRDDRRRRRRDDLLLLDDDDRRDDRRUUUURRDDRRDDRRRRRRDDLLLLLLLLDDRRRRRRRRRRUURRDDRRUUUURRDDDDRRRRUURRDDRR\nD. DDUDDDUUUUDDDULRDLUDDUDDRLULDRRUDUDDRDRURLRRDDRRLRLRDLDLRLULRUULRDDUULLDDUULDLLUULDLRDRDLLUULDLUUDDDLUDRRLDLDDULLLRDLDDDDULDUDDLLRRRRRULRLDURDDLRDURRRDRRRRULRURULRLLLLRRLRLRD\nE. LLRLRDRURULRUDLLRLDURDRDDLRURDLULLUDDLLDRDDRDDUURDURRRDRRRRLLUDLLLUUURRDRDRLRDRLUULULDRDURRUULRRRDURLRUULDLRLUDLRURLLLRDLRRDDURDUDLLUDULDLRDDLRULDRDRRLRULUUDUULULLRRDRRLRRDUUDULURRDLDLDUD\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000297984.jpg" ], "doc_id": "refcoco_838", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by pizza?\nA: 79%\nB: 55%\nC: 87%\nD: 63%\nE: 47%\nF: 71%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000371486.jpg" ], "doc_id": "refcoco_95", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by pasta dish?\nA: 81%\nB: 49%\nC: 41%\nD: 57%\nE: 73%\nF: 65%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/contrast/40_low.png" ], "doc_id": "contrast_53", "problem": "\nWhat is the total score on the first row of the scoreboard on the right side?", "solution": "8", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/maze/89.png" ], "doc_id": "maze_1066", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRRDDDDDDLLUUUULLDDDDDDRRDDRRDDDDDDLLUUUULLDDDDDDDDDDRRUURRRRRRRRUURRUULLUULLUURRUULLUULLUUUURRRRDDRRDDDDRRRRDDDDRRRRUURRRRRRUUUURRDDRRDDLLDDLLDDLLUULLDDLLLLLLDDLLDDRRRRRRUURRRRRRRRRRRRRRRRDDDDDDDDDDLLLLUUUUUURRUULLLLLLDDDDLLUULLLLLLLLDDDDLLLLUURRUULLLLLLLLLLLLDDLLDDDDRRUURRUURRRRDDRRDDDDRRUURRRRRRUUUURRRRDDDDDDLLLLLLDDLLDDRRDDRRRRRRUULLUURRRRRRRRDDRRUURRRRDDLLDDRR\nB. RLRDRRLLUULRLRRRDRRRLLUDUDRULDDDRLUULUUULRLRLLDRLRUDRLRLLRDRLDRLRLLDLDRRURLLDLRRURLLDUULURLURLLLLRDUDRRDDUDLUULRDDDLUDRLLUULLLRDDDLRUURLDLLDLRLRUDRDLLUDULLLURRULDRRLLUDLLRURLRLUDRLLDLLRRLDURLRUDDLULULURRRLDULDULDURLDULLDUUUDURULUUDURLRDLLDRULRLDDRRDUUDDLLULRRURLLDDUUDUUUDDLDRLLRDLDRLLDLDLUUUDULRRULLULDURULDUUDDDDDLUULDLDDDURULULLDULDDLURDRDDURRURRUUURRDRDLURRDURDLLLDRDLRRLLUURDDDDRLLL\nC. DLDDDDRRDRRUDDRRDRRUDDURRRLDRURUDLDLRRRDDURRRDUDRDRDDRLLUDRDDLDLDRRDLRDUUDRRDDURRDRRURDDLDDLRRRDDDLRDDDRRDDRLDDRDUURRDRRLLDRURDLRRRRRRDL\nD. DURDLUDUDDRDDDUDRLDDDUDLDRRRLDRRDLUUDDLRRRLRDDDRRRURDLDDRRRURRUDRURRDRDRLRRDDUDDDRRUDLRRRRRDRURURLDLLULDRLDURUDDRRRDRDURLLDDUDDLDDRUDDRDRRRRRDRRDDUDLDDDLRDR\nE. DRRULUURLRLRRULRRUUURLLDURRRRDRRURDDRUUUULUDURURLUUULDRURURUURUDDRLUDUULRLLDULRRUUDLDDDDURDUDLLLLDLRLDDDULRDRLDDURRDDUDURLDLLLLUUURUDUDUDRDULUDDUUURUDULLLRLUURDDLRDLDRRDDRRUULULLDULRRRUDRLDLRDDUDRUUULRLLRRRULUDDUDLLDDRUUDRRRLRRLURDDDRRUDURLURRDLLRRDURDUDUDDLDLUDRRDLLULURUDDLLLRULRRDLULLDUDRUDRDURDLLLLDLDDLRDDRRDRRLLURLDRURRRULRRRRDRLRLLLDLLDLURRUUUDDUDRLUUURRRUDUULULDLDLDLRLURULRURU\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/realworld-21.jpg" ], "doc_id": "visual_search_501", "problem": "\nWhat are the last two digits of the taxi’s license plate number 63-____ in the picture? Answer with an integer.\n", "solution": "92", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/74.png" ], "doc_id": "maze_518", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UUUDUDLDRRDLDDLLUULRRDDDRLURLUURLULRLDDRUDLDULUURDLDLRDUDDRLRRRDLLRULRLDLDDRUUURDDDLURUULRRULDDLLULUUUULRRRLLRRDLUULLLLLRDLULLRLUULRDUUULUUDRUDLRLLRDRRRRRUDLUULDUDRULLUULLLUUDDUURRLRDRRLRUDDULUUURRDDDLUDUDRDUDLLRLUUDRDRLULLDULDDRULDLUU\nB. DRRDRRRUUDDDLRRRDRRUDDDRDRRUDRDDLRDDRLLUDRDRRDURDRLULRDRDRDRLRDDDLDDDRRDDLDLRDDRLDLRURDRUDDRLUUDRRLRLRRRRDUUURUDUDLDUDDDUDDRLRDRURRRRDDD\nC. RLLDDURLRRDRRDRDRDRRDULLDDUURRRLURRDDDRDDDDRRDDULRRRLRLDDDLRDRUDRURDLRUDDULURRRRDUURRRDLRDRDRDUULRDDLRRRRLDDDUUDRDLUDRRDRDLRRLRDUDRDRDLRDRDDLDRRLURLDRDDLL\nD. RRDRRLRLUDLDRRLURRRRLDRDRDRDRURRLDRLLRDDLDDRUDDDDRDLDRDURLUDRLDLRULLDDRDURDDDRDURDRDURLRDRLULDUDRRRDRRURRRDRLRDLLRDULDDRDRRDLRRLRDDRRDDDRRRLDLLRRUDRUDULRR\nE. DDDDRRRRDDRRUUUURRRRRRRRRRUURRRRRRRRDDRRDDDDLLUULLUULLLLDDLLDDDDLLDDDDRRUURRRRDDLLDDLLDDDDLLUUUULLDDLLDDLLLLUUUULLLLLLDDDDDDDDRRDDDDDDLLDDRRRRUUUURRDDRRRRDDLLLLDDRRRRRRUURRDDRRUURRDDRRRRRRUUUUUURRDDRRRRRRDDLLLLDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/90.jpg" ], "doc_id": "word_search_852", "problem": "\n图中坷字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[9, 14]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/hr_16.png" ], "doc_id": "visual_search_650", "problem": "\nWhat are the hazard numbers displayed on the left side storage container's label?\nA. 1\nB. 1,2\nC. 2,3\nD. 1,3", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/47.png" ], "doc_id": "math_704", "problem": "\nThe difference between the value of Pale Green and the value of Crimson is most close to ( ) below\nA. 0 \nB. 2\nC. 4\nD. 8\nE. 10\nF. 12", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000425063.jpg" ], "doc_id": "refcoco_209", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by doughnut in lower left corner?\nA: 20%\nB: 4%\nC: 44%\nD: 36%\nE: 28%\nF: 12%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/86.png" ], "doc_id": "color_352", "problem": "\nWhat is closest to the proportion of the color white in the image? Select from the following choices. (A) 25% (B) 35% (C) 45% (D) 55%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/new_4.jpg" ], "doc_id": "visual_search_735", "problem": "\nWhat are the three key features/benefits of lavender essential oil for personal care as advertised in the image?\nA. Antiseptic, Anesthetic, Sedative\nB. Fragrance, Cleansing, Protecting\nC. Smooth, Cleansing, Sedative\nD. Fragrance, Antiseptic, Long-lasting", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/word_search/31.jpg" ], "doc_id": "word_search_216", "problem": "\n图中比字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[14, 19]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/ocr/43.jpg" ], "doc_id": "ocr_620", "problem": "\nwhat is written in the image?", "solution": "hetha", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/instrument/81.jpg" ], "doc_id": "instrument_289", "problem": "\nApproximately what is the thermometer reading in degrees in the image? Provide an integer (e.g., 1,2,3).", "solution": "23", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/53.png" ], "doc_id": "math_279", "problem": "\nThe difference between the lowest blue bar and the lowest gray bar is at ( ).\nA. [300, 350]\nB. [350, 400]\nC. [400, 450]\nD. [450, 500]\nE. [500, 550]\nF. [550, 600]", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_41.jpg" ], "doc_id": "jigsaw_160", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 13, 11, 9, 10, 14, 6, 2, 8, 7, 15, 16, 12, 4, 1, 5]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/100.png" ], "doc_id": "color_567", "problem": "\nWhich circles has the darkest color? The circles are numbered left to right starting from 1. Select from the following choices. (A) All the same (B) 1 (C) 2 (D) 3", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/26.jpg" ], "doc_id": "instrument_761", "problem": "\nAccording to the thermometer in the image, approximately what is the current room temperature in Celsius? Answer with one decimal place like 1.1.", "solution": "-1.5", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/ocr/85.jpg" ], "doc_id": "ocr_110", "problem": "\nwhat is the number in the image?", "solution": "6262", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/symbolic/illusion-2.png" ], "doc_id": "symbolic_1072", "problem": "\nWhich blue circle in the middle is larger?\nA. The left one.\nB. The right one.\nC. Same size", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/spot_difference/74.png" ], "doc_id": "spot_difference_1033", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "2, 3, 4, 5, 8, 11", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/66.png" ], "doc_id": "maze_138", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UDRRRDRRDLRRULDRRDDRUDDRUDRRRDUULLDUURDLRRRLDDRDRUDDDUUDUDRRDULDRRDDRRDRRRDLDDDRDLDLURDDDRDURLUDDLRLRDDURDRRDLDULUDDRRDDRDRLUUDRLRURDDLRUD\nB. DDDDUDRDRRDRURRRDDUULURURUUDDUULRLRRULLRDLUDDRLDDRLDDURULUDLRUDURDRRLRDRURULLUDULUDLLDRRURDDULURRLRDURLLLULDRURRDLULDRRULRDRRUUUUDLDLRRLDLUDDDURUDLRDDRUULDRDULLRDURLRRDLUDDURRLRLDUDRUUDDDDDDURLRDRLDRDURRURLRRRRDDURLRURDLLRLUURDUDUDRLULLUDULLRLRUURLUUUUDRDRLRUDRRLDRLDLLRLRRLDLUDLUURLUDDUDURLRLRLDUL\nC. DDDDRRUUUURRDDRRUURRRRRRRRRRRRDDRRDDDDLLLLDDDDRRUURRRRUURRDDRRDDDDDDLLUULLUULLDDLLLLLLUUUULLUURRUURRUULLLLLLDDLLDDRRDDDDLLLLDDLLUULLUULLDDDDDDDDDDDDDDRRRRDDRRUURRDDRRDDLLDDRRRRUURRUULLUURRRRDDRRUUUULLLLLLLLUURRRRRRUURRDDRRRRDDLLDDDDRRUURRUUUURRRRDDLLDDRRDDLLLLDDDDRRUURRDD\nD. DLDDRRDDLRDRRUDRDLUDRRRLDRDRRUURRDRDUURRRUULDDDLRUDDRURDRDUDRDLRDDRULDLRDUDRRUURDUDDRRDUDRRRRRDUDLUDDDUURRLUDDLULDDDRDURLRLRDLDDLDUDDRRULRDDDDRDDURL\nE. DLDDUDRRLUDLDRRRDDUURRRDDRRLDUDRDLRDDLUDRURLDDRURRRUDLUDLRLLDLRDLRRRRDDDRRRRURDDDLULDRURDULDDRDRUDRRDDDURULDLUDRRRDRRDRDDRLDRLRDRRUULRUDRDDUDD\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/35.jpg" ], "doc_id": "word_search_107", "problem": "\n图中东字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[19, 41]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/hr_6.png" ], "doc_id": "visual_search_680", "problem": "\nWhat is the color of the sign in the image?\nA. Yellow and green\nB. Yellow and white\nC. Green and white\nD. White and red", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/hr_0.png" ], "doc_id": "visual_search_307", "problem": "\nWhat is written on the white board in front of the girl in purple shorts?\nA. ELEVATE\nB. ELEVATE.\nC. ELVTE\nD. CeVaY", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/color/9.png" ], "doc_id": "color_568", "problem": "\nExcluding background and border colors, how many colors are there in this image? Select from the following choices. (A) 11 (B) 12 (C) 13 (D) 14", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/spot_difference/46.png" ], "doc_id": "spot_difference_837", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "1, 2, 3, 4, 5, 7, 11", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000549347.jpg" ], "doc_id": "refcoco_684", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by front left chair?\nA: 45%\nB: 21%\nC: 37%\nD: 5%\nE: 29%\nF: 13%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/48.jpg" ], "doc_id": "instrument_9", "problem": "\nWhat is the voltmeter reading in kV in the image?\nA 200-205\nB 205-210\nC 210-215\nD 215-220\nE 220-225\nF 225-230\nG 230-235", "solution": "F", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/hr_44.png" ], "doc_id": "visual_search_1177", "problem": "\nWhat is the position of the wooden jewelry box relative to the clock?\nA. To the right of the clock\nB. To the left of the clock\nC. Below the clock\nD. Over the clock", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_46.jpg" ], "doc_id": "jigsaw_1016", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[10, 4, 6, 7, 16, 11, 13, 14, 2, 15, 5, 3, 1, 9, 8, 12]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/temp_5.jpg" ], "doc_id": "visual_search_827", "problem": "\nWhich description about the image is correct?\nA The man wearing white clothes did not violate traffic rules when crossing the road because he used the crosswalk.\nB It is sunny in the image, and no one is holding an umbrella.\nC The white car on the right has not crossed the zebra crossing.\nD There is a red fire hydrant in front of the black car.\nE None of the above are correct.", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/contrast/17_low.png" ], "doc_id": "contrast_627", "problem": "\nHow many cans of paint are on the table in the image?", "solution": "6", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/maze/10.png" ], "doc_id": "maze_310", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDRRLDRDDRUDDDUDRLLDLLLLRUURLLLDLRLUDRLLUR\nB. DLRDRDLLDRRUDUUUDRUDURDDDURLDDLDDLDUDDDRDDDULRDRRRLRRLUURULLRDLUUDUURRRR\nC. DDRDDUULLULRUDLDLRRDUURLLURLDRDDULLRDDUURUDUDRULRLRLDDRLRDRLDLDRURDRDDLLRDDUURDLLRRDUDRRURDRDLUDUUURRURLDLDRURLDULRDUR\nD. DUUUDLULLDRRLRLRDURDLDRULLRLDDUUURDRUDURRRURR\nE. DDDDRRDDLLDDRRRRUURRDDRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000436333.jpg" ], "doc_id": "refcoco_721", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by guy bending over?\nA: 42%\nB: 34%\nC: 26%\nD: 2%\nE: 10%\nF: 18%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/72.png" ], "doc_id": "maze_557", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DUDDUDURDRRRDDLRULDRDDDRRDRRURUDDLDRRLRLRRLDLLRLLRDRULDRLRURRDRRRDDUDRDLDUDDLRDUUDRRDRUUDDLRRULRRUDDDLDDRDLRDDRRRRRRLRDURDRRDRDDURDUDURDRDRUDDRDLRLDULDRLD\nB. RRDDLLDDRRDDRRUURRRRUURRDDRRRRRRRRRRRRDDLLDDRRRRUUUUUULLUURRRRRRRRDDLLLLDDRRRRDDDDRRDDDDLLLLUULLLLDDRRDDLLDDDDRRUURRRRRRDDDDDDDDDDDDLLDDDDRR\nC. RLRDRDDUDRRRLDRURRUULDRDDDDDRDDRDDDRUDDRRLURURDRRRDRLRLRDDRURLDLULRRRDDRLRLUULDDLRDRDURRDDDDDUDDLULRDDLRDRRLDRDLURUDURURLDUDRDDLRDRDRRUDLDRLRUDRDDURRRDR\nD. UUURDLRRLDULURRULLDRRRUUDRRRLRURULULLUUDUDUDRURULRDLDURDRLRRRDLRUDRURLRDDULULLDDURUULDRRDDURLLRDRUDLLLULURLLUUUURDDRDDRRLDLRLLDDUUUUDLLRUURLDULDLRDLULDRRRLL\nE. DDUDDDRRDLDRRLDURRRLLUDLDLDDUDURLRDURRRRRRDDRLRUDURDRLDRDRRRDDLLRDULDRDDDRRDRRRRRLRRRDRUDURRDLRLDDRDRRURDRLDUDRRRLDRDDLRDDURDLRRUDLULDDLRDRRLDURLD\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/83.png" ], "doc_id": "math_854", "problem": "\nIn week 4, the difference of the average increases between group A and group C is approximately ( )\nA. 250\nB. 300\nC. 200\nD. 310\nE. 340\nF. 390\nG. 430", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/42.jpg" ], "doc_id": "word_search_449", "problem": "\nHow many times does the letter V appear in this image? Answer with an integer, such as 1,2,3.", "solution": "14", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/100.jpg" ], "doc_id": "word_search_1093", "problem": "\n图中情字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[11, 9]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/new_13.jpg" ], "doc_id": "visual_search_292", "problem": "\nWhat are prices for the gas in this gas station?\nA. Cannot be determined\nB. 4.08/4.67\nC. 4.08/4.61\nD. 4.09/4.67", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/19.png" ], "doc_id": "math_379", "problem": "\nWhat is the difference between the highest and the lowest value of blue bar? ( )% Answer with a single number, such as 1, 2, 3.", "solution": "64", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_19.jpg" ], "doc_id": "jigsaw_251", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[3, 4, 6, 8, 7, 9, 5, 2, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/contrast/56_low.png" ], "doc_id": "contrast_924", "problem": "\nHow many water faucets are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/color/49.png" ], "doc_id": "color_358", "problem": "\nThere are two strings in the image. What are the strings in the center of this image? Select from the following choices. (A) fj (B) ij (C) it (D) wj", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/hr_37.png" ], "doc_id": "visual_search_1133", "problem": "\nWhich direction is the taller white building in relation to the National Textile Museum?\nA. Right\nB. Behind\nC. Above\nD. Left", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/instrument/27.jpg" ], "doc_id": "instrument_994", "problem": "\nAs shown, if the precision of the voltmeter is 0.1 V, then the reading in the image should be () V.\nA 0.5-0.6\nB 0.6-0.7\nC 0.7-0.8\nD 0.8-0.9\nE 0.9-1\nF 1-1.1", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/word_search/93.jpg" ], "doc_id": "word_search_519", "problem": "\n图中鬼字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[9, 9]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/9.jpg" ], "doc_id": "instrument_971", "problem": "\nWhich number is the pointer indicating on the instrument?", "solution": "10", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/97.png" ], "doc_id": "math_551", "problem": "\nXiaohong went to the bookstore to buy books along the dotted line. She actually walked ( )m.\nA. 800\nB. 700\nC. 600\nD. 500\nE. 400\nF. 300", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/86.jpg" ], "doc_id": "spot_difference_76", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/42.png" ], "doc_id": "math_103", "problem": "\nHow many columns contain a value greater than 44? Answer with a single number, such as 1, 2, 3.", "solution": "5", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/92.jpg" ], "doc_id": "spot_difference_577", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "6", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/instrument/42.jpg" ], "doc_id": "instrument_637", "problem": "\nApproximately how many milliliters of liquid are in the leftmost measuring cylinder? Answer as an integer like 1,2,3.", "solution": "16", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/maze/48.png" ], "doc_id": "maze_1138", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. URDDDUUDUDURUURRUDRDRRDRULDDDLDRDRRDLUDDRLLRRDDRDURLRDRUUDURRRRDDDDDURURURLRUDUDLUDDDRLUDUDLDRDDDRLRRURRLLDLDDLRUDDRURDLDD\nB. DDRRUURRDDRRUURRRRDDLLDDLLDDDDLLUUUULLDDDDLLDDDDRRDDLLDDRRDDDDRRUUUUUUUUUURRDDDDRRUUUUUURRUURRDDRRRRUULLUUUULLUURRRRRRDDDDDDDDRRDDLLLLDDLLUULLDDDDRRRRRRUURRDDDDDDLLLLLLUULLLLLLLLDDDDRRRRUURRDDRRRRRRRR\nC. UULRUULLUUDUUDLDLRLUDDDUUDURLULRUDDDLRRLURLUULRLRDLUDURRRRULURDRRLLDUUUUUDDRUURRRLULLUURULLRLLULULRDDDDULLLUDRURRRRDDRLULLRRLDRULRRULRUDLLURULUDULRRLLLRDUULDRUURRRLRRLDLUURDRLRLLUUDUDUDDDDDLULDURULDRRLULUURLRUR\nD. RUDLRRLDRRLUDLRULLRUDDULULURRUUDLRRDRDRURUUUDLUURLRRDLRRUUUDRLLLLRRUDRLULDDRDLUDUDDULRLDDULURDLDUDURDLLDRURLDUDLULRDRLRDLLDRRLURULURULDURURUUDDRUDDDLLLUUULULRDLRRLRLUDDDULUURUUDRRUDRLURLDRDLRULDLURDDRDULRDDLLRULDRRRLRDLRLULRLULRU\nE. RLRLRURDLRRLUUURDDDLRRDURDUDRRDDDRDUDRDRRRDRDDDLRDURDDLRDLDURDUDRRRLDRDLUDDRULDDULRUDRDDURLDRRDR\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/17.png" ], "doc_id": "maze_10", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDUDULRRRDDLDLRLURDLDLULUDRDDURDUDDUUDDDRULRRDLDRURDLLRURURRDRRRDDUDRULDULRU\nB. URLUULDLDLRLRDRLRULURLDLLDUULLLLRDDDDUDRRUD\nC. LRRRRURUUULURLRUUDLULRDURRRDDRRRLRDLDDRLDDUUDDDDUDUDUDRLRURLLDULDDLRDDDDDR\nD. DDDDRRRRUURRDDRRDDDD\nE. RURULRLURLULURDLRUDRLDDRLLUDRDLLRDRUDLRDDLDURLUURUDLDDUURRRUULDRLRDDDDDLRDLLDDDRRRRRRLRRUD\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/instrument/19.jpg" ], "doc_id": "instrument_75", "problem": "\nWhat is the approximate reading of the third gauge from the left in the image?\nA 80\nB 81\nC 82\nD 83\nE 84\nF 85", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/102.png" ], "doc_id": "math_770", "problem": "\nDraw a line through point C that is parallel to the x-axis. The x-coordinate of the intersection point between this line and the graph of the function is closest to which of the following numbers?\nA. 2.8\nB. 3.1\nC. 3.4\nD. 3.7\nE. 4.1\nF. 2.5\nG. 4.4", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/math/12.png" ], "doc_id": "math_903", "problem": "\nThe value of Dark Cyan and Medium Mint are closest at approximately x=()\nA. 80\nB. 84\nC. 88\nD. 92\nE. 96\nF. 100", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/35.jpg" ], "doc_id": "instrument_1042", "problem": "\nAccording to the image, the clinical thermometer reading is approximately:\nA 36.3\nB 36.4\nC 36.5\nD 36.6\nE 36.7\nF 36.8\nG 36.9", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_21.png" ], "doc_id": "rotation_game_308", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 120°\nB. 105°\nC. 115°\nD. 130°\nE. 125°\nF. 110°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/symbolic/grid_14x15_2.png" ], "doc_id": "symbolic_661", "problem": "\nHow many grid cells are there in this image?\nA.300\nB.210\nC.380\nD.176\nE.169", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/maze/107.png" ], "doc_id": "maze_688", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDURRRLDDLLRRDDRDRDDLUDURDRLRDDRRURUDRRDDRDURLDRRDDRDDUDRRDURLDDRRURLLLDRLDURDDLRRRRRRDRRDRUDRUDRDRDRDDRRRLDLLURRDRDRRRRLRRUDLDDDRRRDRDRRDDDDLUDRRLRDLRDLDDDDDDLURDR\nB. RRRLRDDDRUDDDRRRDRLRRDLDDDDRDLDDRRDRRDRLDDDRLRDDLRRURLUDLUDLRRRRRRRDLUURRDUDULDURRDLDURUDRDRRRDRLURRRDDDRDRLRRRDDDRUDDDRDDDRDDRLRDRRRDLDDRDRRRDRRDRDDL\nC. LRULLRUDULDLRURRDLLULDLLURDURUURUURDDLRDLRULLLRDDDLURDRLRDUDLLRRDUULDURDLLUURDRLDDDUUUDRDRDURLULLDLDLDRURDRRRDDLRUULURLDURRDLULULDLDDRURUUURRLDULULDLRURRRUUDLRRDDLURLULUUURLLLDURUDLRDRULLDRRLLUDUUUDDRURLUUDUURRRRURURULDDDLURRUULDDLDUDRUURRLLDRDLLLDUULDLULUDULLLDLUUDDRDULRLDURLRLDRULDLDLDDDLLUDRLRRRLUUULUUUUDULUUDULURDLUUUDUULUURDDRRRLUUDDRLUDDLLDRRRRRRLDDDDRUULUUDLDDUUULRDDDUUUDDUDRURLDULUUDRRDLRRUDURDDRUDLRDLULLDRDRRULDURULULRRDRRLRULLLRLDRLDRDLRDLDLLLRURRLURLLDRRRLUUDURURLUDLLDLDRRDRLRDURDLDUUDUURLRLUU\nD. RLDRRLRDDDDLRDRRDDDRRDRDRLLDRURLLDDDRURRRUDUDRDDLRRRLUDDRDRURDUURURRDULRRUULLRDLRUDRRRDDDUDDRRDRURRLUDURDLDDDDDLRDDDDDDRDURDULRDLDDRRRDRDRRRRDDDDUDDDRRDRURDDDRURDDDDLUDRRRRURLURD\nE. DDRRDDDDDDLLDDDDRRRRUURRDDDDLLLLLLDDRRDDRRRRDDDDLLDDRRRRDDRRUURRRRDDLLDDRRDDLLDDRRRRRRUULLUUUUUUUULLLLUULLDDLLUUUUUUUURRDDRRRRDDRRRRRRUUUULLLLUURRUURRUURRRRRRRRDDLLLLLLDDRRRRRRDDDDDDLLLLDDRRDDRRUURRRRRRUULLLLUUUUUUUURRRRUULLLLUURRRRRRDDRRUUUURRUULLLLUURRRRRRDDRRDDLLDDDDRRDDDDDDDDDDDDDDDDLLUUUULLUURRUUUUUULLLLLLDDDDRRDDLLDDRRDDLLLLLLDDLLLLLLLLLLDDRRDDLLDDRRRRRRRRRRDDLLLLDDLLUULLDDDDDDDDDDDDRRUUUUUURRRRUUUURRRRRRUURRUULLUULLLLUURRUURRRRDDDDRRUURRRRDDDDDDDDDDLLUUUULLDDDDDDLLDDDDLLDDRRRRRRUURRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/instrument/28.jpg" ], "doc_id": "instrument_135", "problem": "\nWhat integer is the large hand pointing to on the unobstructed green clock at the lower right in the image? Answer as an integer like 1,2,3.", "solution": "7", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_51.jpg" ], "doc_id": "jigsaw_406", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 16, 10, 11, 6, 3, 8, 2, 14, 4, 5, 12, 9, 15, 1, 13]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/5.png" ], "doc_id": "color_962", "problem": "\nHow many colors are there in this flag? Select from the following choices. (A) 6 (B) 7 (C) 8 (D) 9", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/math/116.png" ], "doc_id": "math_245", "problem": "\nThe width of the eraser is about ( ).\nA. 0.25\nB. 0.5\nC. 0.75\nD. 1\nE. 1.25\nF. 1.5", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_59.jpg" ], "doc_id": "jigsaw_938", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 16, 1, 11, 14, 6, 8, 9, 3, 4, 13, 10, 2, 5, 15, 12]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/45.png" ], "doc_id": "maze_734", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDLRRDLURDDDRDRDDDDDRRRUDRRUUDUDDRLRDRLDDDLDDDRRUUULRRRRRRUDUUDRDRLLDURDRRUDDRLRDLDLDRRR\nB. DRURDURRURUDURUULDLRRRRDUDLRLLLRDUULLDDLDDUDDLDDUDRDRRRLUUDUUDLDDDULRRLURLRRDUUUDRRDDLRUURRLUUDULRDLRLDURRURRLRDDDDRUDRRRURDURUDLDUULLDULRLLLUDRUURLDRRURRURURDDRRRDDRR\nC. DRDDRLDLDDRDRUDLUDURDUDLDRRDLLRRDLDRRRLUUDLDRRULUULDRDRRRRDUDDUUDRRRLDRLDLLDRUDRDDUDLULLRDURDRDLLURURURDRRRULRRDUDRLRLRRDLDDRRDUDDDUURRD\nD. DDDLDDRLUURUULDDULRURDLUDDULUURRLDRRUDRDLDURUUULLLURDRLRUURRDUUUDLLUUULLLLLRRLRURUDUDRLDRULURLUDRDRRRDDDUULDRRRDRDLURRRLRLRLULLLRDULLLULURDLLDRDURUDUDUUDU\nE. RRRRRRDDDDLLLLDDRRDDLLDDDDDDDDDDRRRRUUUUUULLUURRUUUURRDDRRDDRRUUUULLUULLUUUURRRRRRRRDDRRUURRDDDDDDLLLLLLDDDDRRDDLLDDDDRRUURRUURRDDDDLLDDDDRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/35_left.png", "TIR-Bench/data/spot_difference/35_right.png" ], "doc_id": "spot_difference_686", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "6, 7, 9, 10, 11, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/60.png" ], "doc_id": "color_1183", "problem": "\nWhat is the HSV value of the given color in the image? Select from the following choices. (A) [47, 62, 100] (B) [107, 16, 22] (C) [45, 64, 100] (D) [45, 62, 100]", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/new_27.jpg" ], "doc_id": "visual_search_268", "problem": "\nWhat is the destination of the bus?\nA. Cannot be determined\nB. Budapest\nC. Central Station\nD. Kazpomt", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000034616.jpg" ], "doc_id": "refcoco_1148", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by big white veh?\nA: 33%\nB: 9%\nC: 41%\nD: 1%\nE: 25%\nF: 17%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/113.png" ], "doc_id": "maze_536", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDRRDDRRDDDDRRDDLLDDLLDDDDRRDDDDDDLLLLDDRRDDRRRRDDLLLLLLDDRRDDLLDDRRRRRRUURRUURRUURRUUUULLLLLLUUUURRRRRRDDRRRRDDDDDDDDDDLLUULLDDDDDDDDDDRRDDDDDDLLDDRRRRRRRRRRUULLLLUUUURRRRRRRRDDDDLLDDRRRRRRRRRRUULLUURRUUUULLDDLLUULLUULLUULLUURRUURRDDDDRRRRUUUUUURRDDRRUURRUUUUUUUULLUUUULLDDDDDDRRDDLLDDLLUULLDDLLDDLLUUUURRUULLUURRUULLUURRRRUULLUUUULLUULLUULLUURRUURRUUUURRRRRRRRRRRRRRDDRRDDDDDDLLUUUULLLLDDDDRRDDLLLLUULLUUUULLUULLDDDDLLDDRRDDRRDDDDRRUURRDDRRUURRRRDDDDLLDDDDRRUURRDDDDDDLLDDRRDDRRDDRRDDDDLLDDRRRRDDDDLLUULLLLDDRRDDDDRRUURRDDDDDD\nB. RRRRDLDRLRURDUDRRDRDRDDRRRDURDDDDRUDDULRRDRDRDDDDRDRLURULLRRRRRDLRRDLDRUDRDRUDRDRDRRRURDDDDRDDDRDDRRUUUURLRDRLDDLRRLRRRLRDRUUULLDDRRDRRDURULDDRDDRDRURULDUDDRULDULUDLDDDULDDRRDRDRDLRDDDUDRDDUDDRLDDDR\nC. URURDDLDRDLDRRRLDRLRDLDDUUDDUDRLRDRRRRRDDDDDDRUDRDDRLRDRRLLRLLDRDDLDRULRRRDDDDDDRRRRURLDRDRDUDRDRRLDDRDRLRLDRDRRDDDDRDDURDDRDURDDLDRRRRRRDRRRUDDRDDRRRRRRURLRDUUUDDDRDUR\nD. DLLULDUDLLRULLRLUUURULLLUULDRDUDLUUURDDDRLLDLDDDDDDDULLRULDLRULDRRRLLLDURLUULRLUURRLULDUUUDDLRRRUDLDRDLDDURRDDULDULDLURDLRLLLUURULLRDRURRDRRLLLLLDDLLRLLUDRRLLUDUDURDLLDDRLRRLDRUULRLRLLUDLUUDLDURRDRLRRUDUUDRURDUUDULRDLDLDDRLLRRDLLRLDDDUDDUULDLRLLDURDLLUURDRURDRRRULDDULRDDDRRURRRLULLDLRUUUDUUULUDRRLUDDRLUDRRRRLDDRDRUDLDDURRRRUUUURULDLLRUURRDDLLDDRRRRDULDLUDUUURDDDULRRDUURDLUUULUURLRDURRDRRLRLLUDUURDDDDURLRRRDRLRLRUUDLUUDULDLUULURRLLDLDRLUDDDLUDULDRULULDDLULLRLLLRRRRRDRUUDRDDLLURLLLDULLRUULULUUDLLULRDUUUUDRURUDLDLDLLRLLLUDLUURRRLLDURUDDLRUDRULDUUR\nE. LLRRLLLURUUUDRDUUURLULLDLDLRDRDRLRRLRRLRDRDRRURRDULLRUDURDLRDRDULLULDDRLLDRDDURLUUULDLUDULLULRDURLRURRRLDRDRLRRRLDLDLRRDLUDUURRDDDDDLUDUDLRUUDUDRDRDRDLLDUURUUDULLRLDULULLDURURLUULDRLLRRURLLUULLDLDLRRRDRRRULULRRLDRDULDURLDLULUURDRRRDUDDLDDLLULLDURULUUULDDRRURURRUULDLRULLLDLURURLLLRURDDUDDRLLLDDLRDDUUDDDUUULLRDRDRDRRLLLDLURRURUUDDDRUUURRLDDDUDDUULLDUULURRLRRURDRUUDLURRUDLLRDDUDLDLULRRLURDDRDLDUDLRLRLRDRDDUDLLLLDRUUDLUUUDRLLRRDLUURRDUDLDRRRUURLDLRUUULRRDULLURDURLDDULDUUDRULUUUUDULDRURLRURLRRDURDLRRRDRRRRLURDDDLRDDDDUUDUUDLUDRUURRURRLRRRLDRRUD\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/1.png" ], "doc_id": "maze_579", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DURDLDDDRUUDDDDLDDLRUDDRDDRLURDURDLLULUDUUUDRLRUDLRRDUUUDLDLLUDLUULDDLURLDUDLUDLDLRULRRULDRRRUURUDULRUDRRDDLRURRUURRDURDRULL\nB. RRDRDRLRUULLDRUUDUDLDRDRLDRUUUDUDUURDDRUDLRRLDLRRLDUURLDLDDDUDDDLRDRUUDURDUURUDURRLRLDU\nC. DDRRRRDD\nD. RLLLRLDUDDDDRUUDLLRURDDDLRU\nE. LDRULDULLUDDLLURUDLLRRRRDDLDRURRRRRDRLRDLRUUDULUUDLUUUDRLDDDDUDUDDLLULURRULRDLRURDDUUDRRULDDDLDDURULUDRLRR\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000035132.jpg" ], "doc_id": "refcoco_598", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by right bike?\nA: 17%\nB: 1%\nC: 9%\nD: 33%\nE: 25%\nF: 41%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/12.png" ], "doc_id": "maze_674", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DULRDDDLDDLULRRUDRRLRRLLUURDLLDLRULRRLURUUL\nB. DRRUURDLULLURULURUULLRUDLDUULULURLDULRDUDRRUL\nC. DDRRDDLLDDDDRRUURRDDRRRR\nD. RDDDDLULLDLLRRUDUURLRLRRDRDRURUDDRDUURUUDRRDRRDLRDUDRRDLDLLLLRDDRDUDLLDDRUUDULUDURRU\nE. DDDRULLLRDDUDDRRRDRULDDLDUDRRLRRLDRDDULDURRRLRURDLRRDURLU\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/8.png" ], "doc_id": "spot_difference_1152", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "4, 5, 6, 7, 8, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/59.png" ], "doc_id": "maze_84", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDLDRDRRDDRLDRDUDRDDLLDDURUDRRDRULRUURRRRDDRURDDRDLLDDRRRURLRLDDULRRRRDDUDRUDUDDDRDRLRURDDLDDURDRRRDDLDULR\nB. DDRRRRUURRDDRRUURRDDRRRRUURRRRDDLLDDDDDDDDLLDDRRRRUUUURRUUUURRDDRRDDLLDDDDLLDDDDLLDDRRRRDDDDDDRR\nC. LLLDDLDLLULULDRDDRUDDDDULDLDDDLDLURLRUUURLRLRDLRUUUUDDURDLLURLULDUURLRLUDUDLDUDRRRDUUULDULUDUUDRRRUULRRRDLLLLLUULR\nD. RLLDDURRLLLLLURDRURURUULLUUUURDLUDUUDRDDRDDRLRRDDURDLLRLRDDLLDRURRDRRRUDDURULRLLLLDUDLUUDLDDLRDDDLUUUUURRDURLUUDDRDDRRDRRLDU\nE. RDRLLLRLDDDRRRUDDDDUDRLRRUDLDDLURLUDRDLDDRLRRURRRRDRRRRDRDRDRDRUUDLLRUURLRURURDRDDDULRRDLLDRDUDRDRRDDDRRULLRRRDDRDRDDUULDLDLDUDDLDDUURUDRDULUU\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/hr_47.png" ], "doc_id": "visual_search_635", "problem": "\nWhat is the registration number of the boat?\nA. TN-03-00026\nB. TN-01-00026\nC. TN-02-00056\nD. TN-01-00216", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/edge-count-4.png" ], "doc_id": "symbolic_41", "problem": "\nHow many edges are there in this polygon?\nA.12\nB.13\nC.14\nD.15\nE.16", "solution": "E", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/math/61.png" ], "doc_id": "math_609", "problem": "\nDark Violet and Dark Gray intersect at about x = ()\nA. 28\nB. 44\nC. 60\nD. 62\nE. 64\nF. 66\nG. 68", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000483611.jpg" ], "doc_id": "refcoco_1163", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by bowl of rice upper right?\nA: 21%\nB: 5%\nC: 13%\nD: 45%\nE: 37%\nF: 29%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_61.png" ], "doc_id": "rotation_game_253", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 40°\nB. 55°\nC. 20°\nD. 25°\nE. 10°\nF. 70°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_42.png" ], "doc_id": "rotation_game_584", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 175°\nB. 185°\nC. 160°\nD. 195°\nE. 165°\nF. 155°\n", "solution": "A", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/color/1.png" ], "doc_id": "color_912", "problem": "\nHow many colors are there in this flag? Select from the following choices. (A) 8 (B) 9 (C) 10 (D) 11", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000488127.jpg" ], "doc_id": "refcoco_123", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by short guy white shirt?\nA: 4%\nB: 28%\nC: 44%\nD: 12%\nE: 20%\nF: 36%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/62.png" ], "doc_id": "math_414", "problem": "\nHow many columns contain a value greater than 46? Answer with a single number, such as 1, 2, 3.", "solution": "7", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/symbolic/dot_shape_3.png" ], "doc_id": "symbolic_241", "problem": "\nHow many shapes are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "21", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/visual_search/temp_12.jpg" ], "doc_id": "visual_search_989", "problem": "\nTo what number is the hour hand of the clock pointing closest? Answer 1-12.", "solution": "1", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/contrast/52_low.png" ], "doc_id": "contrast_692", "problem": "\nHow many chairs are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_94.jpg" ], "doc_id": "jigsaw_70", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[16, 23, 31, 15, 8, 9, 27, 2, 5, 18, 36, 28, 3, 26, 1, 25, 32, 6, 11, 13, 21, 14, 17, 22, 19, 12, 34, 20, 24, 10, 4, 35, 29, 33, 30, 7]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/69.png" ], "doc_id": "maze_610", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDDUDRURDUDUDLRDLRRLDRDLLUULRURDULDRRRRDRRDDRDDDDDLDDDDRDDDLRRDRDURDRDDRRRRRURDDUDDDRRRDLRRRRDDRDRRRDRUUDULL\nB. DDUURLLDLDRLRDULUDLLRLUUDRLRDRURUUDDLDDDDUULUURLUDRRDRRUURURRLLRLDLURULLRRRUULULDRLURURDULLRLDLUUUDUDRLRLDLRULURRRDLRDRLUUULLUUDULLDLRRUDRUDDUDDRUUUDDRDRRDRRLLUDUDULDLDULUUDRUDUULDUDLLRLUDULLDLRRUUDDLRRRULD\nC. DDDDUDDDRDRRDUDRDDLDUDDDRUDRRDDDRRDLUDDDLRRDDUULRRUDRRRRRDRRUULLRDLRRUUDRDRRURRLRRRDRDRDDRRRLLDLRRURDLDDRRLDDDLLLRRR\nD. RURRUDLLRLLLLLDRULDUDDRLLRUUDLLUDLLRRDRDUUDRUDRDLRRRLDRLRUULLLDRRUURDLDRDRDRLULDDLURDULLRULLRLRLLDUUURLURULRRDLRRDLDDRRDURDUDRLURURDRRLRUDUUDLDURRRRRLLDLRRUULUULLDUDUDDRDRDRURUUUUULRUULDRRURRRDURDUDDRLD\nE. DDDDDDDDDDDDRRUURRUUUULLUURRRRUURRDDRRDDRRDDLLDDDDLLUUUUUULLDDDDDDDDLLDDLLDDLLDDRRDDDDRRRRUUUURRDDDDDDLLLLLLLLDDRRRRRRRRRRRRUURRRRUUUURRDDRRUUUUUULLUURRUUUURRDDDDRRDDDDDDLLDDRRDDRRDDRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/18.png" ], "doc_id": "spot_difference_71", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "6, 8, 9, 13, 16, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/87.jpg" ], "doc_id": "spot_difference_191", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/122.png" ], "doc_id": "maze_872", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDRURDLDUURRRURRRLLRRUULURURDDUDDRRLUDULDDDLRRDULRRDLLURLLRRLDLRUDRLRULULLLRDLUDULRLDRRLUDUUDRDRDUDLURLDRDLDUDURUDULRDRLURLULRURDDLLRDUULLULDLLDDUUUUULLUDRRUDDULULUULURLDDURURURRLDRURDUULLRRRRUDRRRRRDRULDURLLLURDDLDURLDUULDRUDRDURDRUDUDUULLUDDUULDRUULURLULDRDULLDDDLRURDUDDRUUURURDDURLRLDRDLUDRRUDRDDRURUULDUDLDRLLUULDURLURUDRRRRLDRULLUUUUDDURDLURLLRLLRRUDULRDLUDUDLRUUULUUUULUUDDLRULLLLRLRRLRLULRRLUDDURDRDLLRLDDRDLDLDUUDRDLUUUURDDURRDRUDRLUDURULDUDLRUUDDLDULRLDDLULRRDRUDRULDRLULRRURUURRLDDLDLLLDRDLRRULDRDLRDDRUURDLDDDRDLUDUDULLLURULLRLRULLLRDLDLDURRUDDLDLLDDRLULRUUUDRUUDDDRDLDDRDLUURLDLRDLRUDRRRDLRDDR\nB. DRRRRRDDDRRDRRDRRDDDLRUDDDURRDDLDLRRDRDRRDRDRRDDDRDDDDURDURUUDRDRDUDDRURRRRURRUDRRLRLDLRRLLDDLRDRDDDDDDDDRDRDDRDRUDDLRRDLDRDRRRLDRDRRRURLLRUDRRDDRDDRRDRRRDDURLUDDRD\nC. DDRRRRUURRRRRRDDRRUURRRRDDDDDDRRDDRRDDDDLLLLLLDDRRDDLLLLLLDDDDLLDDRRRRUURRDDRRDDLLDDRRRRRRUULLUURRRRRRUUUULLUURRRRDDRRRRRRDDDDDDDDDDLLDDLLLLLLLLUULLLLLLDDLLLLUULLUUUULLDDLLLLUURRUUUULLUURRRRUULLLLLLDDLLDDDDDDRRDDLLDDDDDDDDRRDDRRDDRRRRDDLLDDLLUULLDDLLDDRRRRDDRRDDDDDDRRUUUURRDDRRRRDDRRUUUUUULLLLUULLUUUURRDDRRRRUURRUULLUUUURRUURRRRDDDDLLDDDDRRRRRRDDDDLLUULLDDDDRRDDDDRRRRRRRRRRUUUUUUUUUURRUULLUUUUUURRDDRRDDRRRRUUUUUUUUUUUUUUUUUULLUUUURRRRUURRRRDDRRRRDDDDDDLLLLUUUULLLLDDRRDDDDRRDDDDDDDDRRDDDDRRDDLLDDDDLLUULLLLDDLLUULLDDLLDDDDDDLLDDDDRRUURRUURRUULLUURRRRRRRRRRRRDDLLDDRRDDDDDD\nD. DRDDDURDDRRDDDRRURRDDLDRLUDDDLLRLDDDRDRRLDRURRDRRLRRDLRURUDLRRDDDRRRDDDDRDRDLURDLRDUUDDDRRDRDRLDRDLRRRULDRRLRRRLDRDRRRLRDDDDRRLLUDURDDDDRRRLDRDRDURLDRRRDUUDUUURUDRUDRDDDDRDURDRRRDRDRDDRLDRDLRRRL\nE. RDLURDRRRRUDDLURRRLDURDRRDRRDRRRRDRRDDDRDRDRDLRLRDDURRDDDRDDDRURURRDDRDDRDUDRRDDRLRRDRDRRURDUDDLRLDDLDRDLDDDRRRRRRRRUDDLDRRDRRDDLDLRDRDRDDRDDDDDDRRDDURRDD\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/146.png" ], "doc_id": "math_83", "problem": "\nWhat is the shortest distance the cat needs to travel to eat all the fish? Answer with a single number, such as 1, 2, 3.", "solution": "11", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/68.png" ], "doc_id": "maze_521", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LDLRRDDDLDDRRDRDDDRLLDLDDUDRRRRDRLURURUDDRDRDRRRLDLLDRDRRDURDUUDDDRRRRUDDDRURLUUDRDDUUDRRLUDDURDURDDDRRRLUDLRRDRRDUDRLUDLDRDDDRRRULUUD\nB. RLULDRRLRLULRDURLDLDURLRLUDLRRDRRRDDULURRLULUUURLLRULLRDRUDUURRUULLDRDRRDLURLULRLUUDLRRULURRLLLULUULRRLRLLDLLLRUDRRRDRULLUDUDRRRLRLLRLRDRDRURLUDLRUDDDLURRLUUDULDURRDULDULDLRDUDUDDLULULLUUDLLURRDDRUDRRDRLLURRLUDLRRLDLDUDRRUDLDRUDRDDLRUURRLDRDUULDLULLLLLDDLLRRRUUDDUDRLRLU\nC. DDRRDDRRUUUURRRRRRRRRRDDRRUURRRRDDLLDDRRDDRRDDRRUUUURRRRDDLLDDDDRRDDLLDDDDLLLLLLUUUUUUUULLLLDDLLUUUURRUULLLLLLUULLLLDDDDRRRRRRDDLLDDRRDDDDLLUULLLLUULLUUUULLDDDDDDLLDDRRRRDDDDDDDDRRUUUURRDDRRUUUURRDDRRRRDDDDLLDDRRRRDDLLLLDDRRRRRRUURRRRDDRRUUUULLLLUURRRRRRDDDDDD\nD. RDDDDDDDRDURLLDUDDDLRRRRLRDDRRUUDDRRDRRRDLDDUDDLRLRRRLRDRRLLDRRUDDRDDRDRURRDRLRDRUDDUDRUDLRRRUDRDULULLRRRRDRLURUDLLDRDDLDDRLRRURULDR\nE. DRDURDDDRURRDRRURRRDDDDDDUURDUDDRURULDDLLRDDRLDRDRDULDDUURRDRURRRDDLDLRRRLUDDDDRUDDRDLRDRRRDRDRDRUDDURDULUDDULRDDLRDDRUR\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_5.jpg" ], "doc_id": "jigsaw_937", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 1, 6, 8, 7, 2, 5, 3, 4]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/81.jpg" ], "doc_id": "ocr_1070", "problem": "\nwhat is the number in the image?", "solution": "2590", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/visual_search/new_6.jpg" ], "doc_id": "visual_search_544", "problem": "\nWhat is the score of the match at the moment when this photo is taken?\nA. 0-0\nB. 0-1\nC. 1-1\nD. It cannot be determined", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/word_search/22.jpg" ], "doc_id": "word_search_874", "problem": "\nIn the figure, in which row and column does the letter z appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[41, 8]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/ocr/75.jpg" ], "doc_id": "ocr_1102", "problem": "\nwhat is written in the image?", "solution": "shock", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_37.jpg" ], "doc_id": "jigsaw_489", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[2, 6, 10, 15, 1, 3, 14, 8, 12, 7, 5, 4, 13, 16, 11, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/instrument/70.jpg" ], "doc_id": "instrument_599", "problem": "\nApproximately what is the stopwatch second reading in the image? Provide an integer (e.g., 1,2,3).", "solution": "51", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000301373.jpg" ], "doc_id": "refcoco_985", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by firetruck?\nA: 30%\nB: 38%\nC: 14%\nD: 46%\nE: 6%\nF: 22%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_5.png" ], "doc_id": "rotation_game_59", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 245°\nB. 260°\nC. 235°\nD. 240°\nE. 255°\nF. 250°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000335697.jpg" ], "doc_id": "refcoco_322", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by elephant back left?\nA: 33%\nB: 41%\nC: 1%\nD: 25%\nE: 17%\nF: 9%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_26.png" ], "doc_id": "rotation_game_1082", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 55°\nB. 75°\nC. 65°\nD. 95°\nE. 85°\nF. 60°\n", "solution": "B", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/57.png" ], "doc_id": "math_1012", "problem": "\n从志愿者小屋出发到甲地观鸟，步行最短距离约为（ ）km。\nA. 0.25\nB. 0.5\nC. 0.75\nD. 1\nE. 1.25\nF. 1.5\nG. 1.75", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_76.jpg" ], "doc_id": "jigsaw_556", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[22, 23, 18, 15, 17, 13, 19, 16, 6, 2, 1, 14, 8, 4, 10, 9, 11, 20, 12, 5, 7, 24, 3, 25, 21]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/ocr/69.jpg" ], "doc_id": "ocr_754", "problem": "\nwhat is written in the image?", "solution": "both", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/maze/42.png" ], "doc_id": "maze_594", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDDRRLDRDRDDLURDLDLUUURUDRDRURRULRDDRUULDDRRDDLRRDDRULDDRLRRDLDDRDLDRDRRDULDUDDDRUDDDUDUUULLDLDRRRRRUDRRUURDRULLRUDLLRRDRR\nB. LUUDUULLUDDRLRUUDDLLDLDUDLLDDDURRURDDDDLRLRRUURLUDRDLLRRRLDULUDRDUUD\nC. RRRDLLDUUDLRULURURUUURLDDRLDUUDRLRDDULUDULLDURDLDUUUUURUUDRDLDUURDULRLRR\nD. DDRRDDDDDDDDLLDDDDRRUURRDDRRDDRRRRDDDDRRUURRRRDDRRUURRDD\nE. DDRDRRDUUURRDDRUDLDRRDDLDRDDDDURDLRUDDRDLDLDRRURRDRLUDURUDRDRUDURURRDDRRRDDLDUDDDUDR\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/20.png" ], "doc_id": "maze_60", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UDURRULDDDURRLURLDLRRRUDURDLDDLRRURRDDRRDLLRDDDDRUURLULRUDRDRUDLDLRRRRLUDLRLLRDDLRRDDUDLRD\nB. UDUUUDDURLLRLRRLRLRDULDRDLUULURDULUDLDRRULRDURRUDLLLRLURLRRLDULLL\nC. DDDDRRURLLDLUURDUDLUULLURRLLRRLLLURLLUUUURDLUDRLDRDDRRDLDLDUDURDUURLRRDURLDRRU\nD. DUDRRURRRDULDLUUDURUULDRDLDUULRDLLRLURRRULDDRDRRRLRULLDULRRRDLDRLRRRRLRRLDURDDLDRRDRLDDDRRLULDLUUDLDDRDURDLUULDUDDRLDURRRLDD\nE. DDRRDDRRUUUURRDDRRRRDDRRDDDDLLUULLUULLDDDDRRDDDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000081810.jpg" ], "doc_id": "refcoco_223", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by couch left bottom?\nA: 41%\nB: 33%\nC: 1%\nD: 9%\nE: 25%\nF: 17%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/ocr/38.jpg" ], "doc_id": "ocr_304", "problem": "\nwhat is written in the image?", "solution": "yruo", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/maze/95.png" ], "doc_id": "maze_1003", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UDDRDRRRDDUDDDDRDDRDLDRRRLRRLRLDRUUDRLDLDDDDDDURDRRRDRRRDDDDDDUURUDUDDDRULDRDDRRURRDRURURRLDDRDRUUDRRLRDRRDDDRLLDLDDRUDDDURDRURDRDRDDRRLRRLRDRRR\nB. LUUUUURDLDURDLRLLULUDLRLUURDLUUUUDRUDDDRRLLDRUDDUDDDUUULRURDLRRRLDRLDRRURULRUUDDULRLUULDDLRURRURLRDRDRLLURRLDDUDLDURLRLRDDLRRLDULULULRLURLRDRRUUULLLUULRLULLLRUURULUDLDDUULDUDRDRDRULDLDDUDUUL\nC. LRRDLUDLLLURUDDRRRDUDDRRRRLLULLULUULDLDDURULRRRURRRUDUDRRURUURDULRUDLRLLDDULDLUDLUULRUDLDLRLULRLLDUDLDULLURUDDDULRRLULLRRUULUDURURURLRDDUDLLULLLDDLDRRLRLLLUULLLDURRLURUUUDDULRRLDDRLDDLLRDRLDRRUUDUU\nD. DRURDRDDDDRURDUDDRRDRRUURRLDDDDRLLRRDURDDDDDDDDDDDLDURLRDRRRUDRLDURULDRLRRUURDUDRUDRLDDULRDRUDDLRURRRLRUDRRRDDRDLRRRDDDDDRRRUDDDDRUURRDDDRLRDULUDLDRDRDDRRDDRDRU\nE. RLDDDUDRLLRDDRRRDDRLLRDRDDRRLRDDDRLDLDDDRRLLURDRLRDRRRDRDDLULDLDRDRDRDRLDDLRDUDRRDDLLRDRRDURDRLDDRRDURUDDRDULLDRLURLRRRRUUURRRRRRDLRDRRURRDRLDRRRDDRDRRRRRDD\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_12.jpg" ], "doc_id": "jigsaw_159", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[4, 9, 5, 2, 6, 8, 1, 3, 7]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_13.jpg" ], "doc_id": "jigsaw_499", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[5, 4, 2, 6, 8, 7, 1, 3, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/instrument/18.jpg" ], "doc_id": "instrument_1179", "problem": "\nAccording to the thermometer in the image, approximately what is the current room temperature in Celsius?\nA 37\nB 38\nC 39\nD 40\nE 41", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/spot_difference/9_left.png", "TIR-Bench/data/spot_difference/9_right.png" ], "doc_id": "spot_difference_678", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "1, 5, 7, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_52.jpg" ], "doc_id": "jigsaw_1158", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[1, 8, 11, 16, 15, 7, 4, 3, 10, 5, 12, 9, 13, 14, 6, 2]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_66.jpg" ], "doc_id": "jigsaw_960", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[10, 16, 15, 20, 19, 21, 25, 6, 14, 8, 5, 24, 4, 1, 2, 11, 3, 17, 22, 23, 12, 18, 7, 9, 13]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/contrast/33_low.png" ], "doc_id": "contrast_749", "problem": "\nHow many small statues are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/math/86.png" ], "doc_id": "math_714", "problem": "\nWhen x=48, Rebecca Purple - samon is about ( )\nA. 7\nB. 7.5\nC. 8\nD. 8.5\nE. 9\nF. 9.5\nG. 10", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/math/90.png" ], "doc_id": "math_1129", "problem": "\nThe value of Firebrick and Dark Green is closest at about x = ( )\nA. 74\nB. 70\nC. 42\nD. 92\nE. 26\nF. 6\nG. 84", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/43.jpg" ], "doc_id": "instrument_1126", "problem": "\nApproximately how many milliliters of liquid are in the measuring cylinder? Answer as an integer like 1,2,3.", "solution": "22", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/temp_22.jpg" ], "doc_id": "visual_search_466", "problem": "\nWhich lantern name listed below is furthest from the lantern labeled \"松山茂雄\"?\nA 原田昭子\nB 川崎英嗣\nC 柏木隆宏\nD 青松哲也\nE The leftmost lantern labeled 大和商会", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_57.png" ], "doc_id": "rotation_game_804", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 125°\nB. 75°\nC. 80°\nD. 65°\nE. 110°\nF. 95°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/contrast/19_low.png" ], "doc_id": "contrast_803", "problem": "\nWhere is the ladder located in the image?\nA. Left\nB. Center\nC. Right\nD. No ladder", "solution": "C", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/maze/92.png" ], "doc_id": "maze_979", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDDRRLURUDRDRDDRRRUDURUDUDDRRRLRRDRRDDRDDDRRRDURURDRLDDDRDRRDDRUDDLDRRLRRRRURDLLRDDDRDDLRURRRRDRDDUDDDDRRLDDLDDDDDRRDRURDDRRDD\nB. RLRRRLRUUURRDRRULDUULRLLLURRRLRLDUDDRDUDURDUDRUDRLLDLRLDULLDRDUDUUDLDDLRDLRDLDDUDUULRLRDLUDUDDDRRRRRRRURDLRUUDDDLLLUDLDRLULRRUURLLDDULRLLDRUUUURDDURDLLUUUDRDRUULUUDURLUUURDDLDDRDLURLRLDDRDUURDURDRULDDLDDDDRLRRDDLRDLDRULDRLDRULDDDRURRDUUDLRURLRLLLRRLUDDDLDUURLUUDRLDRUUDRLUDDLLRRLURLLUURRLDRLLUDRLRULUUURUURLLRDURRUDLRDRULDUDDDDDLRDLLRDDULDRDURLRDLRLRDLDUDUDLLURRLUDRLUURLDRRLURUDURL\nC. LLRULDRDRRUDDDDDDDUDUDRLRRURDDRRDDRLDDDRRDDDLRDRUDRRRRRDDRLDRRRRDRLDRRLRRDURDDDDDULDRRRRDLRRURRLLDRRRRRDRUURLDDRDUDRURRDDDUDDLDRLRLRDDDULDLULDRRRDRDRLDUDRRR\nD. RDDLRRRRLRDLULDLDRUDRDDUDLURDDRDRURDURDRUDDLRRULRRDRLRDDDRDRDLRRRUDRRUDRLRDLDDRDDDURLDDRRDRDDDRDRRUDLRUDRDURRLDDRRDURDDRDDLDRDURRDRRURRLRDDDRRUDDRDDRD\nE. LLLUURUUDRULRLLRLLRLULDURUUDRRDRDLLDDUUDLRULUDDLLDRDDULLDRRLULLRRLRLLULULRDURDULRDDDLRLLULRLURLLDULLLRUDLRURRDUDDRULLURLDDRRRDDDDRUUDULLURUDRRUDDRDRULLDUDDRRLDLDLDULLULURLUDDLRRUDDULRRDULRDUURDRDDRURURULDLLRLLLDDRRRRULDDLULDLULLLULDDDLLDDLRLUDRLUDDDRRDRRRDDRUUDUURRLRLDLDULLLULLDRLLLUULDRRLDRLULULDDRRRDRRDDUDRULDUDUDLDDULRRUDUURLDDLDLURLRUDRLURDRLLLRLLLLDDDRUDUULDULLUULLLURDULDRUDURRRDDLLR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/hr_31.png" ], "doc_id": "visual_search_272", "problem": "\nWhat is the position of the Royal Albert Hall relative to the bus?\nA. Directly behind the bus\nB. In front of the bus\nC. To the right of the bus\nD. To the left of the bus", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000367549.jpg" ], "doc_id": "refcoco_400", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by ship?\nA: 46%\nB: 38%\nC: 22%\nD: 30%\nE: 6%\nF: 14%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000438196.jpg" ], "doc_id": "refcoco_3", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man in blakc shirt and jeans facing away from camera?\nA: 45%\nB: 29%\nC: 5%\nD: 37%\nE: 13%\nF: 21%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_92.jpg" ], "doc_id": "jigsaw_389", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 8, 18, 1, 29, 28, 12, 26, 35, 22, 13, 21, 27, 23, 34, 14, 19, 36, 24, 7, 5, 10, 16, 25, 11, 2, 6, 33, 32, 4, 30, 3, 15, 20, 17, 31]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/144.png" ], "doc_id": "maze_169", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDURDDDRRDDDDRDDRLURRDDLRRDLDRDRRRRDRRDDDRDLDRRRDDDDUDRLRRRUDRRDDRULDRRDRDRDDUDRDDRDRRRDUDDRDRRDDRRDDDRRURDUDLURRLRRDRRLDDRDDDRRUDRRRUUDDURRDDDURDDURLRDRDDDDURRDRDRRDRDRRDDDDLD\nB. URDDLRRRDRRUDRRRULRLDDRLRUDDLDRRRRDDRUDDDRDRRDRRRDDULRLRURLURDDDDRRRLDDRDDRRLRRDDDLDLRDRLRRDRDRLLDDUDDRDLDDRDURRDDDUDDDDDRRLURDRRDDRURRDRRRDRURDRDDRRRLRRURUDRRRURLRRURDRRDDLRDRDRLDLDLDLDDDDRRRDDRUUDDRDDLDRRURDDRLLRLRRDLD\nC. DLRLULLUDDDRLRDURULDUUDUURUUDLLUULDRDDRLRRRURRULUURULURLRUDRRDUURLLDRLUDLRDLURDDDLLUURRRUDUURRRRDUUUDLRRURUUDDRLRURLURLDLUUUUDRLDURRRDULULRDLLUDULRLDUUDDLLRRLLDDULURURURLLDDDDUURLDRLDULDLDUUURRRRRLRDLLUUUURDDDRRRULUDUUDRLDDLDLRRDDUDLUURDLRULLDRDLLRDLLUULRDRULDUURURLUUDDDDRDULLUDDLURURDLUDLUURDDDUDLURURDDRLRRLLUURDRRUDURRLDRLULUDLDLLLLDDDRULDUUDULUUDLLDRDLLDRUURURRDUDRRULLDUURRRRLRDRRRUDUDRUUDLRUUDLRDUULLDDURDURRURDLRURURRULLDDRRRLRURRDRULDRUULRULLDRURLDRLLLDLULDLRLDLRRULDDRURLUDUDUDURLLDLRUUDDRUDDULDURRUDDLLRRRURLDLULURURUURUDDLDDDLDLLLLLRLURURDRLRLDDDLUDDLULLDRRULLUDURDUUDRLULULLLRLDLLUURUDLUULDULDDLLDRLLUDDURRLULRURDDDLURURDLDLLRDDRRDUURLRRLDRUDLLRLUDUDLRRLDRDDDDDLLLRRLURURUUUUDRDDLLULDUDRRLLUDLDRUDRLLLUDLDLUDUDLRRRLULDLDRDDDLDRDR\nD. LRUDRDLDDDDRLRDLDRDDDUUURRLRRDRDDRLDRUDDRDDRDRLRDRDRDUDRURRURRRRRDDDDUDURUDRURUDDDDRDDRDRDDRUDURRDRDDDRLRRRRLDDRRDRDLDRDDDRDDDRDRRLDRRRRDUUDDLLRDUDRRDRDDRLRRDRDRLDDRRDDRDDURDRDRDRRRDRDDRRLRRLR\nE. DDDDRRUURRRRDDLLDDDDLLDDRRDDRRRRDDLLLLLLDDDDRRUURRRRRRRRRRRRDDRRRRRRRRUURRRRUULLLLLLUUUULLDDLLDDLLUULLUULLLLUULLDDLLUUUURRUUUURRDDRRUUUURRRRRRDDLLLLDDRRRRDDDDRRRRRRUURRRRDDRRRRUURRUULLUUUURRRRRRRRDDRRRRRRUURRDDRRUURRDDDDRRRRRRUUUURRDDDDDDDDLLUULLLLLLDDDDLLDDDDDDLLDDLLUUUUUULLLLLLLLLLLLDDDDLLDDDDLLLLLLDDLLDDDDDDLLLLLLUULLDDDDDDRRRRDDDDLLLLLLLLDDDDRRDDDDRRUURRUULLUURRRRDDRRDDLLDDLLDDRRRRUURRDDRRRRUUUULLUULLUULLUURRRRUURRDDRRDDRRDDDDRRDDDDLLUULLDDDDDDLLLLUULLLLLLDDRRDDLLDDDDLLLLUUUURRUULLUUUULLLLUUUULLLLDDRRDDDDRRRRDDDDLLUULLDDDDLLDDDDLLLLUULLLLDDRRDDRRRRRRRRRRUURRRRDDRRUURRDDRRUUUUUURRDDDDDDRRUURRDDRRRRRRRRUUUULLUUUUUUUURRDDDDRRUUUUUULLUUUURRDDRRDDRRRRRRRRDDDDRRUURRRRRRDDLLDDRRRRUURRDDDDDDDDLLUULLLLLLDDLLDDRRRRUURRDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/spot_difference/11_left.png", "TIR-Bench/data/spot_difference/11_right.png" ], "doc_id": "spot_difference_61", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "2, 4, 7, 8, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/spot_difference/68.png" ], "doc_id": "spot_difference_1054", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "2, 6, 8, 9, 12, 16", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_50.png" ], "doc_id": "rotation_game_411", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 145°\nB. 175°\nC. 165°\nD. 140°\nE. 155°\nF. 135°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/ocr/97.jpg" ], "doc_id": "ocr_886", "problem": "\nwhat is the name of the company that issued this receipt? Answer this question using the text in the image directly.", "solution": "UNIHAKKA INTERNATIONAL SDN BHD", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/ocr/55.jpg" ], "doc_id": "ocr_219", "problem": "\nwhat is written in the image?", "solution": "CVREIENIG", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/math/95.png" ], "doc_id": "math_493", "problem": "\n如图，河西村和汽车站之间的真实距离最接近（ ）。\nA. 300m\nB. 600m\nC. 900m\nD. 1200m\nE. 1500m\nF. 1800m\nG. 2100m", "solution": "F", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/13.png" ], "doc_id": "maze_1031", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DLUDLDRLLDRULDLRULRLUUUDRDRDRRRRDLLRRULDDDRUURRRDLRRLLUDUDLDDDRRLRDRDRDUULLLRLLRUDDLRLRRLRRURUDRLLLULDDRLRDRURRLUR\nB. DDDDRRUUUURRRRDDRRDDLLLLDDDDRRRR\nC. URRULDRLRUULDDRRUDLRLURDLRDUDDUUURLRDURURDDULDLUURDLDURL\nD. DDRRLURDDDDDUUDRDLRRLRRRLRRDLURDLULLDRLDRRLLRDDDRURRRRLLUURLRDLDURUL\nE. DDULUUDUDUDUDDRURRRLUUUDDDLRDRRLLULLRRRLUDDURRDLDDLLRLLRUUDDLL\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_40.jpg" ], "doc_id": "jigsaw_417", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[4, 7, 14, 12, 1, 16, 2, 11, 6, 10, 9, 5, 3, 15, 13, 8]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/34.png" ], "doc_id": "maze_171", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. UDLURDLULURLRLRDURLUDURURRLRLRRLURDRRDLLRUUDRRLRRDDLLRDDDDLDRRDDRDRDDRRRDLULLRDRUURLDURULDRLDRLRLRDLRDDRLUULRLDDRRRDRRDUUUDLRDLRLDRRDLDDRLDU\nB. UURRDRRDRLDDLRDDRRDLRUUDUUDRDUDDRDRRURDLLDDRRRDRUDLLDLRDDUDLLDRRRDDLULULDURDUDDDDUURLRURDRRUURLRDRDD\nC. DUDDURRDRLUDULLURUURDDDDDDDLLULURDLUUUDDUDUDUDLDRDRUURRDRDDRRLLRDUULRUUDRUUDDDDUDRRRRDUDDDUDLRRDRURRURLLRRDDRDDLDDLUUDLLLLUDDRRRRLDLDRRRRUDR\nD. URRDRRDDLRDRLURURLDLURLDLRUUUDLURDUUDLRLDRRRLDRLLULLLRDRUULLDDLULUURDLULRDLRUUDUUDDRLDDURLUDDRRRDURLDRDLLRDUR\nE. RRDDDDDDRRRRUUUUUURRRRDDRRDDLLLLDDRRDDLLLLLLDDLLUULLDDDDDDRRDDRRRRUURRUUUURRDDDDRRDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/61.jpg" ], "doc_id": "word_search_243", "problem": "\nHow many times does the letter V appear in this image? Answer with an integer, such as 1,2,3.", "solution": "3", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_27.jpg" ], "doc_id": "jigsaw_870", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 1, 5, 2, 8, 3, 6, 4, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_24.png" ], "doc_id": "rotation_game_772", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 335°\nB. 340°\nC. 345°\nD. 350°\nE. 0°\nF. 355°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000078307.jpg" ], "doc_id": "refcoco_949", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by second bike right?\nA: 21%\nB: 13%\nC: 45%\nD: 37%\nE: 29%\nF: 5%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_23.png" ], "doc_id": "rotation_game_96", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 305°\nB. 320°\nC. 310°\nD. 315°\nE. 300°\nF. 295°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000559949.jpg" ], "doc_id": "refcoco_16", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by person closest to front facing away?\nA: 7%\nB: 39%\nC: 15%\nD: 23%\nE: 47%\nF: 31%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/33.jpg" ], "doc_id": "instrument_857", "problem": "\nAccording to the image, what is the reading on the clinical thermometer?\nA 37.4-37.5\nB 37.5-37.6\nC 37.6-37.7\nD 37.7-37.8\nE 37.9-38\nF 38-38.1\nG 38.1-38.2", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/ocr/3.jpg" ], "doc_id": "ocr_554", "problem": "\nwhat is written in the image?", "solution": "Jasmine", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/visual_search/art-32.jpg" ], "doc_id": "visual_search_668", "problem": "\nWhat color is the hat worn by the person with a cane in the picture?\nA) Red\nB) Blue\nC) Yellow\nD) Green\nE) Black\n", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/97.png" ], "doc_id": "maze_1214", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LDLRRDLDDRDDDUUDDRDRRDRDRRDRDRDRDRRRDDURDRLURDRRDDUUDUUDRLUUDRDDLDRUDUDUDDDRRRLDLDDURURRDDRDDDDRDUURLUDDDRRRUDDDDLDURRURDRDRLDRDRDRRRDRLRDRRDDRRDDUR\nB. RDDRULRLLURDUURDLLRURDLRLRURDUDURLRLDRLRDDRRRDRDDRRDLURRRDDRRUDRRDRDRDRRRLDRLDDLLRDRDURUUDUDRDDULDUDDDLRDDRRUDDLDUDRDDULDDUUDDDRULRDRRDDDDRRDDRRLRRDUDRRRDDUDRDDDDDRRRRRDRRLRL\nC. DDLRRRUDRRRRDDRLLLLLDUUDRRULULRLDDLDRRULLLUULLDLDLURULDDRRDDLDLDDLLDUURLDDLDDUDRDLLDLULDDLUURRRULULUDRUUULDDDDUDRRDRRLRRLDURRDLRDDLLRLURLDLLURDLUURRUDLUDLLRDLURLLURUDUUDDLUURUDLRRDRRLRUUULRRULRDDUDDRURULRLRRDUDDRLRRDRRLLDDLRRDRLRDUURRRDRUUULDDRDLUUDRDDRRRLRRUDLULUURULRLDLRLRLLDLDULRLURDLURUDLLUDLDDLULDRUDLDRRRDRULDLDLULLRLLURURR\nD. LRDDDUDLUDRRDUURLDDLDDDRDRUUDRDRRDURURDRRRURRDLURRRRDUDLRDDRRDDRUDRDDRRRRDDLRDUDDURDDRRDLDDRRDDRDDDLULRLDDDDRDRDUDDLDRDRUDUUDDDDLRRRDRRDRLURDRRURRDDURLRDR\nE. LUDDDDULUULRDLULLUDDDULDRDURLRUUDDRRRRRDRUDDLURULDDRDRDLULDUURDLLDRULLDURRDLDUDRLULRUDURRUUURRRLDDRURDLLRLLRULURUUULDRDDUDLUURUDDULRUURDDLLLUUDUDRURDDLLDRRDDUUULUURLULLLRUUDUDUDRDDDRURUULUUUDDDUDLULURRLDLRDDDRLLUDLDDURDLRULRRDLURUDULRLDRULUDLURLURDDRLLULLLLLLDDLLLUUDDULDLDRRDLLRLLDDLLDURDUDDRUUDDLUURDRUURUDLURRULDDDLLDLRRLLDURDDRDRDRDLDURUURUU\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/67.png" ], "doc_id": "math_1013", "problem": "\nThe line is about (_) centimeters long. Answer with a single number, such as 1, 2, 3.", "solution": "8", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/15.png" ], "doc_id": "color_1213", "problem": "\nExcluding white, background, border, and font colors, how many colors are in this image? Select from the following choices. (A) 10 (B) 11 (C) 12 (D) 13", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/word_search/46.jpg" ], "doc_id": "word_search_877", "problem": "\nIn the figure, in which row and column does the letter Z appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[21, 31]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/color/20.png" ], "doc_id": "color_1007", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 10 (B) 11 (C) 12 (D) 13", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_63.jpg" ], "doc_id": "jigsaw_828", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[23, 16, 1, 10, 9, 13, 25, 4, 18, 7, 2, 21, 6, 8, 12, 11, 24, 5, 19, 15, 20, 3, 17, 14, 22]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000276686.jpg" ], "doc_id": "refcoco_454", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by pitcher?\nA: 3%\nB: 43%\nC: 19%\nD: 35%\nE: 27%\nF: 11%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/59.jpg" ], "doc_id": "instrument_78", "problem": "\nWhat is the reading of the Vernier caliper in the image in centimeters?\nA 4.425\nB 4.435\nC 4.445\nD 4.455\nE 4.465\nF None of the above", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_8.png" ], "doc_id": "rotation_game_946", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 345°\nB. 5°\nC. 0°\nD. 10°\nE. 355°\nF. 350°\n", "solution": "C", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/instrument/6.jpg" ], "doc_id": "instrument_896", "problem": "\nApproximately what is the thermometer reading shown in Celsius?\nA 36.4-36.5\nB 36.5-36.6\nC 36.6-36.7\nD 36.7-36.8\nE 36.9-37\nF 37-37.1\nG 37.1-37.2", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000328676.jpg" ], "doc_id": "refcoco_1173", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by lady far right?\nA: 17%\nB: 9%\nC: 25%\nD: 41%\nE: 33%\nF: 1%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/133.png" ], "doc_id": "maze_474", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LULLDRDUURUULDLDRLRLURURURULDLLLURRURUDDLDRLRULDLRRUDRDLDLLRDRRRRRLRUDRUDLUUDDLUUURLDRLDUDRDURDUDURDDLRDRDRDULURUUURRDUDLDLDUDDRLDRLDRULURULDDRRLUDUDDDRRLRLUDLDDULDRDDLULUURRDLDRDDDUURDDURUUUDDLLUUDRRULLDDRDUULRRDLULUDDDRDLUURRRDDURDDUULLDLRDUDLDDLLRUDUDDLLRRDLRRULLULDUULDLLLDLRDDURLLUUULRLLLLDULRRRLLLDLRDULULDDDUDRDURDDRRRDLRRDDUURLLLLLLRLDRUDUDULUDDRURDURDRULLDULRLLLLDURDDRUDULURDUDUDUDLULRDRLDDRDLLLUURRDRLDDLDLUDLRRDUDRLDDUDULURDLDRRUUDUURDRRULLUURDRDUURULURUUULULRLLDUUDUURRRRUUULUDRLUDRDUUURRDRUURDRDUDUDLRLUUDDLLRURLURULDLUDULURRDDURRULUDLLUUURRUURLULLRRRUDRDURLDDRUUUUDRLRDLRRULDUDLDRLLUULLRLULRDDLRUDURULDDDDUUUDDLRUDLLUULLRRULLURDDDULRURLRURRRRLDUDLRRDULRDRRDURULDURRDDUULDLLRLRDUUURUUURUULLRLLUDDURUURRUUDLLRURRLRUUDRDULDRUDRLUL\nB. RRDDRRDRDRUDDDDURRDDRDRRDDDRUDRRRRURDDDDULUUDDRRDDDRLRRLRDDDDDRDRRLURDRDRRRDDRURRRRRDRDDRRDDURDRRRDUDDRRRDUDDRDDRRDUURLDRDRDRRRDDDDDLDDRDDDLLRRRRDDRRDDDRDDD\nC. DDDRDRDRDDRUURRRRDDDDDDRDDLLDDDLULDRDRUDRRDUURURDDDDLDRLRRUDLDRRRURRRDLRRRDUDDDRRRRDDRDRUUDDRURRRRDRRRDDDRDDRDRDRURUDRDRDRDRDRRDDDRDDRLDRDDRRDDDDDLRDURRRRRRDURDUDDLRDUURDDDDD\nD. DRRDUDDDDRRRRRRDDRDDLDDRDUDRDRLDRRUDRLRDRUDRDLDRDDUDRDDRRRRDRRDDRDDRDDRDDRDRDRRUURDRRRRRDRURLDDRDDRUDDDDLDLDDDDRDRDRDRRDLDRDRDRRURDUDRDDURDRRRUDDDRRRRDLDULDRRRURRLD\nE. RRRRRRRRDDDDLLLLDDDDDDLLUUUUUUUULLDDDDDDDDDDRRDDDDDDDDDDDDLLDDDDDDRRUURRRRRRUUUUUULLDDDDLLUUUUUURRUUUURRRRUUUULLLLUURRUURRUURRRRUULLLLUURRUURRRRRRRRDDDDLLUULLDDDDDDLLLLDDRRDDRRRRUUUUUURRRRRRUURRDDDDDDLLLLDDRRRRRRUUUUUUUURRRRUUUURRRRDDDDLLDDLLLLDDDDRRUURRDDDDLLDDRRRRRRUULLUURRRRDDRRUUUUUULLDDLLUUUURRRRUUUURRRRDDRRDDDDRRUURRDDRRUURRDDDDDDDDDDDDLLUULLLLDDLLDDLLUULLUULLDDLLDDDDRRDDLLLLLLDDRRDDDDRRUURRRRUURRUULLUURRRRRRRRRRDDLLDDRRDDRRDDLLLLUULLUULLDDDDLLDDDDRRDDLLLLDDRRRRDDDDDDDDLLUULLLLLLLLUURRRRRRUULLUUUUUUUULLDDDDDDLLUULLLLLLDDRRDDDDRRDDDDLLLLLLUURRUULLLLUURRUUUULLLLLLDDLLLLUURRUULLLLLLDDLLDDRRDDRRRRDDDDDDDDDDRRDDRRUUUURRUUUURRDDDDDDDDRRDDRRUURRRRDDRRUUUURRUURRRRDDLLDDLLDDDDDDRRRRUULLUURRRRDDRRUURRUULLUUUURRDDRRRRRRDDDDDDDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/art-25.jpg" ], "doc_id": "visual_search_1124", "problem": "\nHow many grapes are on the table?\n", "solution": "11", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/135.png" ], "doc_id": "maze_188", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDRRRRRRUURRDDDDDDDDRRUUUURRRRUULLLLUURRRRRRRRDDLLDDDDLLLLDDRRDDDDLLDDLLLLUURRUULLLLUUUULLUULLLLDDDDDDDDDDRRUUUUUURRDDDDDDDDDDRRRRRRDDLLDDRRRRDDDDDDLLDDLLDDRRRRDDRRRRRRRRUUUUUULLLLUULLUURRUURRRRRRUURRDDDDRRRRUULLUUUURRUULLUULLUUUUUULLLLUURRRRUULLLLUURRUURRRRRRRRRRRRDDRRRRDDDDDDLLLLUURRUULLLLLLDDLLDDLLDDDDRRRRUURRDDDDLLDDDDRRRRUURRRRUULLLLUURRRRRRUURRUULLUUUUUUUURRRRDDRRRRRRRRRRRRDDDDLLUULLLLDDRRDDLLDDLLDDDDDDRRDDLLDDLLLLUURRUULLLLLLDDRRDDLLDDRRRRDDRRRRUURRDDRRDDRRDDRRDDDDLLLLUULLUULLDDLLUUUULLDDLLDDDDDDDDDDRRRRDDLLDDRRDDLLDDDDRRUURRUURRDDRRUUUULLUULLUURRUULLLLLLUURRRRUURRDDRRDDDDDDRRUURRDDDDDDLLDDDDLLLLLLDDRRRRDDRRUURRDDDDDD\nB. DUDDLRLDLRRLLLLRRRUUUUDLDDRDDDDLLDLLUUDRLUUDRDDLDUDUURRURDRUDRDDDDDLUDLULRLRDDUDRRDULDLDLRDLDLDUUDLUDULLLULLULUULDLLLUURLLLLUUULUUUDDDLUDDDRURUURDULRUDDRRDUDLUULRDRURRURDURDDDUUDULRRLDRRDUUULLUDLLLUUDLLRDLRLLDLLDDRLDRLULUUULLRRRLDLUUDDRDULRDDUDDRDRURDULDDRULDDUURULDDRDRDURDLDLLLLUURRLUDULRRDRDRRRURDLLDURUDDLUDRULDRRDRLRDLLDLRRRLDDUUULDLUDLLLRURDRLDUDLUDLLDLUDURLRRDULRRRUUDRLRLLURLLUDULLUDDRLUUDRULDDDRRRLDURDULDRLLULDDLDULRLULULRURDLLUDLULUUUDRRUULUDULRRUUUUUDURUULDDURULLULUDRLLLRLRDULLDLUURDDRLUULRDRLDLDRDRRULLDULRRRURLRRLRUULLDUUUURRURUURRDURDDDLULULUDULLLLLULLDDLLLRLURLDURUURUDLDRUULDLLDDURLURRURDUDDRDDDRLULLDUUDRDRRDLLDRRDRLRULLRDDLU\nC. DDDDDDLDLDULRRRLLUDDRDDRDRLRDUDRRRUDDLDDDRRDDRUDDDRRLRRRDRRUURRDURDDRRRRDDDDDRRDDRRRDUDDRLDRURUDDDRRDRRRLDRRRDRRDDRRDLRDDDRRURRDDRRRRDRUDDLRULDRDDDDDDRRUDDRLRRDRDURRUDLLDRDRRDRLRRD\nD. RRRRDDDRDRDDRRDLURRLUDUURDRDDDDRURRDRDDDDRDRRUDDRDDDUDDUDRDDDURUUDLRDLDRRRRDLRDRDRRDLLRLDDRDRDDRRRDLDRURRRRRRUURDRRDDDDRRRRLDDLDRDRRRUDRDLDRLDRDDLDDDDLURRUDDRDDUDRRRDRLDRDDRRRURRRDRDLD\nE. DRRDRDRRUDURRDDDDRLDRDUDRURDRLUDDDURDRDDRRRDDDURUDRRDUDDRRRRRDDDRDDDLRRRDRRRDDDDRDDRDRUDRRDRDRDUDDLDRDRDURRDDDDRRRDDUDRRRUDDURDRDLLRLRRDDRDRURDRDUDDRDDRDRDLRRRRULRDDDDL\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/hr_32.png" ], "doc_id": "visual_search_1132", "problem": "\n is the relative position of the white truck compared to the trams in the image?\nA. To the left of the trams\nB. To the right of the trams\nC. Bottom of the trams\nD. In top of the trams", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/symbolic/nested_square_8_2.png" ], "doc_id": "symbolic_144", "problem": "\nHow many nested squares are there in this image?\nA.6\nB.8\nC.7\nD.9\nE.10", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/maze/38.png" ], "doc_id": "maze_460", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDDLUDRLRDUDLDLRDRRLRRDDDURLDRRLRULRDRRLDDUULRDLRLRUDLRULRULLRDLURRRUDRLUDURRDLRULRRDR\nB. RLLRRDDLULRLUUDUDURLDDLRUDRDRUUDUDULDRRURLRLLRLLUUDUDLDURLRULLRRLUUDRLDRRDRDDRUUDDDULLRLRLURLLLDLRU\nC. RRDDRRDDRRRRUULLUURRRRRRDDRRRRDDDDLLLLDDLLUULLLLDDLLDDDDRRDDRRDDRRRRRRRR\nD. DDLDURDUDLDRRRLDDRUDUURRLDRURLRLLLRLDRRRDLUDDDLRDRRLRDRLDRDRUUULDRRRRRLDRRDRDDRRRLLURLRDDRLLRRLLURLLLUDRLLDURULRDRDDRRUD\nE. RLLDLDRLUDDDRULDRUURDULUDLDULRRURURDRDRDRLDUDULRRDRLDDDDRDLRLRRRRUDRLLULDLDRLRRRUURUDRURDDRRDLRLULDRDDRDURUDRLDRRDDD\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/125.png" ], "doc_id": "maze_550", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDRDRUDUUDRDRDRLRRDUDDRDDLRLURDRLDRULDDRDLRDRRRDRRDDDDRDRRDDLRRRURRLRDDDRDRRUDRRRDRDURRUDDDRDURLRDDDDRDDURDDRLDDRDRRRRRLRDDDDURDDRLDUDDUDLRRDDRDULDRRRRRRRRURRDRLLDLDRRLRDLURDDULRDDDRLR\nB. DRDRRRDDDRURDRRUDRURDDDDLRDDRRRLRRRDDRRDRDDRDDDRRRRURRRURDURDRUUDDDRURDRRLDDDLLRULRDDDDLDRRRLDRURUURUDRLDDDRRDRUUDLDDRDRRDRUDDDDDDDRUUDLRDRLRRDDDRLRRULDDDDRDDRDRDDRDDURDDLRDUDDRR\nC. DDDDDDRRUURRDDDDLLLLDDDDDDDDRRDDLLDDDDDDRRUUUURRDDDDDDLLLLDDDDDDDDRRUUUURRRRRRUURRDDDDDDLLDDLLDDRRDDLLDDLLLLDDDDRRRRUURRUURRUURRDDRRRRRRDDLLDDRRDDRRRRDDDDRRRRUULLUUUULLLLUUUUUULLLLLLUURRRRUUUUUULLUULLUUUURRUUUULLUUUUUUUURRRRUULLLLUULLLLDDLLLLUURRUULLUUUUUULLUURRRRRRDDRRUURRDDDDLLDDLLDDRRRRRRRRRRRRRRRRRRUULLLLUURRUUUURRRRDDLLDDRRDDDDRRUURRRRRRRRRRRRRRUUUURRUURRDDRRDDDDDDDDLLLLDDDDRRRRDDDDDDDDLLDDDDRRDDDDDDLLLLUUUULLDDDDDDDDLLLLLLDDDDLLLLUURRUULLUULLLLLLUURRRRRRRRRRUULLLLUURRRRUULLLLUULLLLDDLLDDLLLLDDDDDDDDRRRRDDLLLLLLUULLDDDDDDRRUURRRRDDRRUURRRRDDLLDDRRRRRRUURRRRUURRDDRRDDRRUURRDDRRDDDDDDLLDDRR\n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nE. UDUULRDLLDULUDRLDRURUDDLLULDDUULDURDDLRRRLLDRDULLRLRDRLRRLRUURUUDURUDDDLRDULUDRDDLUDLRUDUDRRRURUUDRLRLDLDLDRRULDDRLUDLRDDUDULLURURDUULLUDUDRLDRDRURULLURLURRLUDRLDRDUURRRRUUDRLDULLDDLLUURRLRRULDULRRDLDLLLRRRLUUDRRLULURDLURRLULRLRLDUULUURULURRLDURDUURLDDLDURDUURLDLDUUUDLDLLDDULLRRUDLUDULLUULRDRRULLRLULDRUURUDULLLULDDLDRDDDLDLRRURRLLLLDDLDDDRLDURDRDRDLRDLRLDLDRDDULDLLULRDLULRULUDRLUDRLLURLRDDLRDRLDDDLLLLLURRURDRDRLLUDRLURLDUUUDLULUDDURRLURRDLUUUURUDRDRUDLLDURLULLDLDDRDDLLUULURRUUUDRUUDRUDLDDRDRLLUDRURRDRDUUUULUURDURRDLURRLRRLRURRDDURULDRRUUUDDRDDLDDUDRDDDDDDRRLDLRLUURLLUUUDUDDDUUULRLDULRRUDDDDUDLUDULLLUDRDUDLUDLDUDRLU\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/ocr/52.jpg" ], "doc_id": "ocr_195", "problem": "\nwhat is written in the image?", "solution": "eergdanle", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/visual_search/temp_14.jpg" ], "doc_id": "visual_search_197", "problem": "\nTo what number is the hour hand of the clock pointing closest? Answer 1-12.", "solution": "10", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/29_left.png", "TIR-Bench/data/spot_difference/29_right.png" ], "doc_id": "spot_difference_255", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "1, 4, 5, 7, 9, 11, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_43.jpg" ], "doc_id": "jigsaw_112", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[13, 7, 4, 12, 8, 16, 15, 2, 11, 14, 6, 9, 1, 3, 5, 10]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/6.png" ], "doc_id": "math_1025", "problem": "\nwhich arch is the longest?\nA. AB\nB. BC\nC. CD \nD. DE \nE. EG\nF. GA", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/ocr/76.jpg" ], "doc_id": "ocr_820", "problem": "\nwhat is written in the image?", "solution": "seemed", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/spot_difference/99.png" ], "doc_id": "spot_difference_348", "problem": "\nThis is a spot-the-difference game. How many places differ between the left and right images?Please provide your answer as an integer, such as 1, 2, 3. Please provide your answer as an integer, such as 1, 2, 3.", "solution": "5", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/symbolic/grid_17x18_10.png" ], "doc_id": "symbolic_746", "problem": "\nHow many grid cells are there in this image?\nA.224\nB.221\nC.238\nD.400\nE.306", "solution": "E", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/math/50.png" ], "doc_id": "math_413", "problem": "\nThe distance from the black logo to the pencil tip is most close to ( ).\nA. 1.5\nB. 1.75\nC. 2\nD. 2.25\nE. 2.5\nF. 2.75", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/78.png" ], "doc_id": "color_63", "problem": "\nWhat is closest to the proportion of the color green in the image? Select from the following choices. (A) 9% (B) 13% (C) 17% (D) 21%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/ocr/27.jpg" ], "doc_id": "ocr_101", "problem": "\nwhat is written in the image?", "solution": "caiognr", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/instrument/5.jpg" ], "doc_id": "instrument_662", "problem": "\nApproximately what is the thermometer reading in Celsius shown in the image?\nA 37.4-37.5\nB 37.5-37.6\nC 37.6-37.7\nD 37.7-37.8\nE 37.9-38\nF 38-38.1\nG 38.1-38.2", "solution": "E", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/ocr/64.jpg" ], "doc_id": "ocr_1008", "problem": "\nwhat is written in the image?", "solution": "WONDERS", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/color/103.png" ], "doc_id": "color_670", "problem": "\nWhich circles has the darkest color? The circles are numbered left to right starting from 1. Select from the following choices. (A) All the same (B) 1 (C) 2 (D) 3", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/spot_difference/2.png" ], "doc_id": "spot_difference_1184", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "1, 3, 7, 8, 10, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/contrast/38_low.png" ], "doc_id": "contrast_56", "problem": "\nHow many people are sitting on chairs in the image?", "solution": "1", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000449469.jpg" ], "doc_id": "refcoco_747", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by white van?\nA: 44%\nB: 36%\nC: 12%\nD: 28%\nE: 20%\nF: 4%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_104.jpg" ], "doc_id": "jigsaw_885", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[23, 2, 17, 7, 14, 34, 10, 35, 25, 5, 20, 24, 18, 12, 15, 6, 19, 8, 31, 13, 29, 3, 1, 4, 30, 33, 26, 32, 28, 21, 11, 16, 22, 9, 36, 27]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/temp_4.jpg" ], "doc_id": "visual_search_479", "problem": "\nWhich description about the image is correct?\nA The woman riding the bicycle in the image is not wearing a mask.\nB The woman riding the bicycle is to the left of the man in a black short-sleeve shirt at the center of the image.\nC The \"no bicycles allowed\" sign is to the right of the man in a black short-sleeve shirt at the center of the image.\nD The woman riding the bicycle is further away from the camera than the man in the black short-sleeve shirt at the center.\nE None of the above are correct.", "solution": "E", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/ocr/9.jpg" ], "doc_id": "ocr_421", "problem": "\nwhat is written in the image?", "solution": "GAFFNER", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_50.jpg" ], "doc_id": "jigsaw_1060", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[6, 1, 4, 11, 3, 5, 9, 14, 10, 2, 12, 13, 8, 7, 15, 16]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/instrument/83.jpg" ], "doc_id": "instrument_726", "problem": "\nThe reading of the measuring cylinder in the image is:\nA 4.6\nB 4.8\nC 5\nD 5.2\nE 5.4\nF 5.6", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/word_search/28.jpg" ], "doc_id": "word_search_883", "problem": "\n图中有多少个喊字？回答一个数字，例如1，2，3。", "solution": "10", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/111.png" ], "doc_id": "math_1180", "problem": "\nThe real straight-line distance between center of location 1 and center of location 2 is about ( )\nA. 100\nB. 125\nC. 150\nD. 175\nE. 200\nF. 225\nG. 75", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/84.png" ], "doc_id": "color_194", "problem": "\nWhat is closest to the proportion of the color red in the image? Select from the following choices. (A) 10% (B) 20% (C) 30% (D) 40%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_82.jpg" ], "doc_id": "jigsaw_390", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[12, 22, 4, 19, 20, 7, 1, 15, 13, 11, 6, 23, 2, 5, 17, 25, 16, 10, 3, 24, 9, 18, 8, 21, 14]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/art_12.jpg" ], "doc_id": "visual_search_834", "problem": "\nIs Bulma above or below Luffy?\nA.above\nB.below", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/temp_1.jpg" ], "doc_id": "visual_search_1032", "problem": "\nHow many people are in the image?", "solution": "9", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_97.jpg" ], "doc_id": "jigsaw_498", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 31, 15, 25, 27, 18, 23, 14, 35, 29, 19, 10, 8, 16, 26, 17, 6, 5, 24, 4, 12, 34, 36, 1, 13, 32, 9, 11, 21, 2, 33, 22, 30, 3, 20, 28]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000444010.jpg" ], "doc_id": "refcoco_969", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by withe fat shirt?\nA: 35%\nB: 27%\nC: 19%\nD: 3%\nE: 43%\nF: 11%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/instrument/64.jpg" ], "doc_id": "instrument_271", "problem": "\nWhat is the stopwatch second reading in the image? Provide an integer.", "solution": "5", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000022740.jpg" ], "doc_id": "refcoco_439", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by far left?\nA: 3%\nB: 27%\nC: 43%\nD: 19%\nE: 35%\nF: 11%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/word_search/85.jpg" ], "doc_id": "word_search_995", "problem": "\nHow many times does the number 5 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "3", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/ocr/34.jpg" ], "doc_id": "ocr_571", "problem": "\nwhat is written in the image?", "solution": "RDSEEONS", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/maze/71.png" ], "doc_id": "maze_488", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LRRUUUUDRRDDRRLDURDRUUDRRDDLLDRRDRRDUDDDDRUDRRRLDDDRRURUDDLULRRDRDDRURDRDRRDDDUDDLRRDURDDRRDLDDUDDRDDDLDLDRRRULRLDDDRRRLUDDDDUDURUDDUDRDDLRRRUDURDUULU\nB. RRLURRDLDRULRRRDDRRLDDRLLRDDLDLUDRLLRUUDRRLLRRDRDRLRDDDDDRLRDLRLDRRURUDUUDLRRDUDRRRLDURRURRRDRRRLUDURRUDDRDDDDRDDRRRDRDDDDURRLDDRURRDRLRDRDDRLDDLLLRDL\nC. UDDRLRRULRUDRRRURULDLRURDDDRUDUULRUDLRRLDURDURDRURRUUDLDUDUDRDLRRDLDLUDDULDLURLDUURDRUUDDLDLLDDDLLLULRLDULRLLLDU\nD. RLDUDRRRDRLDRLDULRLRRDLRDLDDUUDRRDURLRRDDRLRDURDRRDDRURRRLDRRLRDULLRRLLDLRULRUDDLRRDLLRURDLLRDLLRDRDULRRLRRDLDLDRDRRULUDURLRRLDRRRDRRRRDDDLRRDDDRDRRDRDLRDDRRRDD\nE. DDRRRRDDRRDDRRDDDDRRDDDDDDLLDDRRDDLLLLLLUUUULLDDDDDDRRRRRRRRRRRRDDLLDDRRDDDDDDRRRRRRRRRRRRRRUURRDDRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_22.png" ], "doc_id": "rotation_game_1115", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 140°\nB. 160°\nC. 150°\nD. 165°\nE. 145°\nF. 155°\n", "solution": "F", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/word_search/74.jpg" ], "doc_id": "word_search_677", "problem": "\n图中有多少个合字？回答一个数字，例如1，2，3。", "solution": "6", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/93.png" ], "doc_id": "math_65", "problem": "\nWhen x = 4, f(x)-f'(x) is closest to ( )\nA. 8\nB. 7\nC. 6\nD. 5\nE. 4\nF. 3\nG. 2", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/127.png" ], "doc_id": "color_139", "problem": "\nWhich color takes the largest proportion of the image? Select from the following choices. (A) Yellow (B) Green (C) Orange (D) Red", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/color/61.png" ], "doc_id": "color_469", "problem": "\nWhat is the HSV value of the given color in the image? Select from the following choices. (A) [31, 47, 89] (B) [296, 35, 96] (C) [33, 49, 89] (D) [31, 49, 89]", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/contrast/49_low.png" ], "doc_id": "contrast_121", "problem": "\nHow many computer mice are in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_23.jpg" ], "doc_id": "jigsaw_146", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[5, 3, 8, 7, 2, 4, 1, 6, 9]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/11.png" ], "doc_id": "math_15", "problem": "\nWhen Pretrain Loss=1.75, SFT minus SFT 1/2 is about ()\nA. 2\nB. 5\nC. 7\nD. 10\nE. 14\nF. 17\nG. -1", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/maze/54.png" ], "doc_id": "maze_1194", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DUDRRRUDLLDDRDLDRLLRLUDRDLRRDUDRURLLDDDDRDLLRRDDDRRRDLDRLURDDRDRUUDRDLLRULRRDLDDRRLRRDUDDUUULDRDLDUURDRRLRRRUUDDRUUDRDDRRRDURRDRDR\nB. RRLRUURLRRLRRDLDUDRRUDLUDUURUURUUDRRDRRUDRDURDURRLUULLLDRDDURRRLRRRDLLURRRUULUDUUULRUURLUDRDDLUDRR\nC. UUDDRRLDRDLDUDDLLDLDLRURLLRRULLUDRDLRDURDRRRUUUDDRLUULLDRDDUUURURRUUURRDLRDUURUULULURRRULRDLDLLULUU\nD. DRRRRDRRDRUDRRLDLLLDLUDRLUURRDDRUDURRDUDRRDRLDDDRRLRDURRDLURRRLURDDRRURDDLDRRLDRDRRDLDDDDLLDLRDRULDDRUDDLURRRDDR\nE. DRRDUDURUURRUULDDURDUDLLURRDRLUDLDRRDRULDDULLRDDDRDDDDDDRRRDRDRDDDDRUURDRRRDDRRDRDDRULRDLDRUDDRDRRDR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/symbolic/illusion-5.png" ], "doc_id": "symbolic_472", "problem": "\nwhich orange area is larger?\nA. The left one.\nB. The right one.\nC. Same size", "solution": "A", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/word_search/49.jpg" ], "doc_id": "word_search_44", "problem": "\n图中有多少个玉字？回答一个数字，例如1，2，3。", "solution": "4", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/maze/123.png" ], "doc_id": "maze_693", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRRDDLLDDRRRRRRDDLLLLLLLLDDRRRRDDLLLLDDDDDDRRRRDDDDRRRRDDLLDDLLUULLUULLDDDDDDRRRRRRRRUURRRRUULLUURRUUUULLLLDDLLUUUULLUURRRRRRUULLUURRUURRUURRRRUUUURRRRRRDDRRRRRRUURRRRDDRRRRUURRDDRRRRRRUURRDDDDDDLLLLLLUULLLLLLDDRRRRDDDDDDDDRRRRUUUUUURRRRDDRRRRUURRDDDDDDDDLLDDLLUULLLLLLDDDDDDRRDDDDDDDDLLDDDDRRUURRRRRRDDDDRRDDDDLLLLLLUULLLLDDDDDDDDDDDDRRDDRRRRUUUULLLLUURRUULLUURRRRDDRRRRDDDDLLDDRRDD\nB. RUUDRULLRURRLURUURURRRLUURULDUURRLRRURUULDUDURUDUULLLDDDULDLUUURUUDDDLLDLUUDULLRUULLUDDRRLLULDUDUDDRURDDRDRUUDRDDDURLULUDDDRLDULDUULRURRURRUUULLRURRRUURDDRURLLLRDDLDLLRRLLURRLLLRLUUURRLLUDULDLDDDRULRDDRLRUUDLRRUURURRDDRRUDRURDLDUULUDUUDDLRUDDULLDULRDURLUUDLRUDDRLULRLRLDRRDDRUUUDDULLLUDLDLLLRLLDRLLRLUUUUDUDLDLRURRLUDUDRRUDLRRRRLLDDDDUDDRLRDLDDDULRDLDUURRRRUDRRRRULLURRULRRDLURDURULLULULRDRDLRRDRLDDU\nC. DLRLRRRUDRDDDRURRDRDURDRRRRRDDLLDRDULRRDRRDDRRRDRRDDLDDRDRDDDDDDRRDRRRDDULRDURRRUDDURLUDDDULRDDDDDRRRLUURRDRDDRRDDDDDDDRDDRDRDLDRLRDURRUDDRRDDRRLDDRRURRRRRDDRDDUD\nD. URDRDRURDRLRDRDLRRUDRDDDDRURDDRRDDRDDDRDDDUDRURDDDLDRDDDRRRRDDURLRLDRDRDUDRRRRDUDDUUDDRRDRDDDDUULLRRDDRDRRUURRRRRDRDDRDDDDDRDDRLDLRDDDRRRDRDDDDRRRRRRRLRRDRL\nE. DLDLDRLDDDLDDUDRUURDRDDRRLURRRRDRDRURDRDDLRDDRDDRRDDUDRDRURULURRLRDRLRDDUDRRRRRDDDRULRRRURRLDDRLLRDRLDRLRDRRUDRRUDRURDUDUDLDRRDDDRDDLLRRDDRDUDDUDDDDDDRRRUDLRRUDRUDRDRDLDDDDLRULDRRRRRRRUDRRRDRDDDRDLUDD\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000052086.jpg" ], "doc_id": "refcoco_132", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by girl?\nA: 67%\nB: 75%\nC: 35%\nD: 51%\nE: 59%\nF: 43%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/realworld-26.jpg" ], "doc_id": "visual_search_461", "problem": "\nWhat is the tax-excluded general price for フリータイム 月～木 during 17:00–CLOSE in the 19:00～CLOSE time slot? Answer with an integer (yen).\n", "solution": "1170", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000178192.jpg" ], "doc_id": "refcoco_508", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by left lap?\nA: 41%\nB: 25%\nC: 17%\nD: 9%\nE: 33%\nF: 1%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/symbolic/subway-4.jpg" ], "doc_id": "symbolic_248", "problem": "\nHow many connected single-colored paths go from D to C?\nA.0\nB.1\nC.2\nD.3\nE.4", "solution": "B", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/visual_search/hr_2.png" ], "doc_id": "visual_search_925", "problem": "\nWhat is the license plate number of the car?\nA. RK 879\nB. RK 789\nC. PK 879\nD. RK 876", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/147.png" ], "doc_id": "math_898", "problem": "\n如图，从家到学校，如果医院禁止通行的话，从家到学校的最短路径有多少条？回答一个数字，例如1，2，3.", "solution": "26", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000121965.jpg" ], "doc_id": "refcoco_765", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by cat in front?\nA: 55%\nB: 39%\nC: 47%\nD: 23%\nE: 15%\nF: 31%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/art_9.jpg" ], "doc_id": "visual_search_1119", "problem": "\nIn the center of the picture, there is a person holding a starry ring. How many stars are on the ring?\nA.11\nB.12\nC.13\nD.14", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/28.png" ], "doc_id": "spot_difference_639", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 5", "solution": "4, 6, 11, 14, 17, 18", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/146.png" ], "doc_id": "maze_412", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. URDRDURDDRDRUDDRRDDLRDDRLRRRLRLDRDRRRRLRDDRLRDDRDDDURRRLDDRDRURDDLRRRDLRRDDRRRRRRDRRDDRRDRDDDDDDUUDRRDRDDRUURRRLDDDRDRDDDDRDRDDRLDRLRRUUDRDDLRLRLDDDRRDRURDLUDRDDDDRRDRRRDDLRDLULDRRRDRRRD\nB. LRLUDLDDULLUDURLDDRDRDLRDDULDDUULRLRRRUDLLURDDLRLDULRURULUULLDRDRULUURLUDRLULLDURLDLDLDLLRUDRRLLLRUURDULLLDDURLUUUDRURRDRULRLLLUDLLURULRLLLDRRDRDLLRUDDULRDLLLLRULUDLRURULURLLRLDLLDRUULURDDRULLDLLLRDLUDRDDLRRDRUUDDURLRUDUUULRLUDRRRUDDLDUURLLULUDLULLUDLRDLURRRURLUUUDLLDDLLDUURULDLURULDUDLDUULRULRDLDDDDUDUURLDLLUUURRDLLDLLRDLDDUDURUULRLDRLRURDLURLURDDLRDLDUDLRDURLLDUURDULLDUUDURRULLRUUDLRDLLLRRLDLRLUDLRDRUULLDRLULUDRUULURRDUULRRLLLDRLULUDRRLDRDRRLLLDDRURURURLDRDUURLLLDRLDUULRLLDLLDUURRUURLLLRUDLLLDDURUDLLRDUDRDUDRRDDRRLRLURDDLRRULULRULURLDRRDLURDLLLLLDRURDLRRRRLRRUUDRRLRRDLRULDUDRLRDDDDUDLUDRDULRLRLRLDRDDUUDULUDRURULDULLURUUDDUDLRLRDRRUUUDDLULDRRRRUUURDDUDRULULRDDRULRURLLLLDRLRUDRLLRRRLRLULDLRRRDRDRDULDULRLLRDURLRLLURLRDURLDRRUDRUDRLUDRRUDLUURLRRLDLDDURURRDRDURDDRLULLUDDLDUURUUDDLD\nC. DRRRUDDRDUUURDRDDRRRRDDUDULRRULRDDDDDRRDDRDDDDDDRDURULLDDDDURDRRDRDRDRRRURDDDRDDRDDDRRRLDRDDUDRRRDRDRDDRLDDRRUDLDDLDDRRRURDDRLDRRLUUDDRRDRRDRDRRRRRDDRDDRRDRRDRRLDDDRDURDRRDDRRD\nD. LLLLDRLLDRRLUDLURRRRLLRDLDRLULDLRDRDUDDULDRLRLRLLRDURDURLUDRLUURDRDRLUDLLRLLDLLULLRRDURULRULURLRLURLDDULDUDLLUUDULLRRURRDURURLDLRRLUDLRLRDLRRLDDUUUUDUDDUDLRRRDLRRRLRRRDULUDURUUDRRUDUURRRULURRUDRDDRUDRLLLUURUULLDURDLLDLLRDRLDUURLLDDULUURUDLRDRUDRLDLUDDRDRDRDUUDLLRLRDDULLRRLDRRDDRULUUURDUDDDDLDLDURLRLLLLRRULURRDRDLDURLLLRDUUUDRLRRLLURRDRRLDUURUUDLRUDRDULRLUDRLDLLUDDRUDUDDDRRDRUDDURRRUDULUDLDRDDRLRRLUULRRRUDURDLDLUULRLURRLLRDDLLRULLDLUDUDRLRURULRRRLRDURUULURLUDLRRULDLLRURDRURDLUDLLRULRLRLRUDRLRDRDDLDRUDLRUUDDRUURRLRDLDUDULDUURDLDDDLULLRRURDURLDLRUULDURDULULDRLDRRDDLUULDULDLRUURUDRLRLRRRRDRRURDDDRDURDUURRDLUDLLRLRRURRLLLDULDDRUDRUDRRLLLRDLRLLDRDUUDULDUULUDRRRLDURLLRDUDLDURLDRDULLLRDUDLDDDRUDRRRDLUDDURDLDRLLRULLURDDUULRDDULULRDUULDDRLULUDUDDDDULULRURUURLUULUUDRLUDRLURULRLUDUUDDUUULLDULRRULUURRDDDU\nE. RDDDDDLDLDDRRDLLRRUDDRRRDRRRDDRRRDLRRDRDRLDLDRRRDUDRLDDRRRDUULRDDDDUDDDDRURRLLURDRRUUULURDDRDDDRDDLLURRRURDRDUDDLRURRDRRDRLRRRDRRDDDLRDDRDRRDDDRDRDRDURRDRDRRLRDUDRRRDRURRDDLRDDDDDRDRLUDDRRDRURDRDDRDRRLDRL\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/ocr/51.jpg" ], "doc_id": "ocr_434", "problem": "\nwhat is written in the image?", "solution": "eatst", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_6.jpg" ], "doc_id": "jigsaw_867", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 2, 6, 8, 4, 7, 1, 3, 5]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/visual_search/hr_48.png" ], "doc_id": "visual_search_1125", "problem": "\nWhat is written on the black and white sign above the parking garage entrance?\nA. Reserved Parking\nB. No Entry\nC. Loading Zone\nD. Public Parking", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000387717.jpg" ], "doc_id": "refcoco_339", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by the bottom half of pizza?\nA: 61%\nB: 69%\nC: 45%\nD: 77%\nE: 53%\nF: 85%", "solution": "A", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/127.png" ], "doc_id": "math_974", "problem": "\nAs shown in the figure, how many intersection points are there between the extension of AB and the function f?", "solution": "3", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/24.jpg" ], "doc_id": "instrument_263", "problem": "\nApproximately what is the reading on the Fahrenheit scale?\nA 22-23\nB 69-70\nC 70-71\nD 71-72\nE 72-73", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/color/153.png" ], "doc_id": "color_258", "problem": "\nWhat is closest to the proportion of the color red in the flag? Select from the following choices. (A) 40% (B) 50% (C) 60% (D) 70%", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/62.jpg" ], "doc_id": "instrument_142", "problem": "\nWhat is the reading of the Vernier caliper in the image in centimeters?\nA 9.2\nB 9.3\nC 9.31\nD 9.32\nE 9.33\nF 9.34", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000178620.jpg" ], "doc_id": "refcoco_996", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by dude on right?\nA: 46%\nB: 22%\nC: 6%\nD: 14%\nE: 30%\nF: 38%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/43.png" ], "doc_id": "math_176", "problem": "\nAt stage 1, when Env Steps=500k, the score of Dynalang minus the score of IMPALA is approximately ( )\nA. 0.75\nB. 1\nC. 1.35\nD. 1.6\nE. 0.6\nF. 1.9", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/151.png" ], "doc_id": "color_1171", "problem": "\nWhat is closest to the proportion of the color white in the flag? Select from the following choices. (A) 5% (B) 10% (C) 15% (D) 20%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_74.jpg" ], "doc_id": "jigsaw_494", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[12, 18, 21, 14, 10, 8, 20, 19, 4, 24, 9, 3, 23, 1, 13, 7, 11, 25, 2, 17, 16, 22, 15, 6, 5]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/77.png" ], "doc_id": "maze_119", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDRDLRRUUDDRRDDDUDDRDDLRDURLDDRDRRDRRDDRRLRRDLRDDRDRDDRRDRDUDDLRRLUDULDRDRUURRDURDDUUDDRRDURRDDRLRRDDDDDRRDUDLDURLR\nB. DUULDLULUULDUULDLDLLLRLUDRLLDRURUDLDRRDRULULRLDLULRRDRRRDLLRLRRDLDLRLLDDDDLDRLDLLDRDLDDDDLUUULRRRRULRURRDUDLDRUUUULDDRRRULLDULLLDDRDLDLRDDDRLRDLUUDURUUDDRLDURRRLURLUURDDRDLUDDRRDRRDLURURRDRRRUDDRRLRDRDRDRULURLLUUDDLRRURLLDLULRLLLDLRULLDRDUDDDUULUDDRLRDLULUULUUDULLLDLLLLUDRLUURDRURLULRDUDRDDRLRLLLUDDDDDRRLDLLURRUDDDDUULRRDRULULURUURUDDU\nC. RUURLRRDURDRDDRRURRDDURRDURRDDDLDLRDDLRDDLRRRRRURRLDDLLUDRDDDDLRLRDRDRDDRDRDRLURUDDRRUUDDDRDRUDDLRLRDDUDLDURDDRRRDUDLDRDDRRRULURRDDD\nD. URDRULLDLUURDDLLURLRRLDRLUULUULDDRDUUDULULDULLRRLLDDDDDDRDLLUUDRLLDDULRDUULUUUDUURURLLUDUURUUUDRRLUDDLLDUULLDLDDLRLDLUDRDDDRUURULDLLRUURLLLDRUDURDULDLRRDUDLUDUDULLUDRLDLRDDRDULUULUUUDLURDLUULDULLURRRULDRUDRRURURRDLRULLUDULURURLLUULLUUDUUDUDRLURUDLDRLURUDRURLDUDLRDULULRDDRDDDURRUUDULRLUDURLUUDLRUDURLDDDRURLDLLDDRLRRRURUDRLRDURRLUDLRULRL\nE. LDRURDLDLRURDLRUDDDDRRRURUDRURURURLRRLDDRRDUDRLULRURULDRDDDDLDRLDDDURURDRUUUDRLUDRUDDDURDLLLDRDUURDRRURRDRDLRRLRDDDRDDDDDDDRRDDRRRRDURLRDDDUDUDDRDDRLDULRRLRDDDR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/realworld-23.jpg" ], "doc_id": "visual_search_491", "problem": "\nWhat is the weekday price of ちょい飲みセット in the picture? Answer with an integer (yen). (  yen)\n", "solution": "1200", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000234457.jpg" ], "doc_id": "refcoco_630", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by black white?\nA: 23%\nB: 47%\nC: 31%\nD: 39%\nE: 15%\nF: 7%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/118.png" ], "doc_id": "maze_744", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DDRURDRURRDRDDUDRRRDRDDRURDUDDDLRRDRUDDDRLRDRURRDRUDDDURDRUDDDDDDDDUDURRRDRDDDDRRRRRRUDDRDDDDDRDDRRRRDDDDDRDRDRRRRDDRUDDRDDDRLLRULURRDDLURDUDDRR\nB. DDLRDURLURRUULRUDDLLRUUDURLUDLULDLDRRLUURRRUDLULURDDRDDRLDRULLDRDUUUULDLLUULLDDRLDDDULLURRUDLULLUUULDUDUDRLLLLDRLLRLULDDLULDRLRLRLRRDLDUUUULLLDLDLLDRUDLDRLUDDUURDDULUDLLRRRRULULULDDRDLRDRUULDURULDRLULRUDLLLLUULUDDUURLURRDLRLRUDDULDUURLLLLUUDRUUDURDULLULUDUUUUUUURLUUDLDULUUDDULLLLULLUUUDDRLULDLRRRDLRUUDLDDDDDDDLDLRLLULUURDDDLLUDLRUDDLRLLRUDLULLRDLLDRULLLRDDDRDDLDLRDRRUDLLRDLRRDDRDDDRDRDRLDRDLDULRULRRRLRRRLLLRUUUDLURUDDULRDRRRRUUDDRRLRDDULLRLLDUUDRLUUDRLDLULRLULLLUDDLURLDUDURLRLURLRURURRLUUDLDRRUULLLRRRDLRUUUULUDDDURDLLRRDULDLDRRRRURULLRRURLRRLRUDLLRDRDDRUUULDDDLULDRRLUUDDDURDDRDURLLRLDURRLRLRURURRRUULUDRLDDDLRLDUURDLUDRDURUULLDUDDDRDUDLRRUULDDLRDRDRDRDLDDDDRRUUULLRUDDRUDLDUDUUUURLLLUDLULDULDLLLRUUUDRRRDDDRLLUUDRLDDUULDRLR\nC. RULLLRRRRDDLDDLRDRDUUUUUULLLUDURLULUUDLRURDDUURLLLDDLLLLUUULULUDDRRRLDURLULRLRDDULURLUDRULURRDUDRRUDULLURRDULUUDDRLRLLLURRDRDURLULDURDDLLULDDLDDDLURRDURULUDDRULDLDURRDLUULLUDRULRDDDDLDDDLDLUUUULUURULULLLURRURDLDDLLRUDULLDLLULLDDUUDDDDDLRRUULDUUDRURDLLUDUDLLDDLDRLULLDLUDRRRLLDRDUDLDDLLLRRDRUDLLLUDRURLUULDRRDRULLLRLUURULDDRULDRDULDRLRULDDUUULDDDLRDUDUURLRURLDUDLLRUDDRLRUDDRDDLDRULUDRLRUULDDRDDRLRDUUDUDDURDLDDDULLDDULDURDRUUUDRDRLLLDLURDDLLDDULLDLRRDLDLLLURDRDDURUUURDDURLRLRLLUDLURRUULLUURDRURLURLLRUDLRDDRLLUUUUURDRUDRDRULUDURLUUULUDRRULDUULLULRRLRRRUDLUURUDDURRLRLDRUUDLLRULLDULRRULLDUDRLRDRRRDDRUULLULUDUURDUULDRRLRLLLUDRRUDRLDDLDDLRLRUDDRDRDULURLLLRRRDDRURDULUDRURLDLRLRURLURUDRUDLDDRDULULDURRULULRDURRURUULUDURURLULURDDDLRDUDRDLDRDDUDUULLURLD\nD. DDDRDLRRRRLURRDUDDRDDRRDRDDRDRRLDDRDRRLDRDRDLRDRRRRRDRDDRURRDDURRURDDRDDDDRDDRLRRRRDDUDDRDRRDRRRRRLDRLDRLDDRUDDDDLRRDRURDDRDDRLDRRLDURRDDD\nE. DDDDDDDDDDDDDDRRUURRDDDDRRUURRUULLUULLUULLUURRUUUURRUURRDDRRRRRRDDDDRRDDLLDDLLLLDDRRDDRRRRUURRUURRRRRRUUUURRDDRRRRDDRRDDDDLLUULLLLDDLLUULLLLDDRRDDDDLLLLLLLLLLLLLLDDRRDDRRUURRDDDDDDRRRRDDRRDDLLLLLLDDRRRRDDLLLLLLUUUUUULLLLLLDDDDRRRRDDLLLLDDDDRRDDDDDDRRUURRDDRRUUUUUULLDDLLUUUURRRRRRRRRRDDDDLLLLDDDDDDRRDDRRRRUUUULLUURRUURRRRDDRRDDDDLLLLDDRRRRRRUURRRRDDRRRRUULLUURRRRRRUULLLLLLUURRUURRRRUULLLLUULLDDDDLLUULLDDDDRRDDLLDDLLUUUULLUUUURRUURRRRUUUUUUUURRRRUURRUULLUUUULLDDDDDDLLUUUUUULLDDDDDDLLUULLLLDDRRDDLLLLUULLLLUULLDDLLUUUURRRRRRRRRRUUUURRDDRRUURRRRRRUUUURRUURRUUUUUURRRRRRUULLUURRRRDDDDDDLLDDDDRRDDLLLLUULLDDLLDDRRRRDDDDDDDDDDRRUURRDDDDLLDDLLUULLDDLLLLDDLLDDRRRRUURRRRRRRRDDLLDDDDRRDDLLLLDDDDRRUURRDDDDDDLLLLLLLLDDRRRRRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/new_1.jpg" ], "doc_id": "visual_search_230", "problem": "\nWhat is the registration of the Cathay Pacific plane that is taking off?\nA. B-KQY\nB. B-KPY\nC. B-KQI\nD. B-KPQ", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/instrument/21.jpg" ], "doc_id": "instrument_40", "problem": "\nAccording to the image, what is the current room temperature in Celsius as an integer?", "solution": "16", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_113.jpg" ], "doc_id": "jigsaw_1001", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[36, 20, 5, 29, 34, 31, 33, 30, 4, 14, 23, 3, 27, 35, 12, 9, 24, 10, 15, 7, 25, 16, 26, 6, 2, 1, 8, 22, 17, 13, 32, 18, 19, 28, 11, 21]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/93.png" ], "doc_id": "color_664", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/106.png" ], "doc_id": "maze_2", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DRUULRLLULDUUDUDDLDRDUDUURDRDUDDDRLRDULUDULRRLLDULURRULRRULDRDRULULDDRRDDDLUDUDRUDLDDDUDURDLUULDUULUDLRRLLLLDRLLURRDLLRRLDUULDDDLULULRLDURDLUUUDDDLUURLDUUDDLDUULUDUUULDLDLDUDDDLRUDDRURRDLLDUULUURDUDDDRRRRUDULDRURUDRDDRULRLLRDRRUDRLLUURUDRLURLDLDLLLURURRDLDDLDLLRRUUDDURDRRDRUUDLRURRLRRUUULLLRULDUURDLURDRDLURLULRLRLUDURLURRLDRRDLRDUDRRLDLLLDLLURRLRULUUDDDLLDURDRDURDDLUURDULDLURRRUDDLDDLLRLRRDLURDUDLLLRLRULUUULUUDRUURDDULLUDLULLDRDURLRLRDLULDDRLLLULDULRRLLUDRR\nB. DDDDDDDUDRDRUDDRRRDRDUDDDDULDLDUDDRUDDDRRRDDDRRRDDRDRRRLRLDDRDRDRRRDDRLDRLDRRDRRDULRRLDRLDDRDDRURLDRRRRLDRRRRLRRRURLRDRDDDUDRRRDRDRRRR\nC. RLURDUDDUDLLUURDDLULDLRDLLRDLRUDRDRUDLRURRRRDLRDRRRDLRLURDLRDRDDLLLUULURDRRUDDUUULLRRRDLDUULLDLRDRDRURUDULRDDRDRLDLDUULLDDULRRULRDDLDUDULDLRULLLULURLLRLDDRDDURLUUURUDDRLULLRDDDDDLRRDUDUDLRLDLLURDRRLLDLUDLUULRDUDDRRDUUDLLURLULDULRLDDRDLDDRULRUDRLURUUUDLLLUDLDRRRDRULUDDURLDDDDRDLURDDRDDLLRDUULRDLLDDRURLRDDLRULUDLRRRRLULRURDRURLLRLDLRRRRURLRLDRLRRURRLDDLDRRLDRRLLULDDUDLUUUURRRLRLUUULRRURLRDUDRLUULRLLDRDDLRLLUURLLLLLRDLUDURLRRRLURRRDDUDLDRUULRLLULLRUUDULRULUDLUURDDRR\nD. RDRLUURLUDDRDRDDRRDDRDRDDRRDRUDDDDDRDRRRRLDRRDRRDDDRDLDRDDRRUDDDDURDRLRDDURURDDRLRRRDDRDRDULDRDRRRRRUDDLDLDLRDRDRDRDDRURDRRRDUUDDLLRURDUDDDDLRUDRRULUDURRD\nE. DDUDRRRLUDRRRDDDRLLLRRLRRDRRRDDDLDRRRRLURDURDDRLRRRDRRRRDRRLRRDLRDULDUUDRRRDLDUDDDDRDDRDDDDRDURLDDDUDDDLRUDRDDRRRRDUDDRDRLDDDRURDURLDRDRRRRDRRRDDRDD\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/math/10.png" ], "doc_id": "math_331", "problem": "\nThe difference of largest and smallest bar is approximately:\nA. 40\nB. 42.5\nC. 45\nD. 47.5\nE. 50\nF. 52.5", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/spot_difference/84.jpg" ], "doc_id": "spot_difference_766", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/visual_search/new_7.jpg" ], "doc_id": "visual_search_1110", "problem": "\nIn which country is this photo likely taken at?\nA. Czech Republic\nB. France\nC. Poland\nD. Germany", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/ocr/41.jpg" ], "doc_id": "ocr_1197", "problem": "\nwhat is written in the image?", "solution": "rievsec", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/word_search/2.jpg" ], "doc_id": "word_search_1088", "problem": "\nHow many times does the number 8 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "5", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000327970.jpg" ], "doc_id": "refcoco_612", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by 10?\nA: 2%\nB: 18%\nC: 26%\nD: 42%\nE: 10%\nF: 34%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/color/90.png" ], "doc_id": "color_218", "problem": "\nDoes the color A and color B have the same color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_79.jpg" ], "doc_id": "jigsaw_1040", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[6, 2, 11, 12, 14, 24, 4, 18, 3, 19, 23, 25, 17, 8, 10, 20, 22, 21, 1, 7, 9, 5, 16, 15, 13]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/maze/130.png" ], "doc_id": "maze_366", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DUDLLRDDULUUULRUDUDLRULRDRRURDUDLRLRUURLDLUDUULLLLLUDRUURDRLLDRLURRUDDUDLULDULRDDLUDLRLRRRRLUUUULDRRLRUDLUDDDUDLRDLDRUURULRLRRLLRDULRLUDRUURUULRUDULUULLRULUURDLDLUDRRRLLUDRRRLUURUUDRRDURLDRRDRDDLLDRUULURUUUULLUULLLURRDLRRRRLUDDDUUUDUULRURLULRLDDRRDUULDRLUDLULRUDDDDULUDLUDULUDRLDRUDRULLLRRLRUDURDULRLURUDRRLRDRLULULRRLRDLUDDRRRDUDUDLRRDLLRLUDRLURRULURULRDLRDULURULLUDRDLRDUDDLDRRRLRRLDLRDDDURUDUDURLDRRDURLRDUDDLDLDUD\nB. ULDRDRDRDLRDDUDDRRLRDRDDRLRUDRRDRDRUUDRRRURDDUUDRDDDDDUDDRRDDDDRDDLDDRDRDLRRRLLRRDDRDRRRDRRUDUUDRRDRURLDDRLDRUDDDDRDUDRRDRLRULDDLRRDDRRUDRRRDDRRDUDDRRLLDLRDRDUDULLRDRUURDRRRURRRRUDLDLDUDUDDDDDRRRRDDDDDRLURDRR\nC. DLUDRRDDDDRRRRRDDLRRRDDRDLRRDRRURRRRRDDUURLRLRDURDDRRRRRRUDDRRDRDDDDLRDLRRRRRLRRDRDDLRRRDRRLRDDDDLRDDRDRDRUDRDRRRRDLRLDDDRDRRLRRLDDDDDDDRLLDDLDRDDRDRRRDRDRRLRDDDDRDUR\nD. DDDDRRRRDDDDLLUULLDDDDDDRRRRUURRDDDDRRUURRDDDDLLLLLLLLUULLDDDDDDRRRRUURRRRRRDDDDLLDDDDRRDDDDRRUUUUUURRDDDDDDDDRRDDLLDDRRRRUURRUULLUULLUUUURRRRDDRRUURRUURRUURRRRRRDDDDRRDDLLDDRRRRDDLLLLLLLLDDLLLLDDDDLLDDDDRRDDLLLLUULLUUUULLDDDDLLLLDDRRDDLLLLDDRRRRDDLLDDLLDDDDRRRRUURRUUUUUURRUURRDDDDLLDDDDRRUURRDDRRDDRRUUUURRRRRRDDLLDDRRRRRRRRRRUURRDDRRUUUULLUULLUURRUURRDDRRRRDDRRDDLLLLDDDDRRUURRRRUUUURRDDRRDDLLDDRR\nE. ULLDDLRLDUULRLDLURDRLLULLUUDLLRDULUUDLULRDRUUURULRUDRDRDULUDUDDLUDUURUUURRLRDULRRLDUDULRRUDLULLURULUDDLUDDUUDDRULLLULLUDUDDDDLDRDRRDLUDDRRUURRDDRLLULRDLRRURDRRRDRDLUDLRLLRLDUUDLLDLRDUDLUUULUUURDRLULRLULDRULLDRDDDLDUDDLDDDDDUUDRLDRRURRULUDLLLUDDRLURRDUUUURRUDLLLRLDLDLDRUUDDDDLUDUUULRLUDRDRLUDLUUUURDLLDLLRLDLLRDRLDDRDDDRLRDLRDLRDURRDDRUDLURDUURDRLLUUDRRLLLDRDDRRRULLULUDRRDRDRUULDULURUDRDRURLURLDRDUDULURRDRDUUUDRLURULRDD\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/visual_search/realworld-9.jpg" ], "doc_id": "visual_search_1026", "problem": "\nWhat is the license plate number of the car parked on the roadside grass?\nA) CCG739\nB) CFG739\nC) CEG739\nD) GWH\nE) AYW13\nF) CFG738\n", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/word_search/30.jpg" ], "doc_id": "word_search_540", "problem": "\n图中有多少个氓字？回答一个数字，例如1，2，3。", "solution": "16", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/38.jpg" ], "doc_id": "word_search_7", "problem": "\nHow many times does the letter n appear in this image? Answer with an integer, such as 1,2,3.", "solution": "5", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/visual_search/new_20.jpg" ], "doc_id": "visual_search_930", "problem": "\nWhat is the number of the leftmost skier in the main group of racers?\nA. 65\nB. 63\nC. 269\nD. 64", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/132.png" ], "doc_id": "maze_324", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDRLDDRDDRRRDURRRLDDRDRDLRRUDDDDURLURRUDLDDDRDRRDDRDDDRDUDRRDDDDRRRLRDRRRDLDDRDRRDRDLRDDRRRLDLLDRRLDRULRURRRLRULDRRRRULLDDDDRDDDDRRRRRRLRRDDDRDURURDDRUDRRURDDDDRDDRDLDRDRRDLDRDRRDUR\nB. RRRRRRDDLLDDLLDDLLDDRRDDLLDDDDDDRRRRDDRRRRRRRRRRDDRRUUUUUUUUUULLLLDDLLLLUURRUUUURRRRDDRRRRRRUURRDDRRRRRRRRUULLUUUULLUURRRRRRRRRRDDLLDDDDRRDDDDRRRRDDRRRRRRDDRRRRUULLUURRRRUURRUUUULLLLLLUUUURRDDRRUURRRRDDDDDDDDDDDDLLLLDDDDRRDDDDDDRRDDDDLLDDDDLLDDDDLLDDLLLLDDRRRRRRUURRUURRDDDDDDLLLLLLLLLLDDLLLLDDLLDDDDRRRRUURRUURRUURRDDRRUURRRRDDLLDDDDLLDDRRDDRRDDLLLLDDRRRR\nC. RRURRDLRRRRDDRRRRDDULURDLRRRDLDDRRRURRDLDRDRDDDDDDDRDDRLUUDDRLUUDRRRRDDUDDRDLLRRRULDDDRRLRDLURDRDRDRLRDRLDRRRRDLRRRRDDLRDRDRDRRRRRUDRDDDDDRDDURURRDUUDDDDDRDLURDDUDDRLLRRLDDDRRDRDDDDLRRDRDRRD\nD. UUURDLRDRRLULDUURDDUUDDLDDLULUUUUDULLLRUDUDURUURDRDRDDDDRDLUDDDLRRURURLULUDDLURRURDULDRDRULULLDURDDRLRRURDUDLURRRDLRUDRDRUURDRLRDLRLLUUULRDDDRUUDLLDUURLRRUUUUURURRRRLLLLULDUDRRUULDDDRURLDDLDRUDDRDRURURULDRUDLUULULUULULRLRRRDRRLDUUURUDRUDDRRUDUDDDDULDLLRUURUDDURRRRLLLLUURLDRRDDLLRUDLDLUULRUDRLUUDULLDDRDRLURRLLRUDRRRDLRDLRDDLRRURUDLDLULLRDDRLDUDLURULRUDDLLLRLUDRLDDRLLRDDDDUDRDUUUDR\nE. RUDDDRURRDRLDDRDRDRUULLUDDRRRRUDURDRURUDDDUURDUURURDRURRDDRDDDDDRRDDDDDDRDDDDDRDDRDURLRURRDURLURRDRDRDDDDRRLLRDDDRDRDURDRUDRDRUDRDDDDUDLRLRRRRRDDRDURLDDLDLLRRDDRDDLRRDDDDURDRRRRULRRRUDRDDDDLDDDURDLRDRRR\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_34.jpg" ], "doc_id": "jigsaw_891", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[15, 10, 11, 1, 8, 16, 6, 3, 4, 7, 12, 14, 2, 5, 9, 13]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_13_6.png" ], "doc_id": "symbolic_602", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "13", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/word_search/12.jpg" ], "doc_id": "word_search_1215", "problem": "\nIn the figure, in which row and column does the number 9 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[5, 64]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/122.png" ], "doc_id": "math_1188", "problem": "\nThe length of the segment KL is about ( )cm\nA. 15\nB. 20\nC. 25\nD. 30\nE. 10\nF. 35", "solution": "B", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/110.png" ], "doc_id": "color_1151", "problem": "\nDoes the horizontal bar have a uniform color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/maze/111.png" ], "doc_id": "maze_235", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. LDRLLDDRRRDURRRRRRURUDRRRDRDRUULDDRDRDUDRRRDDRDLDDDDLDRRDRDUDUURDDDRDRDDRURUUDDUDDRRRRRRRRDRLLDDDUDDRRDRLDDLRRDRLLDDRDRRLLRRDLRRLUDUDDDRRRRRUDDUDRRDDDLDRRDRUDDDDUDRUUDRLDRDDDLRRD\nB. RRLDRUUUDRLRDDRLDRLRURRLRDRLDRRRULDUDRDDRRRRRDRULRDRRDULDDLURULLUDRUDLRULDLLULURDURRRLRUUUURLDRUDUDRULULDRLUDULULLRDRDLLLULRRRDUUUDDLLRLURRUUULDRLDRLUULDUDLDDLDDLLUDLLRRLULUUDDDDDDUDURLLLDLULDLDRLLRDDUUULRUDLRDLDULLURUDDDULDRDLLLLDDDULRRLLUDURLLURUUDULRDRLDRRUDLDDDDLLRDDUUURDULDDDUURLUURLUULDRLLRRRULRDUURRDUDLULDDUURUDRURUDDRRLRLUDUUUURDDULDLUDRLRDDRLDLDRRDDLLRLLDRLLRDDRLDUDRRUURDLLRUULDLDDDURLRUUURLLUUUDRUUUDUDDLDULULDULDDUURLRURUUULULUDRRRULDDRRRRUDLLDDDUDDRDDRURUUDUU\nC. DRDDRDRRDRRRRRRDDLRRLDUDLRDDUDRDDDDRRURRUDRDRDLRDDRUDLRRDRRRLURLLRRUDDDUDDRRDDRRULDLRLDRDRRDLRRDRURRRDDRUDRDRRRDURRDDDDDRUDDRDLDRRDRRDDRDDRRDDURDDLDDDRULDRLURDLRD\nD. DDDDRRRRDDLLLLDDDDRRRRRRDDLLLLDDRRDDRRUURRUUUURRUURRUURRDDDDDDLLDDDDLLLLDDRRDDDDLLUULLLLLLDDDDLLDDDDRRRRDDDDRRRRRRUURRRRRRRRRRUUUULLDDLLLLUURRUULLLLUUUURRDDRRUUUUUURRDDRRDDDDDDRRDDRRRRUURRUUUURRUURRRRDDRRUUUUUURRUURRRRRRRRRRDDLLLLDDDDLLDDDDRRRRRRDDLLDDLLUULLDDDDLLLLLLUURRRRUUUUUUUULLDDDDLLLLLLLLDDRRRRDDLLDDLLLLLLDDDDDDDDLLUUUUUULLDDLLDDRRDDDDDDDDRRRRDDRRDDRRDDRRUURRUULLUUUUUULLUULLUUUURRRRRRRRRRUURRDDDDRRRRUURRDDDDDDDDRRDDDDLLLLLLDDLLUULLDDLLDDRRRRRRRRUURRRRDD\nE. DRRDRRRDRLLDLDRURDDRDLDDRDRLRDRDDDRRURRDDRLRURRLLDDDLDLDDULLDLRDRRDRDDRDDDDRRRRUURRUURDDRDRLRRURRDRRDRRRDRULDRDDDLRLLDRURRDDRDRDDDDUDDRLDDRRRUDRLDDURDURRDDRRURURRDDLRRRDDRRLD\nF. No answer", "solution": "D", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/ocr/47.jpg" ], "doc_id": "ocr_24", "problem": "\nwhat is written in the image?", "solution": "PEAEC", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/visual_search/temp_16.jpg" ], "doc_id": "visual_search_515", "problem": "\nTo what number is the minute hand of the clock pointing closest? Answer 1-12.", "solution": "3", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/55_left.png", "TIR-Bench/data/spot_difference/55_right.png" ], "doc_id": "spot_difference_1084", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "2, 6, 7, 10, 12, 13, 14", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000450457.jpg" ], "doc_id": "refcoco_959", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by nearest zebra?\nA: 33%\nB: 49%\nC: 9%\nD: 25%\nE: 17%\nF: 41%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/59_left.png", "TIR-Bench/data/spot_difference/59_right.png" ], "doc_id": "spot_difference_782", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 3", "solution": "2, 3, 6, 8, 9", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/instrument/85.jpg" ], "doc_id": "instrument_789", "problem": "\nThe reading of the measuring cylinder in the image is:\nA 6.6\nB 6.7\nC 6.8\nD 6.9\nE 6.5\nF 7", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/spot_difference/78.png" ], "doc_id": "spot_difference_131", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "1, 2, 3, 8, 11, 12, 14, 16, 17", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000208075.jpg" ], "doc_id": "refcoco_1206", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by left guy?\nA: 24%\nB: 8%\nC: 32%\nD: 40%\nE: 0%\nF: 16%", "solution": "B", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/90.jpg" ], "doc_id": "spot_difference_328", "problem": "\nThis is a spot-the-difference game. How many places differ between the top and bottom images?", "solution": "7", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/ocr/62.jpg" ], "doc_id": "ocr_314", "problem": "\nwhat is written in the image?", "solution": "AIRES", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000161757.jpg" ], "doc_id": "refcoco_225", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by left most animal?\nA: 26%\nB: 34%\nC: 18%\nD: 42%\nE: 2%\nF: 10%", "solution": "F", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/maze/143.png" ], "doc_id": "maze_97", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDLDDDDUDUDDRDDRURRLRRURUDUDRDDRDRRRDRRDUDURDDDDDLURURLRDUURRLRDDRDLLDRRDRURDDDRLRRDRDLDDDRRRULDDDURDDRDDDRLRULURDDDUDDRLRLRRRRRRRUDDLDRRDRDRDUDRUURRRRUDDRDDRRLDRRDUDURRUDUDUDDRRDRDLRDDRRDRDDLRRDRDDDDRUDDRDDDLDDRRDRD\nB. DDRRRRDDRRRRUURRDDRRRRDDRRRRRRUUUURRUURRDDDDDDRRUUUUUURRDDRRDDRRDDRRDDLLLLLLLLLLDDLLDDRRDDDDDDDDLLDDDDLLDDDDLLLLLLDDDDDDRRDDDDLLUULLLLUULLLLLLLLLLDDDDDDRRRRUURRRRRRDDLLDDRRDDDDLLUULLDDLLUULLLLDDDDRRRRRRRRDDLLLLDDDDDDLLDDDDRRRRRRRRRRUULLLLUUUURRDDRRRRDDRRUURRRRDDRRRRRRDDRRRRUUUUUULLUULLDDDDLLLLUULLUURRRRUULLUURRUURRDDDDRRUUUUUUUURRUULLUULLDDDDDDLLLLUULLDDDDDDDDLLLLUULLDDDDLLUULLUURRUUUURRDDRRRRUUUUUURRRRRRUUUUUUUULLLLLLLLUURRRRRRRRUULLUURRUURRUUUUUUUURRDDRRDDDDDDRRRRRRUURRRRDDDDDDRRUUUUUURRUUUULLDDLLLLLLLLLLUURRRRUULLUURRRRDDDDRRUUUUUULLUURRRRRRUULLUULLDDLLUUUURRUUUURRRRDDLLDDRRDDRRUURRUULLUURRRRDDDDRRRRUULLUURRRRDDRRDDLLDDDDRRUURRDDDDDDDDLLDDLLLLLLLLLLUUUULLLLLLDDRRRRDDDDRRRRRRRRRRDDDDDDRRDDDDRRDDLLLLUULLUULLDDLLLLUULLDDLLDDDDRRRRRRDDRRDDRRDDRRDDDDRRRRDDLLLLLLLLUUUUUULLUULLLLLLUULLUULLDDDDLLUUUULLUULLDDLLUUUUUULLDDLLDDDDRRDDLLLLDDRRRRDDRRRRUUUURRDDDDRRDDRRRRDDRRDDLLDDDDLLUUUUUULLLLUULLLLDDRRDDLLLLDDRRDDRRRRDDLLDDRRRRDDRRDDLLLLLLUULLDDDDDDRRUURRRRRRRRUUUUUUUURRDDDDDDDDDDRRRRUUUULLUUUURRUUUURRRRUURRDDRRDDRRUUUURRDDDDDDLLDDLLUULLDDDDDDDDRRRRUURRDD\nC. URLRDLRDUULDUDLDRDURULURRDUDUDRUURLDULRDDDLUDRUDRDDRDRULDDRDRLULULLLLDLLDLRDURUDRLLLUUUDUUULDLUULUDDDRUDLLLLULDLDRUDUUUURRRUDLLDLLRDRDUURUDRDULLUUULRLRDLDUDLDUDRRURRRLDUULLLLUDUUDLLUDRLLULDRLURLUURURURRRLUUUULULDDLRLLDLURDRDRUDDDDLLDUDLLULDUDRRRULDLRURLURDULULRLUDRULLLRDDLUDRDRRLRUUDDDDDRDDRULRRUURLULURULRULDURLDLDLUDUDDDDRRRUUDLRLRRDDURRDULRRURUURRLULUURDDLDLUDLRURRDRUDLURLRRURDDRDRDUULUDDDDUDDDURDDUUDDLUURUDUDLUULLULLULDRDLUUUDLUUDDDLDDDDRDRDURLLDDULURUDRLUDDULULDRULDLURURDDDDLURRLRLDLRULRURLLLLDDDRDLDLDRLRLRUULDDDDLLRDDRDLRLURRDDLLUUDLLDDULLRLDDDULUDRRRUUDRRRDLUURUULLUDURDDLUDUUDLLDDURLRURULDURUDURLRLLDUUUUDRRLRDLLULDUDRURULRLUDRLLDRDDUDLDUUULDURLDULLRURRURDUULLRULDDLUDRDURDLDLRRRUDUDLRLURDDLRLLDUURUDDRDLLDRDLDRRRURLRDLDDLRLRDLLRDUURRUDRLULUURRRDURUDUULLLULLLDUDDRDURUDUULDLLRRUULDRDRLDURRUDUURDLLUURRLDDDDUURUDRLRRLUUDUDDDRRDRULDDDDURRDLUURULLRRLUDULLRLRRRRLULLDRUULRLDDDULUDDDRLLLLUULLRDDULDULLRLLRDLUULDDDDDUULDDLUUUUDLRRDULULDURUDUDULLDRULRLLURLURLDRRLDRRRLDRRDUURLUDLULRDRLUURDRLRUULULRDURRUDRRUULULUUURRRRULDUDLURURUUDRRLDLDUURLDLRURDLDUULUDLRRLDLDUUULRLRDLLUDDRDU\nD. LLRDRULDRDURDRDUDULLDLLRRUUUDULULULLRLRDDLDDRLLRUURUDDULLLLRUULULLURLLDULURLRUDURRLLDUDLURLRRLDLDURRDRURLDDDDRLUUULDRULDDLDDDLDDUUUUULRLRUUULUURDLDUDLUDRULRLUUDRURDUDDLULRDDRRRDUDULLLUUUURLDDULDRLLDLDLDRUDLLRLRRLRDURLRDRRDLUDDURDRDURUUDDDDUDDURDDLRRUDRRRLUDLRRDDLDULLRLLRRULLUDRRRLDLLUDDRRDURLUDUULUURLRRUDRRULDRUDDULRRDDUDLULRLDLUUULRLLDRUULDDLLLLLLUDRLDLLRLDRULLUDLURULRDLRLDURURDRRRULUURLLDDRRUDDULRDDDULLRRUDRLDUUURDURLDRDLLDUUUDRLUUDULRLLUDRURURDDRLUULLLURUDLDLDDDRDURLDULUURLULDRRUULDURLLLDURDDURULDURRUDRLRRLDLULRUURUDULRLLUUUDULLUDURUURDLURLLDDLUDRLUDLURRRURLULUDDLLRDDUUDRRDLDUUURRRDLURDUUDDLDDUUULUURLDLLDUURRDDLLULDUULUULRRDURLDRRRLLRRULURRRLLRUULLDRUUDULLRUUUDLDULURUDDLURDRULUUULLDRLUDLLRURRRURRRUUDDRRDLDRUURRDRDLRLRUDLRUDLDRLUDRRULDUUUDRLUDURDRLRRRDRRURULDLRDDDURDDRRUUDUDRDRRDDRURDRLLUDLDULDLDLLDURDRLDDDRRLRURDUUDULDULURLDURDLRULLUDRRULURLRRURDLDULRDRDDRDRDLRRDRLRUUDDLLLURUUURLUUULURLRDURUULLLDDLDLLLDLLRLLUURLDDLRDRUUUDULULLDLUDDRUUUUUDDDRRLRDDLRRRUULRUDRRUUDDLLRDLDRLLRULURLLDRDLLUDLRUDDDLDDDRLDUULRDRRRDRDUDUDDDLLDDRRUDURRRUDDUDLDLRLUUULURLLRURLRDRULRLRUDDRLDULLLDDLDLD\nE. DDLRRRRRRRLDRRRRDDRDRDRRRDDRRRDDRDDRRDRDRUDDRDLRDLRRRULRDULRDDDUDLUDDDDURDDDDLDDRRDRUDDRLLRUDDDUUUDRRRDDDRDRDRDRDRDRRDRDDRRRDUDDRDLDRDLDRRDRRDDDRRRLDRRDDRDURRDRDDDRLDRRRRRUDDRR\nF. No answer", "solution": "B", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/80.jpg" ], "doc_id": "word_search_187", "problem": "\n图中见字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[4, 1]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/88.jpg" ], "doc_id": "word_search_1011", "problem": "\n图中丹字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[16, 8]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/color/71.png" ], "doc_id": "color_1044", "problem": "\nWhat is the RGB value of the given color in the image? Select from the following choices. (A) [126, 229, 105] (B) [119, 229, 105] (C) [126, 229, 110] (D) [132, 132, 132]", "solution": "B", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/symbolic/dot_3.png" ], "doc_id": "symbolic_284", "problem": "\nHow many dots are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "28", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/instrument/29.jpg" ], "doc_id": "instrument_1142", "problem": "\nTo what integer is the second hand of the clock in the image closest? Answer as an integer like 1,2,3.", "solution": "13", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/visual_search/hr_18.png" ], "doc_id": "visual_search_742", "problem": "\nWhat's the number written on the boat?\nA. 10\nB. 5\nC. 25\nD. 15", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/37_left.png", "TIR-Bench/data/spot_difference/37_right.png" ], "doc_id": "spot_difference_818", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "1, 2, 6, 9, 10, 14", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/maze/31.png" ], "doc_id": "maze_878", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. DUUULRURDDRDDUURDDRRLRUULRLLUUULUDDRULULDRLDLUUDULURDDURLULLUDDLDRDDUDRURRRURULLLDLLURDDRLULDLRLDLURULRRURRD\nB. URDLDDLUDULURLDRDDRLUDRRRRLUDDDRRUUUURRDURURDRLUDDULRRDRDRDDRDRRRRLURLUULLUDUDLRRLDRRRUDDUDRDLDRDDRLLDURRLRDDLDDUDLRLDDLDUDUDR\nC. RRRRDDRRRLRDUDRRUDRRRRRDRRDLULDUDDLDDDDRLURRDDLRRRLLLLRUDDDDDUUUDDDRLUDUURRUDUDLRRLRRRLLDRULDRDDLULD\nD. URRLRDRDUDURRDUURURDRDLRRDDDDDRDRRRLURLUDDRDDDLDDLDRRLDRRDRRUDDLLRLRDLURRDRL\nE. ULDRRURDLRUDRUDURRRDRRRULLRDUULURDRRDDRDUUULLLLRRLURUDRDDLDLRRRRRURLLRRLRRUDRDUURLRRDLRRUDDDLDDLRDR\nF. No answer", "solution": "F", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/maze/75.png" ], "doc_id": "maze_539", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRRRDDDDLLUULLDDDDRRDDLLDDRRDDLLDDDDRRDDDDRRDDDDDDRRUURRDDRRRRRRDDLLDDLLUULLDDDDRRRRRRRRUURRDDRRUURRRRUUUULLDDLLLLLLUUUUUULLUULLDDLLLLUUUULLUURRRRUULLLLUUUURRRRUURRUUUUUULLLLDDRRDDLLLLUUUUUURRRRRRRRDDRRDDDDDDDDRRUUUURRUURRUULLUURRRRRRDDLLDDDDDDRRUURRUURRRRDDLLDDLLDDLLDDDDRRDDRRDDDDRRDDDDDDLLLLDDRRDDLLLLDDRRRRRR\nB. DRRDRRRDRLRLRRDRRDDRDRRDDDRLRRUDRRDRDRRDRLDDRRDLUDRRUDLRDRRDDRRLDRDRRDURURLDLDDRLUDDULDDLRDDRRRUDDDRDRUURRDDLDLULRDDDU\nC. RRRUDRURLLULDDUUUDDULRDLLDRRURDRDURUUULUUUDLRRLRDUUDDDLDLDUURDLLRULRLUULLRDRRDUUUUUDDLLRUULRLLDLRUUDURLRRLRDRUUDRDRLDRLDRRRUULULDRLLDLDRLDDRUDDRLDLULDLDDRDRUDDULRUUULDDLRLRUURRULDDURRLRUUULDULDULUDURLDLDRDRLDRRLDDRDDRLUUDULDLDUUDRDRUURDUUDLDRRLDLDUDULDLUDUUURDDRUUDLLLDUDRUDURUULDUDLDLULULDDLDLULRURLRULRDLRDURRDUDRDLURDUD\nD. RDULRRLURDRRDDLLLRRRDRDRRDDRRUDRRDLUDRRRLDRULRRDRDRDRRDDURDLDDDLRDLDDUUUDRURDRUDRDUDDDDDDUURDDDRRURDDDLDUURLDDDRLURLRDRRDDRLURRLRLRRRLDRRDDD\nE. RRRRDDRULRDDDRDRDDRLRDLRRURDDDDLRDDRDRRRURUDDRDRURLRUDRRDRRRDDUDLRRRDDDUDRRDDDLDDDRLDDDRDRULDRDDRDURRR\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/5.jpg" ], "doc_id": "word_search_1104", "problem": "\nHow many times does the number 9 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "14", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/maze/102.png" ], "doc_id": "maze_506", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RDRDRDLRDRRRDRDDLDRDDRRDLDDRDLRRLUDDDDRUURLRRRUDDDUDLRRRRRRRDDDDRDRDDRURDULRUDLLLUULRDDDRDRRRLRURDRRDLDDRRRRRLRRDRRDDRDDULUDLRLRDURDRULRRDRDLRLLDDDRDDRURDRDDDURUDRRDDRD\nB. LLLLLDLDDRLRRLRUDLRRRDUDURLUURDLRDURRLDURLUDRLULDUUDDDRUDRLURDULRUUDLRLLDRDUDURRUDRRLDRLLRUDLDULLLRDRLRRLLDLRLRRDUUURLDRRUURUDDLRURLLRRDRLUURLDUULLULLULDRULRRULLRDLUDUDRDRUULUDULLDLDLRULDLDDULLUDDLRLLDRDURRDRULDULLDRUDLDURLURDDRDULULURDLRRDULDDRURLDLDLDRDRDDLDUDUULLDRRLRDRDURRLLDLDRDDDLURLURRRRRRURRDUUULDDDLUULRRUDRRDLRURLLRDRRUDLUDDLDURDDURRUDDRLLRRUUULURRRLURUDRDLLRLDUDDDLULLRDURDDURRRLURUULURURLUDLLRLDLDDLRRLUULRRRURLUDRLLLDLRLULLULUUDRRDDUURUDDUURLLRLLLULDRRDRLLRURRUDDDURDRDRRDLUURLLUUDDUDULRDURURRU\nC. DDDDRRRRUURRRRDDDDRRRRUULLUURRRRDDDDRRUURRUUUURRDDRRUURRDDDDDDDDDDDDLLUUUULLUULLDDLLLLDDDDLLDDLLDDLLDDRRRRUURRUURRUUUURRRRDDDDDDRRDDLLLLUULLDDDDLLLLDDRRDDDDDDDDLLLLDDRRRRDDDDDDRRDDRRRRUUUURRUULLLLDDLLUUUUUUUUUUUURRDDDDDDDDRRRRUURRDDDDRRRRUUUUUURRUULLLLDDLLUUUUUURRDDRRUURRDDRRUURRRRUULLUURRRRRRUUUULLLLUULLLLLLDDDDLLDDLLUUUUUURRUULLUUUURRRRUUUUUURRRRDDDDDDRRUUUURRRRDDRRDDDDLLDDDDRRUURRDDDDLLDDRRDDLLDDLLLLDDRRRRDDLLDDLLDDLLLLLLDDRRRRDDRRDDRRUUUUUURRDDRRDDDDDDDDDDLLLLDDLLLLLLDDRRRRRRRRUURRDD\nD. RDLUDUDULRDLDLUULRURRDLDRDRLLDDDLLUUDULRLRUDULUDRRDUUDRDDLULRULLRLLLRURDLUDUDLDDUULLRLURLLURLDRRUULDULDUDDLRDLRLUURLDULDDUUDRRLLRUUDDRURRDLUDDDLUDULRLDDLDURRRURULDRRLDUULRUDLULUDRLLUUUDRLUDDLDLDRURLDDLUURLRDLRRLUDLUDLDURDDRUDDLRULLRLRULLUULDUUUUDUURLRUDLURRRLRDRUDDLUULRDLDDRUULDULURDDRLDLLLLLULDRRRDDDULUDRDLURUDLRUUDLRRLLLRRRDUDRRRDULDURRRDRUUURUULLLDRRLDUDULURRRURURDLLULULDDDLDLLDDDUUDDUUURRLDDUUDLURDUDLDLUDUDRRRRLLDRURRDURDRLDUUDLLRURDDDDLLRDRDDLLURDLDLDDRULDDUDLDUDDDUDDLLRULDRUUDLRRRLLLRRUURUDLR\nE. RDDDUDRRDDRDDRDRDLURDRRDRRUDDDRRDDDLDRRRDURDRLRLRRDDLDRRRRRRRLLLDDRDRDDURDDRDRULLLRUULRDULRDDRDRLDRRDRLDLRDDRDLRRDRDDRRDLULRRDRRDUDDDRDRRLRLDLRRRRLRLRRRLRDRDRLRRR\nF. No answer", "solution": "C", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000523561.jpg" ], "doc_id": "refcoco_1210", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by sandwich on right?\nA: 80%\nB: 48%\nC: 64%\nD: 72%\nE: 56%\nF: 88%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/73_left.png", "TIR-Bench/data/spot_difference/73_right.png" ], "doc_id": "spot_difference_543", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "7, 13, 15, 18, 19, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/symbolic/dot_shape_8.png" ], "doc_id": "symbolic_293", "problem": "\nHow many shapes are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "25", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_75.png" ], "doc_id": "rotation_game_940", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 10°\nB. 355°\nC. 40°\nD. 5°\nE. 25°\nF. 55°\n", "solution": "E", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/math/139.png" ], "doc_id": "math_811", "problem": "\nAs shown in the figure, using a compass and straightedge, construct an angle EDX equal to angle BAC. Which of the following angles is most likely to be equal to angle BAC?\nA. EDF\nB. EDG\nC. EDH\nD. EDI\nE. EDJ", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/20.jpg" ], "doc_id": "word_search_1023", "problem": "\nIn the figure, in which row and column does the letter R appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[25, 28]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000184578.jpg" ], "doc_id": "refcoco_436", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by baby?\nA: 21%\nB: 45%\nC: 13%\nD: 5%\nE: 37%\nF: 29%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/spot_difference/31_left.png", "TIR-Bench/data/spot_difference/31_right.png" ], "doc_id": "spot_difference_645", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 4", "solution": "1, 8, 9, 17, 19, 20", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/word_search/24.jpg" ], "doc_id": "word_search_433", "problem": "\nIn the figure, in which row and column does the letter d appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[12, 64]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/maze/116.png" ], "doc_id": "maze_136", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RRDDRRRRUURRDDDDRRUURRDDRRRRUURRDDDDDDDDRRUURRDDRRDDLLLLLLDDRRDDDDDDDDDDDDDDDDDDLLLLUUUUUURRUUUUUULLUULLUULLLLUUUULLLLDDDDRRDDRRDDDDDDLLDDLLUULLUULLUUUUUURRUUUUUUUULLDDDDDDLLDDDDDDDDDDDDRRRRDDDDDDRRRRDDLLDDLLUULLLLDDRRDDLLDDDDDDDDRRDDRRUURRDDRRUUUURRRRDDRRDDRRRRUURRRRRRRRUURRUURRDDRRDDLLLLDDRRRRRRRRRRRRRRUULLLLUULLDDLLUUUURRUUUUUULLUUUUUURRUURRRRUULLUULLLLLLLLUULLLLLLLLUUUURRUULLUURRRRRRDDLLDDRRRRUUUURRDDDDDDRRUURRDDRRDDRRDDRRRRUURRUULLLLUULLUURRUUUURRUULLUUUURRDDRRUUUUUURRDDDDDDDDLLDDDDDDLLDDRRRRDDDDDDLLDDDDRRDDLLDDLLDDDDDDDDDDDDRRUUUUUURRDDDDDDDDLLDDRR\nB. DLRDDULDUDLRURDLLLLRDLULLDURDULDLDDUUURDURRRDDRRUUURRDURLRDLLDRDLLUUULURDRDDUUUURLLULDURDUURDRURRLLLLUUDUDURLRDLDRRURDRLRRLDLLLURLLLLLDDUULLDRDRDRLLDURUUURDRURRDRULLLRLDRDLLURURUUUDRULUURRRRLUDRDDUDDDDLDLRUDUUDURURUUDDRLDRRURURLLUUUDULDRUDLUURRDURLDLUDRLDLLURDDRLUURLDLDUDDLUURLUDLLRUUDRDRRRDLRDDRDDLDULDDDRUDLRDLUURULUUDRLURRRLDLDDDRDUUUDRDUDRURURRURDLLRLLLURDUDRDRDULDRRDRUUDDRRLURULRDURDRDURRLRLRLUDDURRUUDUURDUDDRRRRLRUDLUDLUUULDUULULDLLULUDRLRDRUDUUDRRRLLURDLRLDDRRLLULDDULRRURDRRRUDULDDLLLDLULDLDDLRDUUDUDDDLULLDLRULLUDRRDURDDUDDRRLULLRDDDULLUDRRDDDDDUDDUDUUDLRLRDRDRLLLRDRU\nC. DUDRRDURURLDRDDUDDLDDRDDDUUDDDRURRDRDDDRRUDUDDRRUULDRRRURUDDDDDDUDURDRRRDRRDDURRUDDRUDDDUUDDDDDDLRDRRRDDDLLLDULDRDRLRDRDRRRLURDUDUDLRRDRDDRDDURLRRDRRRDRULDDRRLRUUDDRRRDDRRDDRLRRDUDDDRDRU\nD. DDRDRUDDRUDDRRRRLRLRRURDDRURRRURLDRLLRRUUDRRLRRLRRDDDRDRDLDDDDDLRRDDRRDDLDRDDRURDRDRDDDDRDRLRDLLRLRRURRRRDDDDDDRUULDRRDRDUDRRRRLDDLRRDRRRDUDLDDLLDRDDDURRDRLUDRRDDDRDRURDURD\nE. LRRDRRULDDDRRRUUDLLLDDRRRRRRRRDUULDLDDLLDRUDDRRDRDLLDRRDURDDRULRRRRRDLDLUDDDRRDDDRRRRRLDRDRRDRRRRDDRRRLDURUDLRRRDDDDDDRUDDDDDLLLDDRDRDRRULRRDDURRDDLRDRRDDDDUURDDRRRLRDRRRDDLRRR\nF. No answer", "solution": "A", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/color/136.png" ], "doc_id": "color_549", "problem": "\nWhat percentage most closely matches the proportion of red in the pie chart? Select from the following choices. (A) 10% (B) 12.5% (C) 15% (D) 17.5%", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/spot_difference/4.png" ], "doc_id": "spot_difference_822", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 3", "solution": "6, 8, 9, 10, 11, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/symbolic/relation-of-line-1.png" ], "doc_id": "symbolic_647", "problem": "\nWhich pair of lines are perpendicular?\nA.ab and cd\nB.ef and gh\nC.ab and ef\nD.cd and gh\n This is a multiple-choice question, and you need to select more than one option. Write your final answer using consecutive letters, such as ABC, CD, or BC.", "solution": "AB", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/visual_search/hr_40.png" ], "doc_id": "visual_search_1205", "problem": "\nHow many people are there in the boat?\nA. Four\nB. Three\nC. Two\nD. One", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/visual_search/temp_3.jpg" ], "doc_id": "visual_search_470", "problem": "\nWhich description of the person standing to the right of the girl wearing the yellow scarf is correct?\nA Not wearing a scarf\nB Wearing a red scarf\nC Wearing a white coat\nD Wearing a black coat\nE Wearing a green coat", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_65.png" ], "doc_id": "rotation_game_115", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 150°\nB. 100°\nC. 135°\nD. 120°\nE. 90°\nF. 105°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_44.jpg" ], "doc_id": "jigsaw_665", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[9, 10, 16, 11, 13, 1, 5, 6, 2, 8, 15, 4, 14, 3, 7, 12]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/spot_difference/97.png" ], "doc_id": "spot_difference_450", "problem": "\nThis is a spot-the-difference game. How many places differ between the left and right images?Please provide your answer as an integer, such as 1, 2, 3. Please provide your answer as an integer, such as 1, 2, 3.", "solution": "5", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_10.jpg" ], "doc_id": "jigsaw_1141", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[6, 4, 5, 2, 8, 9, 7, 1, 3]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/43.png" ], "doc_id": "color_553", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 25 (B) 28 (C) 52 (D) 78", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/realworld-24.jpg" ], "doc_id": "visual_search_778", "problem": "\nWhat is the price for 昼フリータイム お一人様 at カラオケ商店? Answer with an integer (yen).\n", "solution": "980", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/132.png" ], "doc_id": "math_947", "problem": "\nAs shown in the figure, how many intersection points are there between the extension of EF and the trigonometric function f?", "solution": "7", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/contrast/50_low.png" ], "doc_id": "contrast_335", "problem": "\nHow many pipes are attached to the water heater in the image?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/word_search/26.jpg" ], "doc_id": "word_search_1212", "problem": "\n图中有多少个凤字？回答一个数字，例如1，2，3。", "solution": "5", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/32.jpg" ], "doc_id": "word_search_1094", "problem": "\n图中比字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[16, 7]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_111.jpg" ], "doc_id": "jigsaw_351", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[20, 27, 19, 31, 8, 6, 21, 3, 14, 12, 33, 32, 11, 29, 18, 22, 28, 34, 26, 25, 1, 13, 7, 9, 4, 5, 15, 24, 35, 17, 36, 10, 30, 16, 23, 2]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_20.jpg" ], "doc_id": "jigsaw_147", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[8, 4, 6, 5, 2, 3, 7, 9, 1]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/contrast/25_low.png" ], "doc_id": "contrast_547", "problem": "\nHow many chairs are in the image?", "solution": "6", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/visual_search/hr_1.png" ], "doc_id": "visual_search_430", "problem": "\nWhat is the text written on the blue golf ball holder?\nA. NEW MEXICO MUTUAL\nB. MUTUAL INSURANCE\nC. NEW MEXICO INSURANCE\nD. NEW YORK MUTUAL", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/rotation_game/rotated_18.png" ], "doc_id": "rotation_game_728", "problem": "\nHow many degrees should you rotate this image CLOCKWISE to restore it to its original orientation?\n\nA. 15°\nB. 30°\nC. 35°\nD. 25°\nE. 10°\nF. 20°\n", "solution": "D", "data_source": "tir_bench_rotation_game" }, { "images": [ "TIR-Bench/data/visual_search/realworld-14.jpg" ], "doc_id": "visual_search_759", "problem": "\nOn the street shown in the picture, riding bicycles and skateboards is prohibited on the sidewalk from what time to what time?\nA) 8 AM – 8 PM\nB) 8 AM – 12 PM\nC) 8 AM – 6 PM\nD) 6 AM – 6 PM\nE) 6 AM – 9 PM\nF) 6 AM – 8 PM\n", "solution": "C", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/ocr/106.jpg" ], "doc_id": "ocr_334", "problem": "\nwhen was this receipt issued? Answer this question using the text in the image directly.", "solution": "06/03/18", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/instrument/77.jpg" ], "doc_id": "instrument_748", "problem": "\nIn which of the following intervals does the gauge reading fall?\nA 0-1\nB 1-2\nC 0-2\nD 2-4\nE 4-6", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/instrument/40.jpg" ], "doc_id": "instrument_929", "problem": "\nThe hour hand of the seventh clock from left to right, top to bottom, is pointing to what number? Answer as an integer like 1,2,3.", "solution": "7", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/85.png" ], "doc_id": "math_1187", "problem": "\nThe line is about (_) centimeters long. Answer with a single number, such as 1, 2, 3.", "solution": "7", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/color/85.png" ], "doc_id": "color_1181", "problem": "\nWhat is closest to the proportion of the color chartreuse green in the image? Select from the following choices. (A) 50% (B) 80% (C) 60% (D) 70%", "solution": "A", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/visual_search/new_17.jpg" ], "doc_id": "visual_search_207", "problem": "\nWhat is the hours of operation for the parking lot on the left based on the image?\nA. Cannot be determined\nB. 7AM-10PM\nC. 9AM-11PM\nD. 24 hours a day", "solution": "D", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/word_search/19.jpg" ], "doc_id": "word_search_1201", "problem": "\nIn the figure, in which row and column does the letter a appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[11, 8]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/25.png" ], "doc_id": "math_164", "problem": "\nWhen x=100, the value of Dark Slate minus Yellow is () (Answer with an integer).", "solution": "13", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/art-38.jpg" ], "doc_id": "visual_search_593", "problem": "\nHow many people are there in the picture?\n", "solution": "5", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/71_left.png", "TIR-Bench/data/spot_difference/71_right.png" ], "doc_id": "spot_difference_467", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 4 and m is 4", "solution": "3, 5, 7, 8, 9, 10, 12, 13, 14, 16", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/word_search/14.jpg" ], "doc_id": "word_search_94", "problem": "\nHow many times does the letter N appear in this image? Answer with an integer, such as 1,2,3.", "solution": "6", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/spot_difference/100.png" ], "doc_id": "spot_difference_143", "problem": "\nThis is a spot-the-difference game. How many places differ between the left and right images?Please provide your answer as an integer, such as 1, 2, 3. Please provide your answer as an integer, such as 1, 2, 3.", "solution": "5", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/13.png" ], "doc_id": "color_394", "problem": "\nHow many colors are there in this image? Select from the following choices. (A) 6 (B) 7 (C) 8 (D) 9", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/ocr/28.jpg" ], "doc_id": "ocr_741", "problem": "\nwhat is written in the image?", "solution": "DOINVSDA", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/contrast/15_low.png" ], "doc_id": "contrast_601", "problem": "\nHow many windows can be seen on the house on the right side of the image?", "solution": "9", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000386401.jpg" ], "doc_id": "refcoco_1131", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by woman?\nA: 37%\nB: 5%\nC: 29%\nD: 13%\nE: 45%\nF: 21%", "solution": "D", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/new_18.jpg" ], "doc_id": "visual_search_162", "problem": "\nWill I be able to buy a sony camera here based on the information in the image?\nA. Cannot be determined\nB. Yes\nC. No, it is not sold anyhere nearby\nD. No, it is out of stock", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/spot_difference/48.png" ], "doc_id": "spot_difference_776", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 5 and m is 5", "solution": "1, 2, 9, 11, 12, 13, 14", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/math/16.png" ], "doc_id": "math_256", "problem": "\nApproximately how long is it from the leaf to the leftmost end of the branch?\nA. 3.5\nB. 3.25\nC. 3\nD. 2.75\nE. 2.5\nF. 2.25\nG. 2", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/17.jpg" ], "doc_id": "instrument_1099", "problem": "\nApproximately what is the reading on the thermometer shown in Celsius?\nA 15-16\nB 16-17\nC 17-18\nD 18-19\nE 19-20", "solution": "B", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/math/98.png" ], "doc_id": "math_941", "problem": "\n小明上学的路长是（ ）m。\nA. 600\nB. 500\nC. 400\nD. 300\nE. 200\nG. 100", "solution": "E", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/realworld-18.jpg" ], "doc_id": "visual_search_89", "problem": "\nWhat is the price of LATTE? Answer with a number to two decimal places, e.g., 1.11.\n", "solution": "4.30", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/math/7.png" ], "doc_id": "math_542", "problem": "\nApproximately how many times the value of Deep Pink is compared to Black?\nA. 4\nB. 5\nC. 7\nD. 9\nE. 11\nF. 13", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/77.jpg" ], "doc_id": "word_search_705", "problem": "\n图中有多少个完字？回答一个数字，例如1，2，3。", "solution": "10", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/97.jpg" ], "doc_id": "word_search_736", "problem": "\nIn the figure, in which row and column does the number 6 appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[2, 19]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/2.png" ], "doc_id": "math_199", "problem": "\nWhich of the following values is closest to the point where purple and coral intersect?\nA. 60\nB. 64\nC. 68\nD. 72\nE. 76\nF. 80", "solution": "D", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/visual_search/hr_7.png" ], "doc_id": "visual_search_779", "problem": "\nWhat is the color of the umbrella?\nA. Black\nB. Blue\nC. Red\nD. Green", "solution": "B", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/5.png" ], "doc_id": "maze_190", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLLRDDLDUUUDDUDRLURRULDRUDUDDURRDDLURDRRRRURLULDUDULRRDDLLDURLRDURLLDLUD\nB. RDDRRDDLDDDDUDRULUDRLUDURUUDDDRDURRRLD\nC. LLULRUDLLDDRUUDDRULDRLURDUUUDURUDRLDRDRRDULRDDURDDDULURDDLLRRDDRUUUURLDLRUDD\nD. UDLUDLUDRRURDDRDDRUDULL\nE. DDDDRRRR\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/instrument/58.jpg" ], "doc_id": "instrument_1209", "problem": "\nWhat is the reading of the Vernier caliper in the image in centimeters?\nA 3.65\nB 3.66\nC 3.675\nD 3.68\nE 3.69\nF None of the above", "solution": "F", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/symbolic/nested_circle_12_10.png" ], "doc_id": "symbolic_690", "problem": "\nHow many nested circles are there in this image? Provide your final answer as an integer, such as 1, 2, 3.", "solution": "12", "data_source": "tir_bench_symbolic" }, { "images": [ "TIR-Bench/data/color/26.png" ], "doc_id": "color_441", "problem": "\nWhat is the number in the center of this image? Select from the following choices. (A) 15 (B) 16 (C) 18 (D) 19", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/spot_difference/16.png" ], "doc_id": "spot_difference_319", "problem": "\n**Task Description:**\nGiven two images of identical dimensions, each divided by thin white lines into n rows and m columns, resulting in n×m small patches. The numbering rules are as follows:\n\n1. Patches are numbered from 1 to n×m.\n2. Numbering follows row-major order: the first row from left to right is 1, 2, …, m; the first patch of the second row is m+1, and so on.\n\nThe i-th patch in the left image corresponds to the i-th patch in the right image. Your tasks are:\n\n1. Identify all objects or regions that differ between the two images.\n2. Return a list of patch indices occupied by each differing object.\n\n * If an object spans multiple adjacent patches, include all those patch indices.\n3. Finally, output a deduplicated, ascending-sorted list of indices representing every patch that contains a difference.\n\n---\n\n**Output Format:**\n\n```json\n{\n \"different_patches\": [i1, i2, i3, …]\n}\n```\n\n* `different_patches`: an array of integers containing all patch indices where the two images differ, deduplicated and sorted in ascending order.\n\n---\n\n**Example:**\nSuppose n=3 and m=4, giving 12 patches total. If patches 2, 5, 6, and 10 differ between the left and right images, the output should be:\n\n```json\n{\n \"different_patches\": [2, 5, 6, 10]\n}\n```\n\n---\n\n**Problem:**\nOutput the list of patch indices where the two images differ.\nNote that in this image, n is 3 and m is 4", "solution": "2, 3, 5, 6, 7, 8, 12", "data_source": "tir_bench_spot_difference" }, { "images": [ "TIR-Bench/data/color/125.png" ], "doc_id": "color_1192", "problem": "\nHow many half red items can be counted in this image? Select from the following choices. (A) 26 (B) 27 (C) 24 (D) 28 (E) 29", "solution": "D", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/word_search/48.jpg" ], "doc_id": "word_search_697", "problem": "\nIn the figure, in which row and column does the letter O appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[56, 5]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/99.jpg" ], "doc_id": "word_search_866", "problem": "\nHow many times does the number 8 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "4", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/64.jpg" ], "doc_id": "word_search_327", "problem": "\nHow many times does the letter N appear in this image? Answer with an integer, such as 1,2,3.", "solution": "8", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/math/5.png" ], "doc_id": "math_14", "problem": "\nIf the length of AB is 2, what is the length of BC? Provide your answer as an integer.", "solution": "3", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/76.jpg" ], "doc_id": "instrument_570", "problem": "\nWhat is the reading of the leftmost gauge? Provide one decimal place (e.g., 1.1).", "solution": "10.2", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/color/2.png" ], "doc_id": "color_920", "problem": "\nHow many colors are there in this flag? Select from the following choices. (A) 7 (B) 8 (C) 9 (D) 10", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/instrument/82.jpg" ], "doc_id": "instrument_452", "problem": "\nThe reading of the measuring cylinder in the image is:\nA 59.6\nB 59.8\nC 60\nD 60.2\nE 60.4\nF 60.6", "solution": "C", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/word_search/86.jpg" ], "doc_id": "word_search_860", "problem": "\n图中力字在出现在第几行第几列？最后答案输出两个数字，第一个数字代表从上往下多少行，第二个数字代表从左往右列。例如[1, 2]代表第一行第二列", "solution": "[8, 3]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_2.jpg" ], "doc_id": "jigsaw_1208", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[7, 3, 1, 2, 4, 9, 5, 8, 6]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/math/140.png" ], "doc_id": "math_408", "problem": "\nAs shown in the figure, use a compass and straightedge to construct the perpendicular bisector of segment AB. Which of the following line segments lies on the perpendicular bisector of AB?\nA. CD\nB. EF\nC. GH\nD. IJ\nE. KL", "solution": "A", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/instrument/65.jpg" ], "doc_id": "instrument_1150", "problem": "\nThe second-hand reading on the stopwatch in the image falls within which of the following intervals?\nA 5-6\nB 6-7\nC 7-8\nD 8-9\nE 9-10", "solution": "D", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/word_search/6.jpg" ], "doc_id": "word_search_55", "problem": "\nHow many times does the number 8 appear in this image? Answer with an integer, such as 1,2,3.", "solution": "11", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/contrast/28_low.png" ], "doc_id": "contrast_1035", "problem": "\nHow many cars are not blocked by the iron fence and closer to camera than the first crosswalk?", "solution": "3", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/ocr/71.jpg" ], "doc_id": "ocr_477", "problem": "\nwhat is written in the image?", "solution": "think", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/contrast/16_low.png" ], "doc_id": "contrast_448", "problem": "\nHow many people can be seen on the soccer field in the image?", "solution": "17", "data_source": "tir_bench_contrast" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000418717.jpg" ], "doc_id": "refcoco_192", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by man?\nA: 25%\nB: 1%\nC: 9%\nD: 33%\nE: 17%\nF: 41%", "solution": "E", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/math/70.png" ], "doc_id": "math_62", "problem": "\nWhen x=82, Olive Drab - Burlywood is approximately ( )\nA. 2\nB. 4\nC. 6\nD. 8\nE. 10\nF. 12", "solution": "C", "data_source": "tir_bench_math" }, { "images": [ "TIR-Bench/data/word_search/15.jpg" ], "doc_id": "word_search_66", "problem": "\nHow many times does the letter N appear in this image? Answer with an integer, such as 1,2,3.", "solution": "6", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/word_search/87.jpg" ], "doc_id": "word_search_865", "problem": "\n图中有多少个犬字？回答一个数字，例如1，2，3。", "solution": "5", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/instrument/47.jpg" ], "doc_id": "instrument_179", "problem": "\nAccording to the image, the voltmeter reading is how many volts? Answer as an integer like 1,2,3.", "solution": "400", "data_source": "tir_bench_instrument" }, { "images": [ "TIR-Bench/data/ocr/94.jpg" ], "doc_id": "ocr_1117", "problem": "\nwhat is the number in the image?", "solution": "17100", "data_source": "tir_bench_ocr" }, { "images": [ "TIR-Bench/data/color/106.png" ], "doc_id": "color_210", "problem": "\nDoes the horizontal bar have a uniform color? Select from the following choices. (A) Hard to tell (B) Yes (C) No", "solution": "C", "data_source": "tir_bench_color" }, { "images": [ "TIR-Bench/data/refcoco/COCO_train2014_000000128136.jpg" ], "doc_id": "refcoco_286", "problem": "\nWhich of the following values is the closest to the proportion of the image occupied by front elephant?\nA: 35%\nB: 27%\nC: 19%\nD: 11%\nE: 43%\nF: 3%", "solution": "C", "data_source": "tir_bench_refcoco" }, { "images": [ "TIR-Bench/data/visual_search/new_23.jpg" ], "doc_id": "visual_search_458", "problem": "\nWhich section is the book 'You have to stop this - secret series' located in?\nA. Adolescentl/Teenagers\nB. Cannot be determined\nC. Fictune/Fiction\nD. Game/Puzzle", "solution": "A", "data_source": "tir_bench_visual_search" }, { "images": [ "TIR-Bench/data/maze/29.png" ], "doc_id": "maze_502", "problem": "\nPlease complete a maze game shown in the figure. Starting from the red ball in the top-left corner, navigate the maze to reach the green ball in the bottom-right corner. 'R' means move one step to the right, 'L' means move one step to the left, 'U' means move one step up, and 'D' means move one step down. Which of the following options can successfully lead out of the maze?\nA. RLLLRLRRRRLDDUDDUDDDDRRDDLURDRRLLRLULLDURRLDLRDUURLUDRURDDRLRUDRRDURURLRDDDRDRDR\nB. LULRDLULURLDRUURUDUDUDRLULDRDLDDRULLDRLRDURUULLLDLURDRDRRDRRRDD\nC. DUDRDDDRRDLDRRRDRDRLURDLRURRUDDULUUDRURLULRURUURRLDDRDUDURUDDRDURUDRRDRLRDLUUDLULDULLLDDDDLDLRRDDUDD\nD. ULRLURRDLLURDULRDDRLUDLLRDLRDDDURLLLLUDRDLLUURRLLDUDDRURRUULLDLUU\nE. RRRRRRDDDDDDDDDDLLUULLLLDDRRDDRRRRRRUURRRRDD\nF. No answer", "solution": "E", "data_source": "tir_bench_maze" }, { "images": [ "TIR-Bench/data/word_search/45.jpg" ], "doc_id": "word_search_564", "problem": "\nIn the figure, in which row and column does the letter d appear? The final answer should output two number list. The first number represents the row count from top to bottom, and the second number represents the column count from left to right. For example, [1, 2] means the first row and the second column.", "solution": "[38, 23]", "data_source": "tir_bench_word_search" }, { "images": [ "TIR-Bench/data/jigsaw/shuffled_puzzle_53.jpg" ], "doc_id": "jigsaw_52", "problem": "\nInstructions: Please complete the jigsaw puzzle shown in the image. The original image has been divided into {n}×{n} pieces and scrambled. In the image, each piece is numbered from 1 to {n²}. Your task is to determine the correct arrangement to restore the original image.\n\nQuestion: In what order should the numbered pieces be arranged to reconstruct the original image?\n\nPlease provide your answer as a sequence indicating where each numbered piece should be placed in the final arrangement (reading from left to right, top to bottom).\nFor example, 1, 16, 15, 2, 14, 8, 13, 5, 6, 7, 3, 9, 10, 11, 4, 12.", "solution": "[4, 2, 13, 14, 7, 9, 6, 8, 10, 5, 16, 12, 1, 3, 15, 11]", "data_source": "tir_bench_jigsaw" }, { "images": [ "TIR-Bench/data/color/64.png" ], "doc_id": "color_229", "problem": "\nWhat is the HSV value of the given color in the image? Select from the following choices. (A) [31, 48, 80] (B) [112, 54, 90] (C) [114, 54, 90] (D) [112, 56, 90]", "solution": "B", "data_source": "tir_bench_color" } ]