Dataset Viewer
id
string | image
image | question
string | answer
string | caption
string | meta
dict |
|---|---|---|---|---|---|
clevr_math-CLEVR_train_028155.png
|
Subtract 0 blue balls. How many objects are left?
Keep it short and to the point.
|
<think>
Okay, let's tackle this question. The user is asking to subtract 0 blue balls and then determine how many objects are left. First, I need to visualize the scene based on the image provided.
The key here is to identify if any of these are blue balls. Since there are no blue-colored objects mentioned, subtracting 0 blue balls would mean removing none. Therefore, all three original objects remain. The answer should be 3.
</think>
<answer>
3
</answer>
|
The image depicts an indoor setting with a plain, smooth gray surface, possibly a tabletop or floor. Three small objects are visible, each distinctly colored and shaped:
1. A small yellow rubber sphere is positioned towards the right side of the image. The sphere has a smooth texture, casting a faint shadow on the surface beneath it.
2. To the left of the yellow sphere, a small green metal cylinder is visible. The cylinder is standing upright, with a glossy finish that reflects minimal light and also casts a shadow on the surface.
3. Further to the left, a small green rubber cylinder, similar in size and shape to the metal cylinder, is also standing upright. It shares the same hue as the metal cylinder but has a matte texture, indicating its rubber material. This cylinder casts a shadow parallel to the others, suggesting a consistent light source.
The arrangement of the objects suggests a minimalist environment with no additional background elements, text, or labels. The lighting appears uniform, casting subtle shadows from each object that add depth to the scene without indicating any specific emotional tone.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 blue balls and then determine how many objects are left. First, I need to visualize the scene based on the image provided. \n\nThere are three objects: a yellow sphere, a green metal cylinder, and a green rubber cylinder. The key here is to identify if any of these are blue balls. The image shows a yellow sphere (which is a ball) and two green cylinders. Since there are no blue-colored objects mentioned, subtracting 0 blue balls would mean removing none. Therefore, all three original objects remain. The answer should be 3.\n</think>\n<answer>\nIn the scene, there are three distinct objects: a yellow sphere, a glossy green metal cylinder, and a matte green rubber cylinder. None of these objects are blue or spherical aside from the yellow one. Subtracting zero blue balls would leave all three objects unchanged in their arrangement. The total remains **3**.\n</answer>",
"original_gt": "",
"rationale": "There are a small yellow rubber sphere, a small green metal cylinder, a small green rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 blue balls and then determine how many objects are left. First, I need to visualize the scene based on the image provided.\n\nThe key here is to identify if any of these are blue balls. Since there are no blue-colored objects mentioned, subtracting 0 blue balls would mean removing none. Therefore, all three original objects remain. The answer should be 3.\n</think>\n<answer>\nIn the scene, there are three distinct objects: a yellow sphere, a glossy green metal cylinder, and a matte green rubber cylinder. None of these objects are blue or spherical aside from the yellow one. Subtracting zero blue balls would leave all three objects unchanged in their arrangement. The total remains **3**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028265.png
|
Subtract 1 cubes. How many cubes are left?
|
<think>
Okay, let me try to figure this out. The user is asking to subtract 1 cube and then determine how many are left. First, I need to recall the image provided. The image shows that there are two small purple cubes positioned close to each other. Both are cubes, so they count as two cubes initially.
Now, subtracting one cube from the total. Since there are two cubes, taking one away would leave one remaining. The question doesn't specify which cube to subtract, just one in general. It doesn't matter if it's the rubber or the metal one; the result is the same. The answer should be straightforward: 2 minus 1 equals 1. I should make sure not to overcomplicate it. The key points are identifying the number of cubes in the image and performing the subtraction. No other objects in the image are cubes, so there's no confusion with cylinders or spheres. So the answer is 1 cube left.
</think>
<answer>
In the scene, there are two small purple cubes positioned close to each other behind the sphere and cylinder. If one cube is subtracted, **one cube remains**. The exact material (rubber or metal) of the removed cube isn’t specified, but the spatial arrangement clearly shows two distinct cubes initially, leaving one after subtraction.
</answer>
|
The image depicts an indoor setting with a seamless background that fades from light gray on the left to darker gray on the right. In the foreground, there is a large cyan rubber sphere positioned on the right side, with a smooth texture and a noticeable reflection below it, indicating a glossy surface. To the left of the sphere is a large green rubber cylinder, also glossy, casting a shadow towards the left. Behind these objects, two small purple cubes are positioned close to each other. The cube to the left appears to be rubber, while the cube slightly elevated and positioned more towards the center is made of metal. Both cubes display sharp edges and distinct shadows that emphasize their three-dimensional shape.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "1",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 1 cube and then determine how many are left. First, I need to recall the image provided. The image shows that there are two small purple cubes positioned close to each other. The left one is rubber, and the one slightly elevated and more towards the center is metal. Both are cubes, so they count as two cubes initially.\n\nNow, subtracting one cube from the total. Since there are two cubes, taking one away would leave one remaining. The question doesn't specify which cube to subtract, just one in general. It doesn't matter if it's the rubber or the metal one; the result is the same. The answer should be straightforward: 2 minus 1 equals 1. I should make sure not to overcomplicate it. The key points are identifying the number of cubes in the image and performing the subtraction. No other objects in the image are cubes, so there's no confusion with cylinders or spheres. So the answer is 1 cube left.\n</think>\n<answer>\nIn the scene, there are two small purple cubes positioned close to each other behind the sphere and cylinder. If one cube is subtracted, **one cube remains**. The exact material (rubber or metal) of the removed cube isn’t specified, but the spatial arrangement clearly shows two distinct cubes initially, leaving one after subtraction.\n</answer>",
"original_gt": "",
"rationale": "There are a small purple rubber cube, a small purple metal cube, a large cyan rubber sphere, a large green rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 1 cube and then determine how many are left. First, I need to recall the image provided. The image shows that there are two small purple cubes positioned close to each other. Both are cubes, so they count as two cubes initially.\n\nNow, subtracting one cube from the total. Since there are two cubes, taking one away would leave one remaining. The question doesn't specify which cube to subtract, just one in general. It doesn't matter if it's the rubber or the metal one; the result is the same. The answer should be straightforward: 2 minus 1 equals 1. I should make sure not to overcomplicate it. The key points are identifying the number of cubes in the image and performing the subtraction. No other objects in the image are cubes, so there's no confusion with cylinders or spheres. So the answer is 1 cube left.\n</think>\n<answer>\nIn the scene, there are two small purple cubes positioned close to each other behind the sphere and cylinder. If one cube is subtracted, **one cube remains**. The exact material (rubber or metal) of the removed cube isn’t specified, but the spatial arrangement clearly shows two distinct cubes initially, leaving one after subtraction.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028309.png
|
Subtract all small brown balls. How many balls are left?
Respond with maximum brevity.
|
<think>
Okay, let's see. The user is asking to subtract all small brown balls and then determine how many balls are left. First, I need to figure out which objects in the image are balls, meaning spheres.
The image shows three spheres. There's a large blue metal sphere, a large gray metal sphere, and a small brown metal sphere. So the spheres are the blue, gray, and brown ones. The question is about subtracting the small brown ones.
The small brown sphere is one of the three. If we remove that, we're left with the large blue and large gray spheres. Both are described as large, so their size isn't an issue here. The key is that "small brown" is the one to subtract. So after removing that, there are two spheres remaining. Therefore, the answer should be 2.
</think>
<answer>
2
</answer>
|
The image depicts an indoor setting with five distinct geometric objects placed on a smooth, neutral-toned surface, possibly a tabletop, with no visible walls or other environmental features. Starting from the left, there is a large green metal cube with a shiny surface, reflecting light from multiple angles. To its right is a large purple rubber cylinder with a matte finish, also reflecting light but with less intensity compared to the metallic objects. In the background, overlapping slightly, is a large blue metal sphere with a glossy, reflective surface, capturing reflections from its surroundings. Adjacent to it is a large gray metal sphere, similarly polished and reflective, but with a more muted tone. In the foreground, closer to the viewer, is a small brown metal sphere with a polished surface and noticeable reflections. The arrangement gives a sense of orderly yet spaced-out placement, showcasing a variety of colors, textures, and geometric shapes.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "2",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract all small brown balls and then determine how many balls are left. First, I need to figure out which objects in the image are balls, meaning spheres. The image shows several geometric objects: a cube, a cylinder, and three spheres. \n\nStarting from the left, there's a green cube, then a purple cylinder. Then in the background, there's a large blue metal sphere, a large gray metal sphere, and in the foreground, a small brown metal sphere. So the spheres are the blue, gray, and brown ones. The question is about subtracting the small brown ones. \n\nThe small brown sphere is one of the three. If we remove that, we're left with the large blue and large gray spheres. Both are described as large, so their size isn't an issue here. The key is that \"small brown\" is the one to subtract. So after removing that, there are two spheres remaining. Therefore, the answer should be 2.\n</think>\n<answer>\nIn the scene, there are three spherical objects: a large blue metal sphere, a large gray metal sphere, and a small brown metal sphere in the foreground. After removing the small brown sphere, two polished, reflective spheres remain—the blue and the gray. Their placement in the background and muted tones contrast with the removed foreground object, leaving a total of **two balls**.\n</answer>",
"original_gt": "",
"rationale": "There are a large blue metal sphere, a large purple rubber cylinder, a small brown metal sphere, a large gray metal sphere, a large green metal cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract all small brown balls and then determine how many balls are left. First, I need to figure out which objects in the image are balls, meaning spheres. \n\nThe image shows three spheres. There's a large blue metal sphere, a large gray metal sphere, and a small brown metal sphere. So the spheres are the blue, gray, and brown ones. The question is about subtracting the small brown ones. \n\nThe small brown sphere is one of the three. If we remove that, we're left with the large blue and large gray spheres. Both are described as large, so their size isn't an issue here. The key is that \"small brown\" is the one to subtract. So after removing that, there are two spheres remaining. Therefore, the answer should be 2.\n</think>\n<answer>\nIn the scene, there are three spherical objects: a large blue metal sphere, a large gray metal sphere, and a small brown metal sphere in the foreground. After removing the small brown sphere, two polished, reflective spheres remain—the blue and the gray. Their placement in the background and muted tones contrast with the removed foreground object, leaving a total of **two balls**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028477.png
|
Subtract 0 gray blocks. How many objects are left?
|
<think>
Okay, let's tackle this question. The user is asking to subtract 0 gray blocks and then determine how many objects are left. First, I need to recall the visual details provided. The image shows several objects: a large yellow metal sphere, a large red metal sphere, a large red metal cube, a small cyan rubber sphere, and a small green metal cylinder. That's five objects in total.
Now, the key part here is subtracting 0 gray blocks. There are no gray blocks listed among the objects. All the objects are either yellow, red, cyan, or green. The cube mentioned is red, not gray. So even if we were to subtract zero gray blocks, which essentially means not removing anything, the count remains the same. Since there are no gray blocks to begin with, subtracting zero doesn't affect the total number of objects. Therefore, the answer should be five objects remaining.
</think>
<answer>
The image contains five distinct objects: a large yellow metal sphere, a large red metal sphere, a large red metal cube, a small cyan rubber sphere, and a small green metal cylinder. Since there are no gray blocks present to subtract, all five objects remain unchanged. The arrangement is clear, with no overlaps or ambiguities in the count.
</answer>
|
The scene appears to be indoors with a smooth, neutral grey surface as the background. In the foreground, there is a large yellow metal sphere showcasing a reflective, glossy texture on the left side. Next to it, positioned slightly to the right, is a large red metal sphere, which is similarly glossy and reflective. Behind these spheres, on the right side of the image, stands a large red metal cube, also with a glossy finish. In the background, on the left side, is a small cyan rubber sphere with a matte texture and non-reflective surface. Adjacent to it is a small green metal cylinder exhibiting a shiny surface with metallic reflections. The objects are well-spaced, with no visible overlaps. There are no people, text, or logos present in the image.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "5",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 gray blocks and then determine how many objects are left. First, I need to recall the visual details provided. The image shows several objects: a large yellow metal sphere, a large red metal sphere, a large red metal cube, a small cyan rubber sphere, and a small green metal cylinder. That's five objects in total.\n\nNow, the key part here is subtracting 0 gray blocks. The image suggests a neutral grey background, but there are no gray blocks listed among the objects. All the objects are either yellow, red, cyan, or green. The cube mentioned is red, not gray. So even if we were to subtract zero gray blocks, which essentially means not removing anything, the count remains the same. Since there are no gray blocks to begin with, subtracting zero doesn't affect the total number of objects. Therefore, the answer should be five objects remaining.\n</think>\n<answer>\nThe image contains five distinct objects: a large yellow metal sphere, a large red metal sphere, a large red metal cube, a small cyan rubber sphere, and a small green metal cylinder. Since there are no gray blocks present to subtract, all five objects remain unchanged. The arrangement is clear, with no overlaps or ambiguities in the count.\n</answer>",
"original_gt": "",
"rationale": "There are a large yellow metal sphere, a small cyan rubber sphere, a small green metal cylinder, a large red metal cube, a large red metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 gray blocks and then determine how many objects are left. First, I need to recall the visual details provided. The image shows several objects: a large yellow metal sphere, a large red metal sphere, a large red metal cube, a small cyan rubber sphere, and a small green metal cylinder. That's five objects in total.\n\nNow, the key part here is subtracting 0 gray blocks. There are no gray blocks listed among the objects. All the objects are either yellow, red, cyan, or green. The cube mentioned is red, not gray. So even if we were to subtract zero gray blocks, which essentially means not removing anything, the count remains the same. Since there are no gray blocks to begin with, subtracting zero doesn't affect the total number of objects. Therefore, the answer should be five objects remaining.\n</think>\n<answer>\nThe image contains five distinct objects: a large yellow metal sphere, a large red metal sphere, a large red metal cube, a small cyan rubber sphere, and a small green metal cylinder. Since there are no gray blocks present to subtract, all five objects remain unchanged. The arrangement is clear, with no overlaps or ambiguities in the count.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028741.png
|
Subtract 0 brown cylinders. How many objects are left?
Be succinct in your answer.
|
<think>
Okay, let me try to figure this out. So the question is asking to subtract 0 brown cylinders and determine how many objects are left. First, I need to recall the objects described in the image.
Let me count all the objects. The two cubes make 2. The small blue sphere is 3. The gray cylinder is 4. The large purple rubber sphere is 5. The large purple metal sphere is 6. The large red metal sphere is 7. So total of 7 objects.
Now, the question says subtract 0 brown cylinders. But looking at the image, the cylinder mentioned is gray, not brown. There's no brown cylinder present. So subtracting zero brown cylinders would leave the count unchanged. Therefore, the total remains 7.
</think>
<answer>
7
</answer>
|
The image depicts an indoor setting with a smooth, neutral-toned surface. Several geometric shapes are distributed across the area. On the left, there are two small rubber cubes; one is purple, and the other is cyan. Next to these, slightly forward, is a small blue rubber sphere. Behind the blue sphere towards the right, sits a small gray rubber cylinder. Prominently in the foreground is a large purple rubber sphere. To its right, there is a large purple metal sphere, with a reflective surface. Further back, partially overlooking the entire arrangement, is a large red metal sphere with a shiny, polished texture. The objects are arranged without any visible text, labels, or logos.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "7",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. So the question is asking to subtract 0 brown cylinders and determine how many objects are left. First, I need to recall the objects described in the image. \n\nStarting from the left, there are two small rubber cubes: one purple and one cyan. Then next to them, slightly forward, a small blue rubber sphere. Behind that blue sphere towards the right is a small gray rubber cylinder. In the foreground, there's a large purple rubber sphere. To its right, a large purple metal sphere, which is reflective. Further back, there's a large red metal sphere that's shiny. \n\nLet me count all the objects. The two cubes make 2. The small blue sphere is 3. The gray cylinder is 4. The large purple rubber sphere is 5. The large purple metal sphere is 6. The large red metal sphere is 7. So total of 7 objects. \n\nNow, the question says subtract 0 brown cylinders. But looking at the image, the cylinder mentioned is gray, not brown. There's no brown cylinder present. So subtracting zero brown cylinders would leave the count unchanged. Therefore, the total remains 7.\n</think>\n<answer>\nThe scene contains seven distinct objects. The two small cubes (purple and cyan), the small blue sphere, the gray cylinder, the large purple rubber sphere, the large purple metal sphere, and the prominent red metal sphere. Since there are no brown cylinders present to remove, all objects remain. \n\n**Total objects left: 7.**\n</answer>",
"original_gt": "",
"rationale": "There are a small purple rubber cube, a small gray rubber cylinder, a large purple rubber sphere, a large red metal sphere, a small cyan rubber cube, a small blue rubber sphere, a large purple metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. So the question is asking to subtract 0 brown cylinders and determine how many objects are left. First, I need to recall the objects described in the image.\n\nLet me count all the objects. The two cubes make 2. The small blue sphere is 3. The gray cylinder is 4. The large purple rubber sphere is 5. The large purple metal sphere is 6. The large red metal sphere is 7. So total of 7 objects.\n\nNow, the question says subtract 0 brown cylinders. But looking at the image, the cylinder mentioned is gray, not brown. There's no brown cylinder present. So subtracting zero brown cylinders would leave the count unchanged. Therefore, the total remains 7.\n</think>\n<answer>\nThe scene contains seven distinct objects. The two small cubes (purple and cyan), the small blue sphere, the gray cylinder, the large purple rubber sphere, the large purple metal sphere, and the prominent red metal sphere. Since there are no brown cylinders present to remove, all objects remain. \n\n**Total objects left: 7.**\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028706.png
|
Subtract 1 cubes. How many cubes are left?
|
<think>
Okay, let's tackle this question. So, the user wants to subtract 1 cube from the scene shown and find out how many cubes are left. First, I need to figure out how many cubes there are initially.
Looking at the image, there are two large cyan rubber cubes. That's two cubes right there. Then, towards the left, there's a small cyan metal cube. That adds another one, making it three cubes so far.
Next, there's a small blue rubber cube slightly overlapping one of the larger cyan cubes. That's another cube, bringing the total to four.
So initially, there are four cubes: two large cyan ones, one small cyan metal, and one small blue rubber cube. Now, subtract one cube. The question doesn't specify which one to subtract, but since it's just a simple subtraction, we can assume removing one from the total. Four minus one equals three. Therefore, there should be three cubes left.
</think>
<answer>
The image initially shows four cubes: two large cyan rubber cubes in the center, a small cyan metal cube on the left, and a small blue rubber cube overlapping one of the larger cyan cubes on the right. Subtracting one cube leaves three remaining. The exact identity of the removed cube isn’t visually specified, but the total count confidently reduces to three based on spatial distribution and distinct material/texture differences among the objects.
</answer>
|
The image portrays an indoor setting with a simple background characterized by a smooth, neutral surface. In the foreground, various objects are arranged, displaying different shapes, sizes, and colors. Centered in the composition are two large cyan rubber cubes. Towards the left, a small cyan metal cube is visible. Two small brown rubber spheres are positioned adjacent to each other near the center and towards the left. On the right, a small brown rubber cylinder is positioned near a small blue rubber cylinder, with a small blue rubber cube slightly overlapping one of the larger cyan cubes. The scene is devoid of text, labels, or identifiable logos, primarily focusing on the geometric arrangement of the colored objects.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. So, the user wants to subtract 1 cube from the scene shown and find out how many cubes are left. First, I need to figure out how many cubes there are initially. \n\nLooking at the image, there are a few objects mentioned. Let me parse through them one by one. In the center, there are two large cyan rubber cubes. That's two cubes right there. Then, towards the left, there's a small cyan metal cube. That adds another one, making it three cubes so far. \n\nNext, there are two small brown rubber spheres near the center and left. Spheres are not cubes, so they don't count. On the right, there's a small brown rubber cylinder and a small blue rubber cylinder. Cylinders also aren't cubes. Then, there's a small blue rubber cube slightly overlapping one of the larger cyan cubes. That's another cube, bringing the total to four. \n\nSo initially, there are four cubes: two large cyan ones, one small cyan metal, and one small blue rubber cube. Now, subtract one cube. The question doesn't specify which one to subtract, but since it's just a simple subtraction, we can assume removing one from the total. Four minus one equals three. Therefore, there should be three cubes left.\n</think>\n<answer>\nThe image initially shows four cubes: two large cyan rubber cubes in the center, a small cyan metal cube on the left, and a small blue rubber cube overlapping one of the larger cyan cubes on the right. Subtracting one cube leaves three remaining. The exact identity of the removed cube isn’t visually specified, but the total count confidently reduces to three based on spatial distribution and distinct material/texture differences among the objects.\n</answer>",
"original_gt": "",
"rationale": "There are a small brown rubber cylinder, a small brown rubber sphere, a small brown rubber sphere, a large cyan rubber cube, a small blue rubber cylinder, a small cyan metal cube, a large cyan rubber cube, a small blue rubber cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. So, the user wants to subtract 1 cube from the scene shown and find out how many cubes are left. First, I need to figure out how many cubes there are initially. \n\nLooking at the image, there are two large cyan rubber cubes. That's two cubes right there. Then, towards the left, there's a small cyan metal cube. That adds another one, making it three cubes so far. \n\nNext, there's a small blue rubber cube slightly overlapping one of the larger cyan cubes. That's another cube, bringing the total to four. \n\nSo initially, there are four cubes: two large cyan ones, one small cyan metal, and one small blue rubber cube. Now, subtract one cube. The question doesn't specify which one to subtract, but since it's just a simple subtraction, we can assume removing one from the total. Four minus one equals three. Therefore, there should be three cubes left.\n</think>\n<answer>\nThe image initially shows four cubes: two large cyan rubber cubes in the center, a small cyan metal cube on the left, and a small blue rubber cube overlapping one of the larger cyan cubes on the right. Subtracting one cube leaves three remaining. The exact identity of the removed cube isn’t visually specified, but the total count confidently reduces to three based on spatial distribution and distinct material/texture differences among the objects.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028954.png
|
Subtract all blocks. How many objects are left?
Provide the shortest answer possible.
|
<think>
Okay, let's see. The user is asking to subtract all blocks and determine how many objects are left. First, I need to figure out what counts as a "block" in the scene. The question is about subtracting blocks, so I should clarify what a "block" is here. Typically, a block might refer to cube-shaped objects. The cylinder is a different shape, so maybe it's not considered a block.
So, there are two cubes: one gray and one brown. If we subtract all blocks (the cubes), we remove both of them. That leaves the cylinder. The cylinder is an object, so subtracting the two blocks would leave one object remaining. I should make sure there aren't any other objects mentioned. The image only lists the cylinder and the two cubes. Therefore, the answer should be one object left.
</think>
<answer>
1
</answer>
|
The scene depicts an indoor setting with a smooth, neutral gray surface that serves as the background and floor, creating a minimalist and clean environment. Positioned centrally in the image is a large purple metal cylinder. To its left is a small gray metal cube, and to its right is a small brown metal cube. The objects are evenly spaced apart, with the polished surfaces of the metal reflecting light, emphasizing their smooth textures and metallic nature. The arrangement suggests a simple geometric composition, highlighting contrasts in color and shape against the uniform background.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "1",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract all blocks and determine how many objects are left. First, I need to figure out what counts as a \"block\" in the scene. The image shows a large purple metal cylinder, a small gray metal cube, and a small brown metal cube. The question is about subtracting blocks, so I should clarify what a \"block\" is here. Typically, a block might refer to cube-shaped objects. The cylinder is a different shape, so maybe it's not considered a block.\n\nSo, there are two cubes: one gray and one brown. If we subtract all blocks (the cubes), we remove both of them. That leaves the cylinder. The cylinder is an object, so subtracting the two blocks would leave one object remaining. I should make sure there aren't any other objects mentioned. The image only lists the cylinder and the two cubes. The background is just a surface, not an object. Therefore, the answer should be one object left.\n</think>\n<answer>\nThe scene contains three objects: a central purple cylinder, a gray cube to its left, and a brown cube to its right. If all \"blocks\" (interpreted as cube-shaped objects) are subtracted, the two cubes would be removed. This leaves only the large purple cylinder as the remaining object. \n\n**Answer:** There is 1 object left.\n</answer>",
"original_gt": "",
"rationale": "There are a large purple metal cylinder, a small gray metal cube, a small brown metal cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract all blocks and determine how many objects are left. First, I need to figure out what counts as a \"block\" in the scene. The question is about subtracting blocks, so I should clarify what a \"block\" is here. Typically, a block might refer to cube-shaped objects. The cylinder is a different shape, so maybe it's not considered a block.\n\nSo, there are two cubes: one gray and one brown. If we subtract all blocks (the cubes), we remove both of them. That leaves the cylinder. The cylinder is an object, so subtracting the two blocks would leave one object remaining. I should make sure there aren't any other objects mentioned. The image only lists the cylinder and the two cubes. Therefore, the answer should be one object left.\n</think>\n<answer>\nThe scene contains three objects: a central purple cylinder, a gray cube to its left, and a brown cube to its right. If all \"blocks\" (interpreted as cube-shaped objects) are subtracted, the two cubes would be removed. This leaves only the large purple cylinder as the remaining object. \n\n**Answer:** There is 1 object left.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028963.png
|
Subtract 0 green cubes. How many objects are left?
|
<think>
Okay, let's see. The user is asking to subtract 0 green cubes and then determine how many objects are left.
The question mentions subtracting 0 green cubes. Since there are no green cubes in the original image—only spheres and cylinders of different colors and materials—subtracting zero from the existing objects wouldn't change the count. The original number of objects is four. So even after removing zero green cubes, there are still four objects remaining. I need to make sure there's no mention of any green cubes present, which there isn't. Therefore, the answer should be four.
</think>
<answer>
The image contains four distinct objects: a small blue rubber sphere, a small gray metal cylinder, a large yellow rubber cylinder, and a large gray rubber sphere. No green cubes are present in the arrangement to begin with, so removing zero of them leaves all four original objects unchanged. The count remains **4**.
</answer>
|
The image depicts an indoor setting with a smooth, neutral background. Positioned on the surface are four distinct objects:
1. At the bottom left, there is a small blue rubber sphere, exhibiting a slightly matte texture.
2. Towards the center left, a small gray metal cylinder stands upright, with a reflective surface hinting at its metallic nature.
3. In the upper part of the image, slightly to the right, is a large yellow rubber cylinder, casting a subtle shadow on the ground.
4. Finally, on the right side of the scene lies a large gray rubber sphere, mirroring the surface texture of the blue sphere and casting a prominent shadow to its side.
The arrangement of the objects and the consistent lighting suggest a controlled photographic environment.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "4",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 green cubes and then determine how many objects are left. First, I need to visualize the scene shown in the image. There are four objects: a small blue rubber sphere, a small gray metal cylinder, a large yellow rubber cylinder, and a large gray rubber sphere. All of them are on a neutral background. \n\nThe question mentions subtracting 0 green cubes. Since there are no green cubes in the original image—only spheres and cylinders of different colors and materials—subtracting zero from the existing objects wouldn't change the count. The original number of objects is four. So even after removing zero green cubes, there are still four objects remaining. I need to make sure there's no mention of any green cubes present, which there isn't. Therefore, the answer should be four.\n</think>\n<answer>\nThe image contains four distinct objects: a small blue rubber sphere, a small gray metal cylinder, a large yellow rubber cylinder, and a large gray rubber sphere. No green cubes are present in the arrangement to begin with, so removing zero of them leaves all four original objects unchanged. The count remains **4**.\n</answer>",
"original_gt": "",
"rationale": "There are a small blue rubber sphere, a small gray metal cylinder, a large gray rubber sphere, a large yellow rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 green cubes and then determine how many objects are left. \n\nThe question mentions subtracting 0 green cubes. Since there are no green cubes in the original image—only spheres and cylinders of different colors and materials—subtracting zero from the existing objects wouldn't change the count. The original number of objects is four. So even after removing zero green cubes, there are still four objects remaining. I need to make sure there's no mention of any green cubes present, which there isn't. Therefore, the answer should be four.\n</think>\n<answer>\nThe image contains four distinct objects: a small blue rubber sphere, a small gray metal cylinder, a large yellow rubber cylinder, and a large gray rubber sphere. No green cubes are present in the arrangement to begin with, so removing zero of them leaves all four original objects unchanged. The count remains **4**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_028997.png
|
Subtract 0 yellow cylinders. How many objects are left?
Be direct and concise.
|
<think>
Okay, let me try to figure this out. The question is asking how many objects are left if we subtract 0 yellow cylinders. First, I need to recall the objects shown in the image.
From the image, there are six objects in total:
1. Large cyan rubber cube
2. Large gray metal sphere
3. Small green metal sphere
4. Small purple metal cylinder
5. Small purple rubber sphere
6. Small gray rubber sphere
That's six objects in total. Now, the question says subtract 0 yellow cylinders. So, how many yellow cylinders are there in the image? Looking at the list, the only cylinder mentioned is a small purple metal one. There's no mention of a yellow cylinder. So subtracting zero yellow cylinders would mean removing none, right? Because there are zero yellow cylinders to begin with. So the total number of objects remains the same. Therefore, the answer should be 6.
</think>
<answer>
6
</answer>
|
The image presents an indoor setting with a simple, neutral background. At the center is a large cyan rubber cube exhibiting a smooth texture. To the right of the cube, a large gray metal sphere is positioned, its surface reflecting light, giving it a shiny appearance. Nearby, a small green metal sphere is visible, also shiny but smaller in size. On the left side of the cube is a small purple metal cylinder, standing upright with a glossy finish. Below the cylinder is a small purple rubber sphere, displaying a matte texture. On the far left, there is a small gray rubber sphere with a muted matte surface. The objects are evenly spaced across the surface, highlighting their distinct colors and textures. The environment is minimalistic, accentuating the geometric forms and materials of the objects.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "6",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The question is asking how many objects are left if we subtract 0 yellow cylinders. First, I need to recall the objects shown in the image. \n\nFrom the image, there's a large cyan rubber cube in the center. To the right of the cube, there's a large gray metal sphere. Nearby, a small green metal sphere. On the left side of the cube, there's a small purple metal cylinder standing upright. Below that cylinder is a small purple rubber sphere. Then, on the far left, a small gray rubber sphere. So, let me list them out: \n\n1. Large cyan rubber cube \n2. Large gray metal sphere \n3. Small green metal sphere \n4. Small purple metal cylinder \n5. Small purple rubber sphere \n6. Small gray rubber sphere \n\nThat's six objects in total. Now, the question says subtract 0 yellow cylinders. So, how many yellow cylinders are there in the image? Looking at the list, the only cylinder mentioned is a small purple metal one. There's no mention of a yellow cylinder. So subtracting zero yellow cylinders would mean removing none, right? Because there are zero yellow cylinders to begin with. So the total number of objects remains the same. Therefore, the answer should be 6.\n</think>\n<answer>\nThe image contains six distinct objects: a cyan cube, a gray sphere, a green sphere, a purple cylinder, a purple sphere, and a gray sphere. Since there are no yellow cylinders present to remove, all objects remain. The total count stays unchanged at **6**.\n</answer>",
"original_gt": "",
"rationale": "There are a small purple metal cylinder, a large cyan rubber cube, a large gray metal sphere, a small green metal sphere, a small purple rubber sphere, a small gray rubber sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The question is asking how many objects are left if we subtract 0 yellow cylinders. First, I need to recall the objects shown in the image. \n\nFrom the image, there are six objects in total: \n\n1. Large cyan rubber cube \n2. Large gray metal sphere \n3. Small green metal sphere \n4. Small purple metal cylinder \n5. Small purple rubber sphere \n6. Small gray rubber sphere \n\nThat's six objects in total. Now, the question says subtract 0 yellow cylinders. So, how many yellow cylinders are there in the image? Looking at the list, the only cylinder mentioned is a small purple metal one. There's no mention of a yellow cylinder. So subtracting zero yellow cylinders would mean removing none, right? Because there are zero yellow cylinders to begin with. So the total number of objects remains the same. Therefore, the answer should be 6.\n</think>\n<answer>\nThe image contains six distinct objects: a cyan cube, a gray sphere, a green sphere, a purple cylinder, a purple sphere, and a gray sphere. Since there are no yellow cylinders present to remove, all objects remain. The total count stays unchanged at **6**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029144.png
|
Subtract 0 green balls. How many objects are left?
|
<think>
Okay, let's see. The user is asking to subtract 0 green balls and then determine how many objects are left. The key here is to identify if any of these objects are considered "balls." Balls are typically spherical, so even though the small green cylinder is referred to, it's still a cylinder, not a ball. So subtracting 0 green balls wouldn't affect the count. Therefore, all four objects remain.
</think>
<answer>
The scene contains four cylindrical objects. Since there are no spherical "balls" present—only cylinders of varying materials and colors—subtracting zero green balls doesn't alter the count. All four objects remain: the large yellow metal cylinder, the large red rubber cylinder, the large yellow rubber cylinder, and the small green rubber cylinder.
</answer>
|
The image depicts an indoor setting with a smooth, neutral gray surface and background. Four distinct cylindrical objects are prominently positioned within the scene. On the left, there is a large yellow metal cylinder with a shiny, reflective surface, showcasing its metallic texture. Adjacent to it is a large red rubber cylinder, exhibiting a matte, non-reflective texture. Moving towards the center-right of the image is a large yellow rubber cylinder, similar in size to the red cylinder, with a matte surface. Towards the back, there is a small green rubber cylinder, significantly smaller than the other objects, also featuring a matte finish. The arrangement and varying textures of these cylinders add a dynamic visual contrast to the composition.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "4",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 green balls and then determine how many objects are left. First, I need to visualize the scene based on the image. There are four cylindrical objects. The key here is to identify if any of these cylinders are considered \"balls.\" The image shows cylinders, not balls. Balls are typically spherical, so even though the small green cylinder is referred to, it's still a cylinder, not a ball. So subtracting 0 green balls wouldn't affect the count. Therefore, all four objects remain.\n</think>\n<answer>\nThe scene contains four cylindrical objects. Since there are no spherical \"balls\" present—only cylinders of varying materials and colors—subtracting zero green balls doesn't alter the count. All four objects remain: the large yellow metal cylinder, the large red rubber cylinder, the large yellow rubber cylinder, and the small green rubber cylinder.\n</answer>",
"original_gt": "",
"rationale": "There are a large yellow rubber cylinder, a large red rubber cylinder, a small green rubber cylinder, a large yellow metal cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 green balls and then determine how many objects are left. The key here is to identify if any of these objects are considered \"balls.\" Balls are typically spherical, so even though the small green cylinder is referred to, it's still a cylinder, not a ball. So subtracting 0 green balls wouldn't affect the count. Therefore, all four objects remain.\n</think>\n<answer>\nThe scene contains four cylindrical objects. Since there are no spherical \"balls\" present—only cylinders of varying materials and colors—subtracting zero green balls doesn't alter the count. All four objects remain: the large yellow metal cylinder, the large red rubber cylinder, the large yellow rubber cylinder, and the small green rubber cylinder.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029174.png
|
Subtract all blocks. How many objects are left?
Give a brief response only.
|
<think>
Okay, let's tackle this question. The user is asking to subtract all blocks and determine how many objects are left. First, I need to understand what counts as a "block" here. From the image, there are three objects. The question mentions subtracting blocks, so I should figure out which of these are considered blocks.
Typically, a block is a cube or a rectangular prism. So both the blue and green cubes would be blocks. The cylinder, on the other hand, is a different shape. If we subtract all blocks (the two cubes), the remaining object would be the red cylinder. Therefore, after removing the two cubes, only the cylinder remains. So the answer should be one object left.
</think>
<answer>
1
</answer>
|
The image appears to be set indoors with a smooth, neutral-colored background that subtly gradient-shifts from light gray near the top to darker shades towards the bottom, providing a contrast with the objects.
In the foreground, there is a composition of three geometric metal objects placed on a flat surface. To the left, there is a small blue metal cube featuring reflective surfaces that capture light, creating a shiny appearance. Towards the center-right, there is a large red metal cylinder that is notably taller and more prominent than the cubes, also exhibiting a glossy finish that reflects the environment. Below and near the blue cube, there is a small green metal cube, which is similar in size and texture to the blue one, demonstrating a reflective quality that enhances its vivid color.
The arrangement of these objects suggests a simplistic yet intentional placement, with each object clearly distinct and unadorned, emphasizing their geometric and chromatic properties within the minimalist setting. There are no visible texts, labels, logos, or expressions present in the scene.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "1",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract all blocks and determine how many objects are left. First, I need to understand what counts as a \"block\" here. From the image, there are three objects: a small blue metal cube, a large red metal cylinder, and a small green metal cube. The question mentions subtracting blocks, so I should figure out which of these are considered blocks. \n\nTypically, a block is a cube or a rectangular prism. So both the blue and green cubes would be blocks. The cylinder, on the other hand, is a different shape. If we subtract all blocks (the two cubes), the remaining object would be the red cylinder. The image shows the cylinder is a large red metal cylinder, so that's not a block. Therefore, after removing the two cubes, only the cylinder remains. So the answer should be one object left.\n</think>\n<answer>\nIn the scene, there are three objects: a blue cube, a green cube, and a red cylinder. The two cubes are considered \"blocks\" due to their geometric form, while the cylinder is distinct in shape. After mentally removing the blocks, only the tall red cylinder remains. \n\n**Answer:** There is 1 object left.\n</answer>",
"original_gt": "",
"rationale": "There are a small blue metal cube, a large red metal cylinder, a small green metal cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract all blocks and determine how many objects are left. First, I need to understand what counts as a \"block\" here. From the image, there are three objects. The question mentions subtracting blocks, so I should figure out which of these are considered blocks. \n\nTypically, a block is a cube or a rectangular prism. So both the blue and green cubes would be blocks. The cylinder, on the other hand, is a different shape. If we subtract all blocks (the two cubes), the remaining object would be the red cylinder. Therefore, after removing the two cubes, only the cylinder remains. So the answer should be one object left.\n</think>\n<answer>\nIn the scene, there are three objects: a blue cube, a green cube, and a red cylinder. The two cubes are considered \"blocks\" due to their geometric form, while the cylinder is distinct in shape. After mentally removing the blocks, only the tall red cylinder remains. \n\n**Answer:** There is 1 object left.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029238.png
|
Subtract all cubes. How many objects are left?
|
<think>
Okay, let's see. The user asked to subtract all cubes and then determine how many objects are left.
There are three objects: a large yellow cylinder, a large blue cylinder, and a small gray cube. The cube is shown as a cube, so that's definitely a cube. The other two are cylinders.
The question says to subtract all cubes. Since the cube is the only one mentioned as a cube, removing that would leave the two cylinders. So, after removing the cube, there should be two objects remaining.
I should make sure there are no other cubes mentioned. The image only specifies one cube, the small gray one. The other two are cylinders. So yes, subtracting the cube leaves two cylinders. The answer should be two.
</think>
<answer>
In the scene, after removing the small gray rubber cube positioned in front, two objects remain: a large yellow rubber cylinder on the left and a glossy blue metal cylinder to its right. Their cylindrical forms dominate the arrangement, leaving a total of **two objects** visible.
</answer>
|
The scene appears to be set in an indoor environment with a neutral, smooth, and light-colored surface serving as the backdrop. Positioned on this surface are three distinct geometric shapes. To the left, there is a large yellow rubber cylinder, characterized by its matte texture and vivid yellow color. To its right, a large blue metal cylinder stands out with a glossy finish, reflecting some of the ambient light, which highlights its metallic nature. In front of these cylinders, there is a small gray rubber cube with a matte texture, adding a subtle contrast to the more prominent cylindrical shapes. No visible text, labels, or annotations are present within the image. The arrangement of these objects, combined with the surface details, lends a minimalist aesthetic to the scene.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "2",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user asked to subtract all cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided.\n\nThere are three objects: a large yellow rubber cylinder on the left, a large blue metal cylinder to its right, and a small gray rubber cube in front of them. The cube is shown as a cube, so that's definitely a cube. The other two are cylinders.\n\nThe question says to subtract all cubes. Since the cube is the only one mentioned as a cube, removing that would leave the two cylinders. So, after removing the cube, there should be two objects remaining.\n\nI should make sure there are no other cubes mentioned. The image only specifies one cube, the small gray one. The other two are cylinders. So yes, subtracting the cube leaves two cylinders. The answer should be two.\n</think>\n<answer>\nIn the scene, after removing the small gray rubber cube positioned in front, two objects remain: a large yellow rubber cylinder on the left and a glossy blue metal cylinder to its right. Their cylindrical forms dominate the arrangement, leaving a total of **two objects** visible.\n</answer>",
"original_gt": "",
"rationale": "There are a large yellow rubber cylinder, a large blue metal cylinder, a small gray rubber cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user asked to subtract all cubes and then determine how many objects are left. \n\nThere are three objects: a large yellow cylinder, a large blue cylinder, and a small gray cube. The cube is shown as a cube, so that's definitely a cube. The other two are cylinders. \n\nThe question says to subtract all cubes. Since the cube is the only one mentioned as a cube, removing that would leave the two cylinders. So, after removing the cube, there should be two objects remaining. \n\nI should make sure there are no other cubes mentioned. The image only specifies one cube, the small gray one. The other two are cylinders. So yes, subtracting the cube leaves two cylinders. The answer should be two.\n</think>\n<answer>\nIn the scene, after removing the small gray rubber cube positioned in front, two objects remain: a large yellow rubber cylinder on the left and a glossy blue metal cylinder to its right. Their cylindrical forms dominate the arrangement, leaving a total of **two objects** visible.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029288.png
|
Subtract 0 blue cylinders. How many objects are left?
Respond using minimal words.
|
<think>
Okay, let's see. The user is asking to subtract 0 blue cylinders and then determine how many objects are left.
Now, the question says to subtract 0 blue cylinders. Looking at the objects listed, none of the cylinders are blue. The cylinders mentioned are yellow and brown. Since subtracting zero blue cylinders doesn't remove any objects, the total remains the same. So the answer should be 5 objects left.
</think>
<answer>
5
</answer>
|
The scene appears to be set indoors, characterized by a neutral, softly-lit surface that highlights the scattered objects. In the foreground, there is a large brown metal cube with a shiny, reflective surface placed slightly to the left. Adjacent to it is a small yellow rubber cylinder, exuding a matte finish. Toward the center and right, a small brown metal cylinder sits in line with a large yellow rubber sphere. The sphere's rubbery texture contrasts with the metallic shine of nearby items. Behind these objects, a small yellow metal cube can be seen, with sides that reflect the ambient light. The arrangement of these geometric shapes creates an intriguing visual composition against the smooth background.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "5",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 blue cylinders and then determine how many objects are left. First, I need to visualize the scene based on the image provided. Let me go through each object mentioned.\n\nIn the foreground, there's a large brown metal cube on the left. Then a small yellow rubber cylinder next to it. Moving to the center and right, there's a small brown metal cylinder and a large yellow rubber sphere. Behind these, there's a small yellow metal cube. So that's five objects total: two cubes (one large brown metal, one small yellow metal), two cylinders (small yellow rubber and small brown metal), and one sphere (large yellow rubber).\n\nNow, the question says to subtract 0 blue cylinders. Looking at the objects listed, none of the cylinders are blue. The cylinders mentioned are yellow and brown. Since subtracting zero blue cylinders doesn't remove any objects, the total remains the same. So the answer should be 5 objects left.\n</think>\n<answer>\nIn the scene, there are five distinct objects: a large brown metal cube, a small yellow rubber cylinder, a small brown metal cylinder, a large yellow rubber sphere, and a small yellow metal cube. Since there are no blue cylinders present to subtract, the total remains **five objects**. The absence of blue cylinders doesn’t alter the arrangement or count of the visible items.\n</answer>",
"original_gt": "",
"rationale": "There are a small yellow rubber cylinder, a small yellow metal cube, a small brown metal cylinder, a large brown metal cube, a large yellow rubber sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 blue cylinders and then determine how many objects are left. \n\nNow, the question says to subtract 0 blue cylinders. Looking at the objects listed, none of the cylinders are blue. The cylinders mentioned are yellow and brown. Since subtracting zero blue cylinders doesn't remove any objects, the total remains the same. So the answer should be 5 objects left.\n</think>\n<answer>\nIn the scene, there are five distinct objects: a large brown metal cube, a small yellow rubber cylinder, a small brown metal cylinder, a large yellow rubber sphere, and a small yellow metal cube. Since there are no blue cylinders present to subtract, the total remains **five objects**. The absence of blue cylinders doesn’t alter the arrangement or count of the visible items.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029554.png
|
Subtract 0 purple blocks. How many objects are left?
|
<think>
Okay, let's see. The user is asking to subtract 0 purple blocks and then determine how many objects are left.
The question mentions subtracting zero purple blocks. Since there are no purple blocks mentioned in the scene—only green and brown objects—subtracting zero of them wouldn't change the count. The original number of objects is three, so subtracting none would leave three.
So the answer should be three.
</think>
<answer>
The scene contains three distinct objects: a small green metal sphere, a large green rubber cylinder, and a large brown rubber cylinder. Since there are no purple blocks present to subtract, the total remains unchanged. There are **3 objects** left in the arrangement.
</answer>
|
The scene is set in an indoor environment with a smooth, neutral-colored surface, possibly suggesting a studio setting with soft lighting.
In the foreground towards the center-right of the image, there is a small, shiny green metal sphere reflecting some of the surrounding light, indicating a smooth, glossy surface. This sphere is located nearer to the large green rubber cylinder than to the large brown rubber cylinder.
On the right side of the image, there is a large green rubber cylinder with a matte finish, positioned towards the back, closer to the image's edge. Its surface appears smooth and slightly textured, typical of rubber materials.
Towards the upper center-left, there is a large brown rubber cylinder with a similar matte texture, positioned slightly behind the green sphere. This cylinder also exhibits a smooth surface, with a uniform brown coloration that absorbs light, giving it a soft, non-reflective appearance.
There are no visible texts, numbers, or symbols in the scene, and no visible expressions or human subjects are present, maintaining a neutral and static composition focused solely on this arrangement of geometric shapes.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple blocks and then determine how many objects are left. First, I need to visualize the scene based on the image provided.\n\nFrom the image, there are three objects: a small green metal sphere, a large green rubber cylinder on the right, and a large brown rubber cylinder on the upper center-left. The question mentions subtracting zero purple blocks. Since there are no purple blocks mentioned in the scene—only green and brown objects—subtracting zero of them wouldn't change the count. The original number of objects is three, so subtracting none would leave three. I should make sure there are no other hidden objects, but the image clearly states three. So the answer should be three.\n</think>\n<answer>\nThe scene contains three distinct objects: a small green metal sphere, a large green rubber cylinder, and a large brown rubber cylinder. Since there are no purple blocks present to subtract, the total remains unchanged. There are **3 objects** left in the arrangement.\n</answer>",
"original_gt": "",
"rationale": "There are a small green metal sphere, a large brown rubber cylinder, a large green rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple blocks and then determine how many objects are left. \n\nThe question mentions subtracting zero purple blocks. Since there are no purple blocks mentioned in the scene—only green and brown objects—subtracting zero of them wouldn't change the count. The original number of objects is three, so subtracting none would leave three. \n\nSo the answer should be three.\n</think>\n<answer>\nThe scene contains three distinct objects: a small green metal sphere, a large green rubber cylinder, and a large brown rubber cylinder. Since there are no purple blocks present to subtract, the total remains unchanged. There are **3 objects** left in the arrangement.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029440.png
|
Subtract 0 yellow blocks. How many objects are left?
Respond using minimal words.
|
<think>
Okay, let's see. The user is asking to subtract 0 yellow blocks and then determine how many objects are left.
Now, the question mentions subtracting zero yellow blocks. Since there are no yellow blocks in the image to begin with—all objects are either cyan or purple—subtracting zero doesn't change the count. The original number of objects here is four: cube, sphere, cylinder, and another sphere. So even after removing zero yellow ones, all four remain. I should make sure there's no hidden yellow object mentioned, but the image doesn't mention any. The colors are cyan and purple, materials rubber and metal. So the answer should be four.
</think>
<answer>
4
</answer>
|
The image depicts an indoor setting characterized by a neutral, smooth surface gradient transitioning from gray to beige. Positioned towards the left side of the image is a large cyan rubber cube, featuring matt, soft edges emblematic of its material’s softness. Proceeding centrally towards the image, a small purple metal sphere exhibits a reflective surface, capturing some light reflections and suggesting a polished metal texture. To the right of the purple sphere lies a large purple metal cylinder, its polished texture continuing the reflective theme, with the cylinder standing upright on the flat surface. Towards the back-center of the scene, a small cyan rubber sphere rests, its matte surface aligning with the cyan cube in texture, contrasting subtly with the metallic elements present in the scene. Each element stands separately, casting soft shadows on the smooth surface below, indicating a gentle, even lighting within the environment.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "4",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 yellow blocks and then determine how many objects are left. First, I need to visualize the scene shown. There's a cyan rubber cube on the left, a small purple metal sphere in the center, a large purple metal cylinder to the right of the sphere, and a small cyan rubber sphere at the back-center. \n\nNow, the question mentions subtracting zero yellow blocks. Since there are no yellow blocks in the image to begin with—all objects are either cyan or purple—subtracting zero doesn't change the count. The original number of objects here is four: cube, sphere, cylinder, and another sphere. So even after removing zero yellow ones, all four remain. I should make sure there's no hidden yellow object mentioned, but the image doesn't mention any. The colors are cyan and purple, materials rubber and metal. So the answer should be four.\n</think>\n<answer>\nThe scene contains four distinct objects: a large cyan rubber cube on the left, a small purple metal sphere centrally, a large purple metal cylinder to the right, and a small cyan rubber sphere at the back-center. Since there are no yellow blocks present to subtract, all four objects remain unchanged. The absence of yellow elements makes the subtraction irrelevant, leaving the count unaffected.\n</answer>",
"original_gt": "",
"rationale": "There are a large cyan rubber cube, a large purple metal cylinder, a small cyan rubber sphere, a small purple metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 yellow blocks and then determine how many objects are left. \n\nNow, the question mentions subtracting zero yellow blocks. Since there are no yellow blocks in the image to begin with—all objects are either cyan or purple—subtracting zero doesn't change the count. The original number of objects here is four: cube, sphere, cylinder, and another sphere. So even after removing zero yellow ones, all four remain. I should make sure there's no hidden yellow object mentioned, but the image doesn't mention any. The colors are cyan and purple, materials rubber and metal. So the answer should be four.\n</think>\n<answer>\nThe scene contains four distinct objects: a large cyan rubber cube on the left, a small purple metal sphere centrally, a large purple metal cylinder to the right, and a small cyan rubber sphere at the back-center. Since there are no yellow blocks present to subtract, all four objects remain unchanged. The absence of yellow elements makes the subtraction irrelevant, leaving the count unaffected.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029549.png
|
Subtract all cylinders. How many objects are left?
|
<think>
Okay, let me try to figure this out. The question is asking to subtract all cylinders and then count how many objects are left. So first, I need to identify which objects are cylinders and which are spheres.
Starting from the right, there's a large red metal sphere. That's a sphere, so it stays. Then moving left, there's a large gray metal cylinder. That's a cylinder, so subtract that. Next, to the left, a small brown rubber sphere—another sphere, stays. Adjacent to that is a large yellow rubber cylinder. That's a cylinder, subtract.
Near the center, there's a small cyan rubber cylinder (subtract) and a small cyan metal cylinder (also subtract). Left of those, a small gray rubber sphere remains. In the center foreground, a large brown metal cylinder—subtract that too.
So now, the remaining objects are the red metal sphere, the brown rubber sphere, and the gray rubber sphere. That's three spheres left after removing all cylinders.
</think>
<answer>
After removing all cylinders from the arrangement, three spherical objects remain. These include the large reflective red metal sphere on the right, the small matte brown rubber sphere to the left, and the muted gray rubber sphere near the center. Their rounded forms stand out distinctly against the neutral backdrop once the vertical cylinders are excluded.
</answer>
|
The image depicts an indoor environment with a light, neutral-colored background, suggesting a controlled setting such as a studio or exhibition space. The objects are arranged on a flat surface, showcasing a variety of geometrical shapes—primarily spheres and cylinders.
At the right side of the image, a large red metal sphere catches the eye with its reflective surface, displaying highlights and subtle reflections of the surrounding objects. Moving leftwards, a large gray metal cylinder stands upright, featuring a metallic sheen that contrasts with its neighboring objects.
To the left, a small brown rubber sphere rests on the surface, characterized by its matte texture in comparison to the shinier metal sphere. Adjacent, a large yellow rubber cylinder stands vertically, presenting a smooth rubbery texture that adds a colorful presence to the composition.
Near the center of the arrangement, a small cyan rubber cylinder showcases a vibrant hue. Not far from it, a small cyan metal cylinder complements its rubber counterpart but differs in texture, presenting a sleek, reflective surface. Just left of the cyan objects, a small gray rubber sphere sits quietly, its muted tone blending gently with the background.
Finally, dominating the center foreground, a large brown metal cylinder is positioned upright. This cylinder's polished metal surface contributes to the diverse material palette and adds a sense of weight and stability to the scene.
The objects' varied colors and materials create an engaging visual interplay, highlighting the differences between matte and shiny, soft and hard textures.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The question is asking to subtract all cylinders and then count how many objects are left. So first, I need to identify which objects are cylinders and which are spheres.\n\nLooking at the image, the image has several objects. Starting from the right, there's a large red metal sphere. That's a sphere, so it stays. Then moving left, there's a large gray metal cylinder. That's a cylinder, so subtract that. Next, to the left, a small brown rubber sphere—another sphere, stays. Adjacent to that is a large yellow rubber cylinder. That's a cylinder, subtract. \n\nNear the center, there's a small cyan rubber cylinder (subtract) and a small cyan metal cylinder (also subtract). Left of those, a small gray rubber sphere remains. In the center foreground, a large brown metal cylinder—subtract that too.\n\nSo now, the remaining objects are the red metal sphere, the brown rubber sphere, and the gray rubber sphere. That's three spheres left after removing all cylinders.\n</think>\n<answer>\nAfter removing all cylinders from the arrangement, three spherical objects remain. These include the large reflective red metal sphere on the right, the small matte brown rubber sphere to the left, and the muted gray rubber sphere near the center. Their rounded forms stand out distinctly against the neutral backdrop once the vertical cylinders are excluded.\n</answer>",
"original_gt": "",
"rationale": "There are a large red metal sphere, a large gray metal cylinder, a small brown rubber sphere, a large yellow rubber cylinder, a small cyan rubber cylinder, a small cyan metal cylinder, a small gray rubber sphere, a large brown metal cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The question is asking to subtract all cylinders and then count how many objects are left. So first, I need to identify which objects are cylinders and which are spheres.\n\nStarting from the right, there's a large red metal sphere. That's a sphere, so it stays. Then moving left, there's a large gray metal cylinder. That's a cylinder, so subtract that. Next, to the left, a small brown rubber sphere—another sphere, stays. Adjacent to that is a large yellow rubber cylinder. That's a cylinder, subtract.\n\nNear the center, there's a small cyan rubber cylinder (subtract) and a small cyan metal cylinder (also subtract). Left of those, a small gray rubber sphere remains. In the center foreground, a large brown metal cylinder—subtract that too.\n\nSo now, the remaining objects are the red metal sphere, the brown rubber sphere, and the gray rubber sphere. That's three spheres left after removing all cylinders.\n</think>\n<answer>\nAfter removing all cylinders from the arrangement, three spherical objects remain. These include the large reflective red metal sphere on the right, the small matte brown rubber sphere to the left, and the muted gray rubber sphere near the center. Their rounded forms stand out distinctly against the neutral backdrop once the vertical cylinders are excluded.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029627.png
|
Subtract 0 purple blocks. How many objects are left?
Answer the question using a single word or phrase.
|
<think>
Okay, let me try to figure this out. The user is asking to subtract 0 purple blocks and then determine how many objects are left.
Now, the question mentions subtracting zero purple blocks. Since there are no purple blocks in the image to begin with—only green, cyan, and blue objects—subtracting zero wouldn't change anything. The original count of objects is three. Even if we tried removing zero purple ones, the total remains three.
So the answer should be three.
</think>
<answer>
3
</answer>
|
The setting is an indoor environment with a neutral, smooth gray surface extending as the background. Positioned centrally, there is a large green rubber cylinder, coated with a matte finish, casting a soft shadow on the surface. To the right of the green cylinder, a small cyan metal cylinder is placed, displaying a reflective sheen under the ambient lighting. On the left side of the scene is a small blue metal sphere, with its glossy surface creating prominent highlights and reflections, and casting a delicate shadow. All objects are spaced out, contributing to a minimalistic and balanced composition without any text, logos, or human presence.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 purple blocks and then determine how many objects are left. First, I need to visualize the scene shown. There's a green rubber cylinder in the center, a cyan metal cylinder on the right, and a blue metal sphere on the left. All three objects are distinct in color, material, and shape.\n\nNow, the question mentions subtracting zero purple blocks. Since there are no purple blocks in the image to begin with—only green, cyan, and blue objects—subtracting zero wouldn't change anything. The original count of objects is three. Even if we tried removing zero purple ones, the total remains three. I should make sure there's no hidden object or something I missed, but the image clearly shows three items. So the answer should be three.\n</think>\n<answer>\nIn this scene, there are three distinct objects: a large green rubber cylinder, a small cyan metal cylinder, and a small blue metal sphere. The subtraction of zero purple blocks—a color and shape not present here—does not alter the count. The composition remains balanced with all three objects spaced apart on the neutral surface.\n</answer>",
"original_gt": "",
"rationale": "There are a small blue metal sphere, a small cyan metal cylinder, a large green rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 purple blocks and then determine how many objects are left. \n\nNow, the question mentions subtracting zero purple blocks. Since there are no purple blocks in the image to begin with—only green, cyan, and blue objects—subtracting zero wouldn't change anything. The original count of objects is three. Even if we tried removing zero purple ones, the total remains three. \n\nSo the answer should be three.\n</think>\n<answer>\nIn this scene, there are three distinct objects: a large green rubber cylinder, a small cyan metal cylinder, and a small blue metal sphere. The subtraction of zero purple blocks—a color and shape not present here—does not alter the count. The composition remains balanced with all three objects spaced apart on the neutral surface.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029695.png
|
Subtract 0 green balls. How many objects are left?
|
<think>
Okay, let's see. The user is asking to subtract 0 green balls and then determine how many objects are left.
So, the objects shown are three in total: two blue (cube and sphere) and one yellow sphere. The question mentions subtracting green balls. Since there are no green balls in the image—only blue and yellow—subtracting zero green balls wouldn't change the count. Therefore, all three objects remain. The answer should be 3. I need to make sure not to mention any text or captions, just describe based on the visual perception.
</think>
<answer>
In the scene, there are three distinct objects: a large blue cube, a large blue sphere, and a small yellow sphere. Since there are no green balls present to subtract, the total remains unchanged. The arrangement retains all three objects.
</answer>
|
The scene is an indoor setting with a smooth, neutral-colored surface. In the foreground, a large blue metal cube with a shiny finish is positioned centrally. Adjacent to it on its right is a large blue metal sphere with a reflective surface. Slightly behind and to the left of the blue objects is a small yellow rubber sphere. The objects appear to be arranged on a flat, even surface, and the ambient lighting highlights their textures and colors distinctly. There are no visible text, people, or additional structures present in the image.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 green balls and then determine how many objects are left. First, I need to visualize the scene shown. There's a large blue metal cube in the center, a blue metal sphere to its right, and a small yellow rubber sphere slightly behind and to the left of the blue objects.\n\nSo, the objects shown are three in total: two blue (cube and sphere) and one yellow sphere. The question mentions subtracting green balls. Since there are no green balls in the image—only blue and yellow—subtracting zero green balls wouldn't change the count. Therefore, all three objects remain. The answer should be 3. I need to make sure not to mention any text or captions, just describe based on the visual perception.\n</think>\n<answer>\nIn the scene, there are three distinct objects: a large blue cube, a large blue sphere, and a small yellow sphere. Since there are no green balls present to subtract, the total remains unchanged. The arrangement retains all three objects.\n</answer>",
"original_gt": "",
"rationale": "There are a small yellow rubber sphere, a large blue metal cube, a large blue metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 green balls and then determine how many objects are left. \n\nSo, the objects shown are three in total: two blue (cube and sphere) and one yellow sphere. The question mentions subtracting green balls. Since there are no green balls in the image—only blue and yellow—subtracting zero green balls wouldn't change the count. Therefore, all three objects remain. The answer should be 3. I need to make sure not to mention any text or captions, just describe based on the visual perception.\n</think>\n<answer>\nIn the scene, there are three distinct objects: a large blue cube, a large blue sphere, and a small yellow sphere. Since there are no green balls present to subtract, the total remains unchanged. The arrangement retains all three objects.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029661.png
|
Subtract 0 gray balls. How many objects are left?
Provide the shortest answer possible.
|
<think>
Okay, let me try to figure this out. The user is asking to subtract 0 gray balls and then determine how many objects are left.
The question mentions gray balls, but looking at the image, there are no gray balls present. All the objects are either blue, cyan, or red.
Subtracting zero gray balls would mean not removing any objects because there aren't any gray balls to begin with. So the count remains the same. The original number of objects is three, and subtracting zero from that leaves three.
So the answer should be three.
</think>
<answer>
3
</answer>
|
The scene appears to be an indoor setting with a neutral, light gray surface that provides a clean and uncluttered background. Positioned near the center of the image is a small blue metal cube, characterized by its glossy texture and well-defined edges, casting a slight shadow onto the surface. Towards the top of the image is a large cyan rubber cube, distinguished by its matte finish and relatively larger size, also creating a subtle shadow effect. In the lower left portion of the image is a small red metal cylinder, smooth and sleek, its metallic sheen offering a hint of reflection. The arrangement of the objects is such that each item maintains its distinct visual space, allowing for clear observation of their individual attributes.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 gray balls and then determine how many objects are left. First, I need to visualize the scene based on the image provided.\n\nSo, there are three objects mentioned: a small blue metal cube, a large cyan rubber cube, and a small red metal cylinder. The question mentions gray balls, but looking at the image, there are no gray balls present. All the objects are either blue, cyan, or red. The cubes and cylinder are different in color and material, but none are gray.\n\nSubtracting zero gray balls would mean not removing any objects because there aren't any gray balls to begin with. So the count remains the same. The original number of objects is three, and subtracting zero from that leaves three. I should make sure I didn't miss any mention of gray objects. The background is light gray, but that's the surface, not an object. The cubes and cylinder are the only objects. So the answer should be three.\n</think>\n<answer>\nThe image contains three distinct objects: a small blue metal cube, a large cyan rubber cube, and a small red metal cylinder. Since there are no gray balls present to subtract, all three objects remain unchanged in their arrangement. The total count stays **3**.\n</answer>",
"original_gt": "",
"rationale": "There are a small red metal cylinder, a small blue metal cube, a large cyan rubber cube in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 gray balls and then determine how many objects are left. \n\nThe question mentions gray balls, but looking at the image, there are no gray balls present. All the objects are either blue, cyan, or red. \n\nSubtracting zero gray balls would mean not removing any objects because there aren't any gray balls to begin with. So the count remains the same. The original number of objects is three, and subtracting zero from that leaves three. \n\nSo the answer should be three.\n</think>\n<answer>\nThe image contains three distinct objects: a small blue metal cube, a large cyan rubber cube, and a small red metal cylinder. Since there are no gray balls present to subtract, all three objects remain unchanged in their arrangement. The total count stays **3**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029736.png
|
Subtract all balls. How many objects are left?
|
<think>
Okay, let's see. The user asked to subtract all balls and then determine how many objects are left. First, I need to figure out which objects are considered "balls." In the image, the term used is "spheres." So, I should assume that "balls" refer to the spheres mentioned.
Looking at the list of objects:
1. A large cyan metal sphere – that's a ball.
2. A small red rubber sphere – another ball.
3. Two small blue metal spheres – those are two more balls.
4. A small cyan rubber cube – not a ball, it's a cube.
5. A small cyan metal cube – also a cube, not a ball.
So, subtracting all the spheres (balls), we remove the first three items: the large cyan sphere, the small red sphere, and the two small blue spheres. That's 1 + 1 + 2 = 4 objects removed. Originally, there were six objects. Subtracting four leaves two objects remaining. Those two are the cyan rubber cube and the cyan metal cube. The answer should be 2.
</think>
<answer>
After removing all spherical objects, two angular forms remain. The small cyan rubber cube and the small cyan metal cube stay positioned near the lower portion of the surface, their sharp edges contrasting with the absent curved shapes. Their distinct cubic silhouettes confirm they aren't affected by the removal of spherical items.
</answer>
|
The scene is set indoors with a smooth, neutral grey surface and background, creating an environment that is free of distractions, enhancing the visibility of the objects placed upon it.
There are six objects in the image arranged on the surface:
1. A large cyan metal sphere located towards the left side, exhibiting a smooth metallic texture that reflects light.
2. A small red rubber sphere positioned near the large cyan sphere. Its surface is matte, contrasting with the metallic ones.
3. Two small blue metal spheres, evenly spaced and positioned to the right of the red rubber sphere. Both share the same size and metallic texture as the larger sphere, albeit smaller in scale.
4. A small cyan rubber cube situated on the lower part of the image, exhibiting a matte surface texture similar to the rubber sphere.
5. Adjacent to the cyan rubber cube is a small cyan metal cube, reflecting the light differently due to its metallic surface.
The arrangement and spacing of the objects suggest a deliberate, orderly composition, with spheres predominantly featured except for two cubes which introduce angular shapes to the scene.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "2",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user asked to subtract all balls and then determine how many objects are left. First, I need to figure out which objects are considered \"balls.\" In the image, the term used is \"spheres.\" So, I should assume that \"balls\" refer to the spheres mentioned.\n\nLooking at the list of objects:\n\n1. A large cyan metal sphere – that's a ball.\n2. A small red rubber sphere – another ball.\n3. Two small blue metal spheres – those are two more balls.\n4. A small cyan rubber cube – not a ball, it's a cube.\n5. A small cyan metal cube – also a cube, not a ball.\n\nSo, subtracting all the spheres (balls), we remove the first three items: the large cyan sphere, the small red sphere, and the two small blue spheres. That's 1 + 1 + 2 = 4 objects removed. Originally, there were six objects. Subtracting four leaves two objects remaining. Those two are the cyan rubber cube and the cyan metal cube. The answer should be 2.\n</think>\n<answer>\nAfter removing all spherical objects, two angular forms remain. The small cyan rubber cube and the small cyan metal cube stay positioned near the lower portion of the surface, their sharp edges contrasting with the absent curved shapes. Their distinct cubic silhouettes confirm they aren't affected by the removal of spherical items.\n</answer>",
"original_gt": "",
"rationale": "There are a small blue metal sphere, a small cyan rubber cube, a small blue metal sphere, a small red rubber sphere, a small cyan metal cube, a large cyan metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user asked to subtract all balls and then determine how many objects are left. First, I need to figure out which objects are considered \"balls.\" In the image, the term used is \"spheres.\" So, I should assume that \"balls\" refer to the spheres mentioned.\n\nLooking at the list of objects:\n\n1. A large cyan metal sphere – that's a ball.\n2. A small red rubber sphere – another ball.\n3. Two small blue metal spheres – those are two more balls.\n4. A small cyan rubber cube – not a ball, it's a cube.\n5. A small cyan metal cube – also a cube, not a ball.\n\nSo, subtracting all the spheres (balls), we remove the first three items: the large cyan sphere, the small red sphere, and the two small blue spheres. That's 1 + 1 + 2 = 4 objects removed. Originally, there were six objects. Subtracting four leaves two objects remaining. Those two are the cyan rubber cube and the cyan metal cube. The answer should be 2.\n</think>\n<answer>\nAfter removing all spherical objects, two angular forms remain. The small cyan rubber cube and the small cyan metal cube stay positioned near the lower portion of the surface, their sharp edges contrasting with the absent curved shapes. Their distinct cubic silhouettes confirm they aren't affected by the removal of spherical items.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029880.png
|
Subtract 0 red spheres. How many objects are left?
Respond with maximum brevity.
|
<think>
Okay, let's see. The user is asking to subtract 0 red spheres and then determine how many objects are left.
The question mentions subtracting 0 red spheres. Since there are no red spheres in the image to begin with—only cylinders—subtracting zero of them wouldn't change anything. The original count is three objects. Even if we were to remove zero of something that isn't there, the total remains three. So the answer should be three objects left.
</think>
<answer>
3
</answer>
|
The image depicts an indoor setting with a plain, neutral-colored background that provides a subtle gradient from lighter gray at the top to darker gray at the bottom. Positioned across the smooth surface are three cylindrical objects:
1. **Large gray rubber cylinder**: Located on the left side, this cylinder is the most substantial among the three. It features a matte texture characteristic of rubber, and a uniform gray color that absorbs some of the ambient light, contributing to a soft shadow beneath it.
2. **Small cyan metal cylinder**: Centered between the other two cylinders, this smaller object stands out with its metallic finish and vivid cyan coloration. The metal surface reflects light, creating highlights and a glossy appearance, emphasizing its compact and smooth structure.
3. **Large red rubber cylinder**: Situated on the right, it matches the gray cylinder in size but adopts a deep red hue. Made out of a similar matte rubber material, it displays a consistent color tone, with a gentle shadow cast on the surface below.
The cylinders are arranged in a linear fashion, with each distinct in color and texture, providing a visually balanced composition. The lighting is soft and diffused, highlighting the textures and shadows cast by the objects, while there are no visible annotations, text, or emotional expressions in the image.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 red spheres and then determine how many objects are left. First, I need to visualize the scene described. There are three cylinders arranged in a line. On the left, there's a large gray rubber cylinder. In the center, a smaller cyan metal cylinder. On the right, another large red rubber cylinder. All three are cylindrical, not spheres.\n\nThe question mentions subtracting 0 red spheres. Since there are no red spheres in the image to begin with—only cylinders—subtracting zero of them wouldn't change anything. The original count is three objects. Even if we were to remove zero of something that isn't there, the total remains three. So the answer should be three objects left.\n</think>\n<answer>\nThe image contains three cylindrical objects: a large gray rubber cylinder on the left, a small cyan metal cylinder in the center, and a large red rubber cylinder on the right. All are distinctly non-spherical in shape. Subtracting zero red spheres—which are absent in the composition—leaves the original three cylinders unchanged. The total remains **3 objects**.\n</answer>",
"original_gt": "",
"rationale": "There are a small cyan metal cylinder, a large gray rubber cylinder, a large red rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 red spheres and then determine how many objects are left. \n\nThe question mentions subtracting 0 red spheres. Since there are no red spheres in the image to begin with—only cylinders—subtracting zero of them wouldn't change anything. The original count is three objects. Even if we were to remove zero of something that isn't there, the total remains three. So the answer should be three objects left.\n</think>\n<answer>\nThe image contains three cylindrical objects: a large gray rubber cylinder on the left, a small cyan metal cylinder in the center, and a large red rubber cylinder on the right. All are distinctly non-spherical in shape. Subtracting zero red spheres—which are absent in the composition—leaves the original three cylinders unchanged. The total remains **3 objects**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_029960.png
|
Subtract 1 cyan cylinders. How many objects are left?
|
<think>
Okay, let's see. The user wants to know how many objects are left after subtracting 1 cyan cylinder. First, I need to figure out how many objects are there originally.
Looking at the image, there are several objects listed. Let me count them one by one. That's 10 objects in total.
Now, the question says to subtract 1 cyan cylinder. From the image, there's a small cyan metal cylinder near the back left corner. Since there's only one cyan cylinder mentioned, subtracting that would leave 9 objects remaining. I need to make sure there aren't any other cyan cylinders. The other cylinders are the small purple one and the cyan one. So yes, removing the single cyan cylinder would result in 9 objects left.
</think>
<answer>
In the scene, there are ten distinct objects arranged on the surface. After removing the single small cyan metal cylinder located near the back left corner, nine objects remain. These include the large yellow sphere, small purple cylinder, red cube, small yellow sphere, yellow cube, brown cube, cyan cube, large blue sphere, and the small red sphere. The spatial arrangement adjusts slightly with the removal, but all other shapes, sizes, and materials stay consistent.
</answer>
|
The image depicts an indoor setting with a variety of colored geometric objects arranged on a smooth, light gray surface. The objects include:
- **A large yellow rubber sphere** prominently located toward the right center of the scene, showcasing a matte texture.
- **A small purple metal cylinder** situated near the back left side of the scene, exhibiting a reflective surface.
- **A small red rubber cube** positioned centrally, directly in front of the purple cylinder, characterized by its matte finish.
- **A small yellow rubber sphere** placed near the top right of the scene, markedly smaller than the larger yellow sphere.
- **A small yellow rubber cube** located next to the large yellow sphere, sharing a similar matte texture.
- **A small brown metal cube** at the far right, featuring a glossy metallic surface.
- **A small cyan rubber cube** near the back left, with a non-reflective matte appearance.
- **A large blue metal sphere** sits prominently in the foreground left, with a highly reflective, shiny surface reflecting some of the surrounding objects.
- **A small cyan metal cylinder** is near the back left corner, metallic and reflective.
- **A small red rubber sphere** situated near the large blue sphere at the lower left, resembling the texture and color of the small red cube.
The scene is devoid of text, labels, or any identifiable logos, with a focus on the variety of sizes, shapes, and textures of the objects arranged on the surface. The overall tone is neutral with no visible emotional expressions present.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "9",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user wants to know how many objects are left after subtracting 1 cyan cylinder. First, I need to figure out how many objects are there originally. \n\nLooking at the image, there are several objects listed. Let me count them one by one. The list includes a large yellow sphere, a small purple cylinder, a small red cube, a small yellow sphere, a small yellow cube, a small brown cube, a small cyan cube, a large blue sphere, a small cyan cylinder, and a small red sphere. That's 10 objects in total. \n\nNow, the question says to subtract 1 cyan cylinder. From the image, there's a small cyan metal cylinder near the back left corner. Since there's only one cyan cylinder mentioned, subtracting that would leave 9 objects remaining. I need to make sure there aren't any other cyan cylinders. The other cylinders are the small purple one and the cyan one. So yes, removing the single cyan cylinder would result in 9 objects left.\n</think>\n<answer>\nIn the scene, there are ten distinct objects arranged on the surface. After removing the single small cyan metal cylinder located near the back left corner, nine objects remain. These include the large yellow sphere, small purple cylinder, red cube, small yellow sphere, yellow cube, brown cube, cyan cube, large blue sphere, and the small red sphere. The spatial arrangement adjusts slightly with the removal, but all other shapes, sizes, and materials stay consistent.\n</answer>",
"original_gt": "",
"rationale": "There are a large yellow rubber sphere, a small purple metal cylinder, a small red rubber cube, a small yellow rubber sphere, a small yellow rubber cube, a small brown metal cube, a small cyan rubber cube, a large blue metal sphere, a small cyan metal cylinder, a small red rubber sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user wants to know how many objects are left after subtracting 1 cyan cylinder. First, I need to figure out how many objects are there originally.\n\nLooking at the image, there are several objects listed. Let me count them one by one. That's 10 objects in total.\n\nNow, the question says to subtract 1 cyan cylinder. From the image, there's a small cyan metal cylinder near the back left corner. Since there's only one cyan cylinder mentioned, subtracting that would leave 9 objects remaining. I need to make sure there aren't any other cyan cylinders. The other cylinders are the small purple one and the cyan one. So yes, removing the single cyan cylinder would result in 9 objects left.\n</think>\n<answer>\nIn the scene, there are ten distinct objects arranged on the surface. After removing the single small cyan metal cylinder located near the back left corner, nine objects remain. These include the large yellow sphere, small purple cylinder, red cube, small yellow sphere, yellow cube, brown cube, cyan cube, large blue sphere, and the small red sphere. The spatial arrangement adjusts slightly with the removal, but all other shapes, sizes, and materials stay consistent.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030054.png
|
Subtract 0 purple balls. How many objects are left?
Answer with one word or a short phrase.
|
<think>
Okay, let's see. The user is asking to subtract 0 purple balls and then determine how many objects are left.
The question mentions subtracting zero purple balls. Since there are no purple balls present in the image to begin with—the only sphere is gray—subtracting zero wouldn't change the count. Even if there were purple balls, subtracting zero would still leave the number unchanged. But here, since there are none, it's straightforward. The original number of objects is three, and subtracting zero doesn't affect that. So the answer should be three objects remaining.
</think>
<answer>
3
</answer>
|
The image depicts an indoor setting with a minimalistic arrangement on a smooth, neutral grey surface. Positioned prominently in the foreground is a large green rubber cube, showcasing a matte texture. To its right sits a small red metal cylinder with a shiny finish reflecting light. Further back, towards the top left of the scene, a small gray metal sphere is visible, its polished surface creating subtle reflections. There are no human figures, text, equations, or brand labels present in the scene. The objects are arranged such that the cube is closest to the viewer, with the sphere appearing slightly elevated and in the background relative to the other items.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple balls and then determine how many objects are left. First, I need to recall the image provided. The scene has three objects: a large green rubber cube in the foreground, a small red metal cylinder to its right, and a small gray metal sphere in the top left background. \n\nThe question mentions subtracting zero purple balls. Since there are no purple balls present in the image to begin with—the only sphere is gray—subtracting zero wouldn't change the count. Even if there were purple balls, subtracting zero would still leave the number unchanged. But here, since there are none, it's straightforward. The original number of objects is three, and subtracting zero doesn't affect that. So the answer should be three objects remaining.\n</think>\n<answer>\nThe image contains three distinct objects: a large green rubber cube, a small red metal cylinder, and a small gray metal sphere. Since there are no purple balls present to subtract, the total remains unchanged. There are **3 objects** left in the arrangement.\n</answer>",
"original_gt": "",
"rationale": "There are a small red metal cylinder, a large green rubber cube, a small gray metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple balls and then determine how many objects are left. \n\nThe question mentions subtracting zero purple balls. Since there are no purple balls present in the image to begin with—the only sphere is gray—subtracting zero wouldn't change the count. Even if there were purple balls, subtracting zero would still leave the number unchanged. But here, since there are none, it's straightforward. The original number of objects is three, and subtracting zero doesn't affect that. So the answer should be three objects remaining.\n</think>\n<answer>\nThe image contains three distinct objects: a large green rubber cube, a small red metal cylinder, and a small gray metal sphere. Since there are no purple balls present to subtract, the total remains unchanged. There are **3 objects** left in the arrangement.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030010.png
|
Subtract all brown spheres. How many spheres are left?
|
<think>
Okay, let me try to figure this out. So, the question is asking to subtract all brown spheres and determine how many spheres are left.
First, I need to visualize the scene based on the image provided. The image has two rubber spheres on the right side in the foreground: a small yellow one and a small brown one. The key here is to focus on the spheres because the question is about spheres.
The image mentions two spheres: one yellow and one brown. The task is to subtract the brown spheres. Since there's only one brown sphere mentioned, subtracting it would leave just the yellow sphere. Therefore, the answer should be one sphere remaining.
</think>
<answer>
In the scene, there are two rubber spheres on the right: a glossy yellow one and a brown one. Subtracting the brown sphere leaves only the distinct yellow sphere visible.
**Answer:** There is **1 sphere** left—the small yellow rubber sphere.
</answer>
|
The image depicts a simple indoor setting with a plain, smooth surface. In the foreground are two rubber spheres on the right side: a small yellow rubber sphere with a glossy texture and a small brown rubber sphere. To the left, there is a grouping of three larger objects. The first is a large brown rubber cube, with rounded edges, situated closest to the bottom left corner. In the middle is a large red rubber cube with a similar rounded shape. Behind these, slightly elevated in the background, is a large green rubber cylinder. All objects are positioned on a neutral, light-colored background with soft shadows cast beneath them, creating a clean and minimalistic environment.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "1",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. So, the question is asking to subtract all brown spheres and determine how many spheres are left.\n\nFirst, I need to visualize the scene based on the image provided. The image has two rubber spheres on the right side in the foreground: a small yellow one that's glossy and a small brown one. Then, on the left, there are three larger objects—two cubes (brown and red) and a green cylinder. The key here is to focus on the spheres because the question is about spheres, not the cubes or cylinder.\n\nThe image mentions two spheres: one yellow and one brown. Both are in the foreground on the right. The other objects are cubes and a cylinder, which aren't spheres, so they don't count here. The task is to subtract the brown spheres. Since there's only one brown sphere mentioned, subtracting it would leave just the yellow sphere. Therefore, the answer should be one sphere remaining.\n</think>\n<answer>\nIn the scene, there are two rubber spheres on the right: a glossy yellow one and a brown one. Subtracting the brown sphere leaves only the distinct yellow sphere visible. \n\n**Answer:** There is **1 sphere** left—the small yellow rubber sphere.\n</answer>",
"original_gt": "",
"rationale": "There are a small brown rubber sphere, a large red rubber cube, a large green rubber cylinder, a small yellow rubber sphere, a large brown rubber cube in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. So, the question is asking to subtract all brown spheres and determine how many spheres are left.\n\nFirst, I need to visualize the scene based on the image provided. The image has two rubber spheres on the right side in the foreground: a small yellow one and a small brown one. The key here is to focus on the spheres because the question is about spheres.\n\nThe image mentions two spheres: one yellow and one brown. The task is to subtract the brown spheres. Since there's only one brown sphere mentioned, subtracting it would leave just the yellow sphere. Therefore, the answer should be one sphere remaining.\n</think>\n<answer>\nIn the scene, there are two rubber spheres on the right: a glossy yellow one and a brown one. Subtracting the brown sphere leaves only the distinct yellow sphere visible. \n\n**Answer:** There is **1 sphere** left—the small yellow rubber sphere.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030150.png
|
Subtract 0 purple balls. How many objects are left?
Keep it short and to the point.
|
<think>
Okay, let's see. The user is asking to subtract 0 purple balls and then determine how many objects are left. First, I need to figure out how many objects are present in the depicted scene.
Looking at the image, let me list out all the objects shown. There's a large gray metal cylinder in the center. To its left are a small yellow metal sphere and a small green metal cube. In the background, there's a large cyan rubber cylinder and a large cyan metal cube. Next to the cyan cube is a small red rubber cube, and a bit further right, a large red rubber cube. There's also a large brown metal sphere near the green cube. Finally, in the far right corner, there's a small gray rubber cylinder.
Let me count each object one by one. Starting with the central cylinder: that's 1. Then the yellow sphere (2) and green cube (3). The cyan cylinder (4) and cyan cube (5). The small red cube (6), large red cube (7). The brown sphere (8). And the gray cylinder in the corner (9). So that's a total of 9 objects.
Now, the question says to subtract 0 purple balls. Since there are no purple balls mentioned in the image—all spheres are yellow and brown—subtracting zero doesn't change the count. Therefore, the number of objects remains 9.
</think>
<answer>
9
</answer>
|
The image depicts an indoor setting with a smooth gray surface and a neutral gradient background. Positioned centrally is a large gray metal cylinder with a reflective surface. To its left are a small yellow metal sphere and a small green metal cube. Towards the background, a large cyan rubber cylinder is visible, accompanied by a large cyan metal cube with a shiny finish. Adjacent to the cyan cube is a small red rubber cube, and slightly further to the right is a large red rubber cube. A large brown metal sphere, characterized by its glossy metallic sheen, sits near the green cube. In the far right corner, a small gray rubber cylinder can be observed. The objects are placed in close proximity, casting soft shadows on the horizontal plane, suggesting overhead lighting.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "9",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple balls and then determine how many objects are left. First, I need to figure out how many objects are present in the depicted scene.\n\nLooking at the image, let me list out all the objects shown. There's a large gray metal cylinder in the center. To its left are a small yellow metal sphere and a small green metal cube. In the background, there's a large cyan rubber cylinder and a large cyan metal cube. Next to the cyan cube is a small red rubber cube, and a bit further right, a large red rubber cube. There's also a large brown metal sphere near the green cube. Finally, in the far right corner, there's a small gray rubber cylinder.\n\nLet me count each object one by one. Starting with the central cylinder: that's 1. Then the yellow sphere (2) and green cube (3). The cyan cylinder (4) and cyan cube (5). The small red cube (6), large red cube (7). The brown sphere (8). And the gray cylinder in the corner (9). So that's a total of 9 objects.\n\nNow, the question says to subtract 0 purple balls. Since there are no purple balls mentioned in the image—all spheres are yellow and brown—subtracting zero doesn't change the count. Therefore, the number of objects remains 9.\n</think>\n<answer>\nThe image contains nine distinct objects. After subtracting zero purple balls (none are present), all nine objects remain. These include cylinders, cubes, and spheres of varying colors, sizes, and materials arranged across the surface.\n</answer>",
"original_gt": "",
"rationale": "There are a large cyan metal cube, a small red rubber cube, a small green metal cube, a large cyan rubber cylinder, a large brown metal sphere, a large gray metal cylinder, a large red rubber cube, a small gray rubber cylinder, a small yellow metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple balls and then determine how many objects are left. First, I need to figure out how many objects are present in the depicted scene.\n\nLooking at the image, let me list out all the objects shown. There's a large gray metal cylinder in the center. To its left are a small yellow metal sphere and a small green metal cube. In the background, there's a large cyan rubber cylinder and a large cyan metal cube. Next to the cyan cube is a small red rubber cube, and a bit further right, a large red rubber cube. There's also a large brown metal sphere near the green cube. Finally, in the far right corner, there's a small gray rubber cylinder.\n\nLet me count each object one by one. Starting with the central cylinder: that's 1. Then the yellow sphere (2) and green cube (3). The cyan cylinder (4) and cyan cube (5). The small red cube (6), large red cube (7). The brown sphere (8). And the gray cylinder in the corner (9). So that's a total of 9 objects.\n\nNow, the question says to subtract 0 purple balls. Since there are no purple balls mentioned in the image—all spheres are yellow and brown—subtracting zero doesn't change the count. Therefore, the number of objects remains 9.\n</think>\n<answer>\nThe image contains nine distinct objects. After subtracting zero purple balls (none are present), all nine objects remain. These include cylinders, cubes, and spheres of varying colors, sizes, and materials arranged across the surface.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030176.png
|
Subtract 0 purple cubes. How many objects are left?
|
<think>
Okay, let's see. The user is asking to subtract 0 purple cubes and then determine how many objects are left.
The question involves subtracting zero purple cubes. Since there are no purple cubes mentioned in the image—only a blue cube and a red cube—subtracting zero of them wouldn't change the count. So, the original number of objects is three. Even if there were purple cubes, subtracting zero wouldn't affect the total. Therefore, the answer should be three objects remaining.
</think>
<answer>
The image contains three metallic objects: a large blue cube on the left, a small blue sphere in the center, and a small red cube on the right. All are glossy and distinctly colored, with no purple elements visible. Subtracting zero purple cubes—a color not present here—leaves the original trio unchanged. There are **3 objects** remaining.
</answer>
|
The image depicts an indoor setting with a smooth, neutral-toned background. Prominently featured are three metallic objects: a large blue metal cube positioned on the left, a small blue metal sphere centrally placed, and a small red metal cube situated on the right. The blue cube has a glossy finish that reflects light, indicating its metallic texture, and appears larger compared to the other objects. The sphere, equally glossy, reflects light with a smooth, spherical shape and precise metallic texture. The red cube, smaller and reflective, contrasts with the other objects due to its bold color and is similarly metallic in texture.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are three metallic objects: a large blue cube on the left, a small blue sphere in the center, and a small red cube on the right. All of them are metallic with glossy finishes. \n\nThe question involves subtracting zero purple cubes. Since there are no purple cubes mentioned in the image—only a blue cube and a red cube—subtracting zero of them wouldn't change the count. So, the original number of objects is three. Even if there were purple cubes, subtracting zero wouldn't affect the total. Therefore, the answer should be three objects remaining.\n</think>\n<answer>\nThe image contains three metallic objects: a large blue cube on the left, a small blue sphere in the center, and a small red cube on the right. All are glossy and distinctly colored, with no purple elements visible. Subtracting zero purple cubes—a color not present here—leaves the original trio unchanged. There are **3 objects** remaining.\n</answer>",
"original_gt": "",
"rationale": "There are a large blue metal cube, a small blue metal sphere, a small red metal cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple cubes and then determine how many objects are left. \n\nThe question involves subtracting zero purple cubes. Since there are no purple cubes mentioned in the image—only a blue cube and a red cube—subtracting zero of them wouldn't change the count. So, the original number of objects is three. Even if there were purple cubes, subtracting zero wouldn't affect the total. Therefore, the answer should be three objects remaining.\n</think>\n<answer>\nThe image contains three metallic objects: a large blue cube on the left, a small blue sphere in the center, and a small red cube on the right. All are glossy and distinctly colored, with no purple elements visible. Subtracting zero purple cubes—a color not present here—leaves the original trio unchanged. There are **3 objects** remaining.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030111.png
|
Subtract 0 brown blocks. How many objects are left?
Answer without elaboration.
|
<think>
Okay, let me try to figure this out. The question is asking to subtract 0 brown blocks and determine how many objects are left. First, I need to visualize the scene based on the image provided. Let me go through each object mentioned and note their colors, materials, and shapes.
Now, the key here is to identify any brown blocks. The question mentions subtracting 0 brown blocks, which effectively means not removing any. But first, I need to confirm if there are any brown blocks in the scene. The image lists a small brown rubber cylinder and a small brown metal sphere. Both of these are brown objects, but blocks are typically cubes. The objects mentioned are spheres and cylinders. The cubes present are blue and red, both metal. There's no mention of a brown cube. So, there are no brown blocks (cubes) in the scene. Therefore, subtracting 0 brown blocks leaves all objects as they are.
Next, count all the objects. Let's list them:
1. Large green rubber sphere
2. Small brown rubber cylinder
3. Small purple metal cylinder
4. Small blue metal cube
5. Small brown metal sphere
6. Large green rubber cylinder
7. Large red metal cube
8. Small cyan rubber cylinder
That's a total of 8 objects. Since there are no brown blocks to subtract, the count remains 8.
</think>
<answer>
8
</answer>
|
The image depicts an indoor setting with a neutral gray background and surface. There are various geometric objects, each distinguished by its color, size, and material. Starting from the left foreground, there is a large green rubber sphere. To the right, slightly behind the green sphere, is a small brown rubber cylinder. Further back in the center, a small purple metal cylinder stands next to a small blue metal cube, which is located towards the back left of the image. Behind these, closer to the center, is a small brown metal sphere, adding a reflective element to the metallic objects. Toward the right of the brown metal sphere is a large green rubber cylinder standing upright. In the left background, a large red metal cube reflects light on its shiny surface. In the front right, a small cyan rubber cylinder is positioned. The scene contains a combination of metallic and rubber textures, providing a diverse contrast between reflections and matte surfaces.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "8",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The question is asking to subtract 0 brown blocks and determine how many objects are left. First, I need to visualize the scene based on the image provided. Let me go through each object mentioned and note their colors, materials, and shapes.\n\nStarting from the left foreground: there's a large green rubber sphere. Then, slightly behind it, a small brown rubber cylinder. Moving to the center, there's a small purple metal cylinder next to a small blue metal cube. Behind those, closer to the center, a small brown metal sphere. To the right of that sphere is a large green rubber cylinder. In the left background, a large red metal cube. In the front right, a small cyan rubber cylinder.\n\nNow, the key here is to identify any brown blocks. The question mentions subtracting 0 brown blocks, which effectively means not removing any. But first, I need to confirm if there are any brown blocks in the scene. The image lists a small brown rubber cylinder and a small brown metal sphere. Both of these are brown objects, but blocks are typically cubes. The objects mentioned are spheres and cylinders. The cubes present are blue and red, both metal. There's no mention of a brown cube. So, there are no brown blocks (cubes) in the scene. Therefore, subtracting 0 brown blocks leaves all objects as they are.\n\nNext, count all the objects. Let's list them:\n\n1. Large green rubber sphere\n2. Small brown rubber cylinder\n3. Small purple metal cylinder\n4. Small blue metal cube\n5. Small brown metal sphere\n6. Large green rubber cylinder\n7. Large red metal cube\n8. Small cyan rubber cylinder\n\nThat's a total of 8 objects. Since there are no brown blocks to subtract, the count remains 8.\n</think>\n<answer>\nThe scene contains eight distinct objects. Upon visually inspecting each item, there are no brown blocks present—only a brown rubber cylinder and a brown metal sphere. Subtracting zero brown blocks leaves all objects unchanged. The total remains **8 objects**, arranged with varied colors, materials, and spatial placements across the neutral-gray setting.\n</answer>",
"original_gt": "",
"rationale": "There are a small purple metal cylinder, a small blue metal cube, a small brown metal sphere, a large green rubber sphere, a small cyan rubber cylinder, a large green rubber cylinder, a large red metal cube, a small brown rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The question is asking to subtract 0 brown blocks and determine how many objects are left. First, I need to visualize the scene based on the image provided. Let me go through each object mentioned and note their colors, materials, and shapes.\n\nNow, the key here is to identify any brown blocks. The question mentions subtracting 0 brown blocks, which effectively means not removing any. But first, I need to confirm if there are any brown blocks in the scene. The image lists a small brown rubber cylinder and a small brown metal sphere. Both of these are brown objects, but blocks are typically cubes. The objects mentioned are spheres and cylinders. The cubes present are blue and red, both metal. There's no mention of a brown cube. So, there are no brown blocks (cubes) in the scene. Therefore, subtracting 0 brown blocks leaves all objects as they are.\n\nNext, count all the objects. Let's list them:\n\n1. Large green rubber sphere\n2. Small brown rubber cylinder\n3. Small purple metal cylinder\n4. Small blue metal cube\n5. Small brown metal sphere\n6. Large green rubber cylinder\n7. Large red metal cube\n8. Small cyan rubber cylinder\n\nThat's a total of 8 objects. Since there are no brown blocks to subtract, the count remains 8.\n</think>\n<answer>\nThe scene contains eight distinct objects. Upon visually inspecting each item, there are no brown blocks present—only a brown rubber cylinder and a brown metal sphere. Subtracting zero brown blocks leaves all objects unchanged. The total remains **8 objects**, arranged with varied colors, materials, and spatial placements across the neutral-gray setting.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030494.png
|
Subtract 0 yellow spheres. How many objects are left?
|
<think>
Okay, let's see. The user is asking to subtract 0 yellow spheres and then determine how many objects are left.
The question mentions subtracting 0 yellow spheres. Well, looking at the objects listed, there are no yellow spheres present. The only sphere mentioned is cyan. So subtracting zero from the current count of yellow spheres (which is zero) would still leave the total number of objects unchanged. Since there are four objects originally, subtracting none would mean all four remain. I should make sure there's no hidden yellow sphere I missed, but based on the image, all objects are accounted for: cyan sphere, cyan cylinder, red cube, gray cylinder. No yellows. So the answer should be four.
</think>
<answer>
The image contains four distinct objects: a large cyan sphere, a small cyan cylinder, a small red cube, and a large gray cylinder. Since there are no yellow spheres present to subtract, all four objects remain unchanged in their arrangement. The count stays firmly at **4 objects**, with their metallic and matte textures contrasting visibly under the ambient light.
</answer>
|
The image depicts an indoor setting with a neutral background, possibly a smooth grey surface. Four objects are positioned on this surface. The foremost object is a large cyan metal sphere with a glossy finish, reflecting the light and surrounding environment. Behind the sphere, slightly to the right, is a small cyan metal cylinder, also with a reflective surface, positioned close to the other objects. To its right, a small red metal cube is visible, featuring a shiny texture indicative of its metallic nature, casting a soft shadow on the ground. Furthest in the background is a large gray rubber cylinder, characterized by a matte texture lacking significant reflections, contrasting with the metallic objects. The arrangement suggests a simple, uncluttered display showcasing distinct shapes and finishes.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "4",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 yellow spheres and then determine how many objects are left. First, I need to visualize the scene described. There are four objects in total. The first is a large cyan metal sphere. Then behind it, slightly to the right, there's a small cyan metal cylinder. Next to that cylinder is a small red metal cube. Finally, in the background, there's a large gray rubber cylinder.\n\nThe question mentions subtracting 0 yellow spheres. Well, looking at the objects listed, there are no yellow spheres present. The only sphere mentioned is cyan. So subtracting zero from the current count of yellow spheres (which is zero) would still leave the total number of objects unchanged. Since there are four objects originally, subtracting none would mean all four remain. I should make sure there's no hidden yellow sphere I missed, but based on the image, all objects are accounted for: cyan sphere, cyan cylinder, red cube, gray cylinder. No yellows. So the answer should be four.\n</think>\n<answer>\nThe image contains four distinct objects: a large cyan sphere, a small cyan cylinder, a small red cube, and a large gray cylinder. Since there are no yellow spheres present to subtract, all four objects remain unchanged in their arrangement. The count stays firmly at **4 objects**, with their metallic and matte textures contrasting visibly under the ambient light.\n</answer>",
"original_gt": "",
"rationale": "There are a large cyan metal sphere, a small red metal cube, a small cyan metal cylinder, a large gray rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 yellow spheres and then determine how many objects are left. \n\nThe question mentions subtracting 0 yellow spheres. Well, looking at the objects listed, there are no yellow spheres present. The only sphere mentioned is cyan. So subtracting zero from the current count of yellow spheres (which is zero) would still leave the total number of objects unchanged. Since there are four objects originally, subtracting none would mean all four remain. I should make sure there's no hidden yellow sphere I missed, but based on the image, all objects are accounted for: cyan sphere, cyan cylinder, red cube, gray cylinder. No yellows. So the answer should be four.\n</think>\n<answer>\nThe image contains four distinct objects: a large cyan sphere, a small cyan cylinder, a small red cube, and a large gray cylinder. Since there are no yellow spheres present to subtract, all four objects remain unchanged in their arrangement. The count stays firmly at **4 objects**, with their metallic and matte textures contrasting visibly under the ambient light.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030517.png
|
Subtract 1 blocks. How many blocks are left?
Answer directly without explanation.
|
<think>
Okay, let's tackle this question. The user is asking to subtract 1 block and find out how many are left. First, I need to figure out how many blocks are in the image to begin with.
Looking at the image, there are several objects mentioned. Let's go through each one. The first object is a large cyan metal sphere. Spheres aren't blocks, so that's out. Then there's a large gray rubber cube. A cube is a block shape, so that's one block. Next, a small yellow rubber cylinder. Cylinders aren't blocks either. Finally, a small yellow rubber cube. Another cube, so that's the second block.
So initially, there are two blocks: the large gray rubber cube and the small yellow rubber cube. Subtracting one block would leave one block remaining. The answer should be 1.
</think>
<answer>
1
</answer>
|
The image is set in an indoor environment with a neutral gray background that provides a clean, unobtrusive setting. In the foreground, there is a large cyan metal sphere with a reflective surface, located towards the left center. To its left is a large gray rubber cube with a matte finish. Slightly behind and to the right of the sphere is a small yellow rubber cylinder, which is similarly smooth in texture.
Towards the back of the scene, a large brown metal cylinder stands upright and exhibits a metallic sheen. Near it is a small gray rubber cylinder that adds a subtle contrast against the brown cylinder’s metallic surface. In the right foreground lies a small yellow rubber cube, which matches the small yellow cylinder in color and texture, completing the arrangement of geometric objects in the image.
The overall positioning forms a scattered, yet balanced composition of varied shapes and colors, offering a diverse array of textures from the reflective metal to matte rubber surfaces.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "1",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 1 block and find out how many are left. First, I need to figure out how many blocks are in the image to begin with.\n\nLooking at the image, there are several objects mentioned. Let's go through each one. The first object is a large cyan metal sphere. Spheres aren't blocks, so that's out. Then there's a large gray rubber cube. A cube is a block shape, so that's one block. Next, a small yellow rubber cylinder. Cylinders aren't blocks either. Then there's a large brown metal cylinder and a small gray rubber cylinder. Both are cylinders, so not blocks. Finally, a small yellow rubber cube. Another cube, so that's the second block.\n\nSo initially, there are two blocks: the large gray rubber cube and the small yellow rubber cube. Subtracting one block would leave one block remaining. The answer should be 1.\n</think>\n<answer>\nIn the scene, there are two block-like objects: a large gray rubber cube in the foreground and a small yellow rubber cube in the right foreground. If one block is subtracted, there appears to be **1 block remaining**. The exact choice of which cube to remove isn’t visually specified, but the total count after subtraction would logically be one.\n</answer>",
"original_gt": "",
"rationale": "There are a large brown metal cylinder, a small gray rubber cylinder, a large gray rubber cube, a large cyan metal sphere, a small yellow rubber cube, a small yellow rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 1 block and find out how many are left. First, I need to figure out how many blocks are in the image to begin with.\n\nLooking at the image, there are several objects mentioned. Let's go through each one. The first object is a large cyan metal sphere. Spheres aren't blocks, so that's out. Then there's a large gray rubber cube. A cube is a block shape, so that's one block. Next, a small yellow rubber cylinder. Cylinders aren't blocks either. Finally, a small yellow rubber cube. Another cube, so that's the second block.\n\nSo initially, there are two blocks: the large gray rubber cube and the small yellow rubber cube. Subtracting one block would leave one block remaining. The answer should be 1.\n</think>\n<answer>\nIn the scene, there are two block-like objects: a large gray rubber cube in the foreground and a small yellow rubber cube in the right foreground. If one block is subtracted, there appears to be **1 block remaining**. The exact choice of which cube to remove isn’t visually specified, but the total count after subtraction would logically be one.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030392.png
|
Subtract 0 gray balls. How many objects are left?
|
<think>
Okay, let's tackle this question. The user wants to know how many objects are left after subtracting 0 gray balls. First, I need to recall the image of the scene provided.
The scene has several objects: two large shiny purple metal cylinders, a small green rubber cube, a small red metal cylinder, a cyan metal cube, and a green metal cube. The question is subtracting zero gray balls, which effectively means the count remains the same.
So, I need to count all the objects listed. Let's list them out: two purple cylinders, one green cube, one red cylinder, one cyan cube, and one green metal cube. That adds up to 2 + 1 + 1 + 1 + 1 = 6 objects. Since there are no gray balls to remove, the total remains six. I should make sure not to miss any objects mentioned. Therefore, the answer should be six objects left.
</think>
<answer>
The image contains six distinct objects: two large purple cylinders, a small green cube, a small red cylinder, a cyan cube, and a green cube. All are visibly present with no gray balls to subtract. The total remains **6**.
</answer>
|
The scene appears to be an indoor setting, possibly on a flat, neutral-colored surface under diffused lighting that casts soft shadows. Centrally positioned are two large, shiny purple metal cylinders. They are highly reflective, suggesting a smooth, polished texture. To the left foreground is a small green rubber cube with a matte finish, distinctively smaller than the cylinders. Near the center of the image, slightly behind the prominent purple cylinders, is a small red metal cylinder, exhibiting a similar reflective quality as the larger purple cylinders. In the background, a small cyan metal cube, displaying a glossy surface, sits adjacent to a small green metal cube, which also appears to have a shiny finish. The objects are clustered toward the center of the scene, depicting a diverse array of shapes and colors in a seemingly random arrangement. The image does not contain any text, labels, or human elements.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "6",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user wants to know how many objects are left after subtracting 0 gray balls. First, I need to recall the image of the scene provided. \n\nThe scene has several objects: two large shiny purple metal cylinders, a small green rubber cube in the left foreground, a small red metal cylinder behind the purple ones, a cyan metal cube and a green metal cube in the background. All these are mentioned, and there's no mention of any gray balls. The question is subtracting zero gray balls, which effectively means the count remains the same. \n\nSo, I need to count all the objects listed. Let's list them out: two purple cylinders, one green cube, one red cylinder, one cyan cube, and one green metal cube. That adds up to 2 + 1 + 1 + 1 + 1 = 6 objects. Since there are no gray balls to remove, the total remains six. I should make sure not to miss any objects mentioned. The image specifies each object's color and material, so none of them are gray. Therefore, the answer should be six objects left.\n</think>\n<answer>\nThe image contains six distinct objects: two large purple cylinders, a small green cube, a small red cylinder, a cyan cube, and a green cube. All are visibly present with no gray balls to subtract. The total remains **6**.\n</answer>",
"original_gt": "",
"rationale": "There are a small green rubber cube, a small cyan metal cube, a large purple metal cylinder, a small red metal cylinder, a small green metal cube, a large purple metal cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user wants to know how many objects are left after subtracting 0 gray balls. First, I need to recall the image of the scene provided.\n\nThe scene has several objects: two large shiny purple metal cylinders, a small green rubber cube, a small red metal cylinder, a cyan metal cube, and a green metal cube. The question is subtracting zero gray balls, which effectively means the count remains the same.\n\nSo, I need to count all the objects listed. Let's list them out: two purple cylinders, one green cube, one red cylinder, one cyan cube, and one green metal cube. That adds up to 2 + 1 + 1 + 1 + 1 = 6 objects. Since there are no gray balls to remove, the total remains six. I should make sure not to miss any objects mentioned. Therefore, the answer should be six objects left.\n</think>\n<answer>\nThe image contains six distinct objects: two large purple cylinders, a small green cube, a small red cylinder, a cyan cube, and a green cube. All are visibly present with no gray balls to subtract. The total remains **6**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030480.png
|
Subtract 0 gray balls. How many objects are left?
Answer in as few words as possible.
|
<think>
Okay, let me try to figure this out. The user is asking to subtract 0 gray balls and then determine how many objects are left.
The question mentions subtracting 0 gray balls. Since there are no gray balls in the image to begin with—all the objects are either yellow, cyan, or red—subtracting zero wouldn't change the count. The original number of objects is three, so even after subtracting zero, there should still be three objects remaining.
I need to make sure that none of the existing objects are gray, which they aren't. Therefore, the answer should be three.
</think>
<answer>
3
</answer>
|
The image depicts an indoor setting with a smooth, neutral-colored surface as the background, suggesting a minimalist and controlled environment. It contains three distinct metal objects arranged on this surface, each exhibiting a reflective sheen characteristic of metal.
1. On the left side, a large metallic sphere colored in a shiny yellow hue dominates the scene with its size. Its smooth surface reflects light, creating small highlights and a glossy appearance.
2. Positioned on the right side, slightly behind the large sphere, is a small cyan metal sphere. It has a similar glossy surface, capturing subtle reflections and highlights due to its reflective material.
3. In the foreground, closer to the cyan sphere, sits a small red metal cylinder. The cylinder's flat circular tops contrast with the curved surfaces of the spheres. It exhibits the same metallic luster, with light reflecting off its surface.
These objects are spaced out evenly on the surface, allowing each to stand out individually against the plain background. The composition lacks text, labels, or any additional elements, emphasizing the objects' shapes, colors, and materials.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 gray balls and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are three metal objects: a large yellow sphere on the left, a small cyan sphere on the right slightly behind the large one, and a small red cylinder in the foreground near the cyan sphere. \n\nThe question mentions subtracting 0 gray balls. Since there are no gray balls in the image to begin with—all the objects are either yellow, cyan, or red—subtracting zero wouldn't change the count. The original number of objects is three, so even after subtracting zero, there should still be three objects remaining. I need to make sure that none of the existing objects are gray, which they aren't. Therefore, the answer should be three.\n</think>\n<answer>\nThe image contains three metallic objects: a large yellow sphere, a small cyan sphere, and a red cylinder. Since there are no gray balls present to subtract, all three objects remain unchanged. The count stays at **3**.\n</answer>",
"original_gt": "",
"rationale": "There are a small cyan metal sphere, a small red metal cylinder, a large yellow metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 gray balls and then determine how many objects are left. \n\nThe question mentions subtracting 0 gray balls. Since there are no gray balls in the image to begin with—all the objects are either yellow, cyan, or red—subtracting zero wouldn't change the count. The original number of objects is three, so even after subtracting zero, there should still be three objects remaining. \n\nI need to make sure that none of the existing objects are gray, which they aren't. Therefore, the answer should be three.\n</think>\n<answer>\nThe image contains three metallic objects: a large yellow sphere, a small cyan sphere, and a red cylinder. Since there are no gray balls present to subtract, all three objects remain unchanged. The count stays at **3**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030597.png
|
Subtract 0 gray cubes. How many objects are left?
|
<think>
Okay, let's tackle this question. The user is asking to subtract 0 gray cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are four geometric objects: a large yellow metal sphere, a large green rubber sphere, a large cyan metal cube, and a small purple metal cube.
The key here is to identify any gray cubes. The image shows a cyan cube and a purple cube, both metal. There's no mention of any gray cubes in the image. So subtracting 0 gray cubes means we aren't removing any objects. Therefore, all four original objects should still be present. The answer should be 4. I need to make sure I'm not overlooking any implied colors or misinterpreting the image. Since the cubes are cyan and purple, and the background is gray but not an object, the count remains unchanged.
</think>
<answer>
In the scene, there are four distinct objects clearly visible: a yellow metal sphere, a green rubber sphere, a cyan metal cube, and a purple metal cube. None of the cubes are gray—the cyan and purple ones stand out against the neutral background. Subtracting zero gray cubes leaves all four objects unchanged in their arrangement. The total remains **4**.
</answer>
|
The image depicts an indoor setting with a smooth, neutral gray surface as the background. Positioned centrally in the image are four distinct geometric objects, each exhibiting unique colors and textures.
In the foreground, slightly to the right, is a large yellow metal sphere, reflecting light with its glossy surface, emphasizing its metallic texture. Next to it, on the left, is a large green rubber sphere, with a matte finish, creating a contrast in texture against the yellow sphere's sheen.
In the background, a large cyan metal cube is prominently placed, situated slightly to the left. Its surface reflects light subtly, underlining its metallic nature. Adjacent to the cyan cube, positioned to the right, is a small purple metal cube. Despite its smaller size, it maintains a metallic sheen similar to the larger cyan cube.
The arrangement and varying finishes of the objects suggest a well-lit and controlled environment, highlighting the differences between metallic and rubber materials.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "4",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 gray cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are four geometric objects: a large yellow metal sphere, a large green rubber sphere, a large cyan metal cube, and a small purple metal cube.\n\nThe key here is to identify any gray cubes. The image shows a cyan cube and a purple cube, both metal. There's no mention of any gray cubes in the image. So subtracting 0 gray cubes means we aren't removing any objects. Therefore, all four original objects should still be present. The answer should be 4. I need to make sure I'm not overlooking any implied colors or misinterpreting the image. Since the cubes are cyan and purple, and the background is gray but not an object, the count remains unchanged.\n</think>\n<answer>\nIn the scene, there are four distinct objects clearly visible: a yellow metal sphere, a green rubber sphere, a cyan metal cube, and a purple metal cube. None of the cubes are gray—the cyan and purple ones stand out against the neutral background. Subtracting zero gray cubes leaves all four objects unchanged in their arrangement. The total remains **4**.\n</answer>",
"original_gt": "",
"rationale": "There are a large cyan metal cube, a large green rubber sphere, a large yellow metal sphere, a small purple metal cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 gray cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are four geometric objects: a large yellow metal sphere, a large green rubber sphere, a large cyan metal cube, and a small purple metal cube.\n\nThe key here is to identify any gray cubes. The image shows a cyan cube and a purple cube, both metal. There's no mention of any gray cubes in the image. So subtracting 0 gray cubes means we aren't removing any objects. Therefore, all four original objects should still be present. The answer should be 4. I need to make sure I'm not overlooking any implied colors or misinterpreting the image. Since the cubes are cyan and purple, and the background is gray but not an object, the count remains unchanged.\n</think>\n<answer>\nIn the scene, there are four distinct objects clearly visible: a yellow metal sphere, a green rubber sphere, a cyan metal cube, and a purple metal cube. None of the cubes are gray—the cyan and purple ones stand out against the neutral background. Subtracting zero gray cubes leaves all four objects unchanged in their arrangement. The total remains **4**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030675.png
|
Subtract 0 green balls. How many objects are left?
Be succinct in your answer.
|
<think>
Okay, let me try to figure this out. The user is asking to subtract 0 green balls and then determine how many objects are left.
The question mentions subtracting 0 green balls. Since there are no green balls in the image to begin with, subtracting zero of them wouldn't change the count. So even if we remove zero green balls, the original three objects remain.
Therefore, the answer should be three. I need to make sure there's no mention of text or captions, just describe it as if I'm looking at the scene. Also, confirm that all objects are accounted for and there's no hidden green ball mentioned. Yep, all set. The answer is three objects left.
</think>
<answer>
3
</answer>
|
The image appears to be set in an indoor environment with a neutral, monochromatic gray background that suggests a minimalistic, studio-like setting. Three geometric objects are prominently displayed. In the foreground to the left, there is a small gray metal sphere with a smooth, reflective surface that captures light, giving it a shiny appearance. Moving towards the right, there is a large red metal cylinder with a glossy finish, positioned slightly forward when compared to the other red object. In the background to the right, a large red metal cube is situated, featuring sharp edges and a reflective, metallic sheen similar to the cylinder. The arrangement of these objects—sphere, cylinder, and cube—appears deliberate, demonstrating a contrast between shape, size, and color. There are no visible text, labels, annotations, or logos in the image, and the setting is free of any patterns or additional structures.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 green balls and then determine how many objects are left. First, I need to recall the image provided. The image has three objects: a small gray metal sphere, a large red metal cylinder, and a large red metal cube. All three are geometric shapes. The sphere is gray, and the cylinder and cube are both red.\n\nThe question mentions subtracting 0 green balls. Since there are no green balls in the image to begin with—the sphere is gray—subtracting zero of them wouldn't change the count. So even if we remove zero green balls, the original three objects remain. Therefore, the answer should be three. I need to make sure there's no mention of text or captions, just describe it as if I'm looking at the scene. Also, confirm that all objects are accounted for and there's no hidden green ball mentioned. Yep, all set. The answer is three objects left.\n</think>\n<answer>\nIn the scene, there are three distinct geometric objects: a small gray sphere, a large red cylinder, and a large red cube. Since there are no green balls present to subtract, the count remains unchanged. The total number of objects visible is **3**.\n</answer>",
"original_gt": "",
"rationale": "There are a large red metal cylinder, a small gray metal sphere, a large red metal cube in the image.",
"refined_ds_answer": "<think>\nOkay, let me try to figure this out. The user is asking to subtract 0 green balls and then determine how many objects are left. \n\nThe question mentions subtracting 0 green balls. Since there are no green balls in the image to begin with, subtracting zero of them wouldn't change the count. So even if we remove zero green balls, the original three objects remain. \n\nTherefore, the answer should be three. I need to make sure there's no mention of text or captions, just describe it as if I'm looking at the scene. Also, confirm that all objects are accounted for and there's no hidden green ball mentioned. Yep, all set. The answer is three objects left.\n</think>\n<answer>\nIn the scene, there are three distinct geometric objects: a small gray sphere, a large red cylinder, and a large red cube. Since there are no green balls present to subtract, the count remains unchanged. The total number of objects visible is **3**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030933.png
|
Subtract 0 cyan cylinders. How many objects are left?
|
<think>
Okay, let's tackle this question. The user is asking to subtract 0 cyan cylinders and then determine how many objects are left. First, I need to recall the image provided.
The image shows four metallic objects. The user is subtracting 0 cyan cylinders. Cyan isn't even present in the image; all cylinders are either purple or yellow. Since subtracting zero of something that's not there doesn't change the count, the total remains four. So the answer should be 4.
</think>
<answer>
The image contains four metallic objects: two small purple cubes (one left, one large on the right), a small purple cylinder, and a small yellow cylinder. Since there are no cyan cylinders present to subtract, the total remains unchanged. There are **4 objects** remaining.
</answer>
|
The image displays an indoor setting with a smooth, neutral-colored floor or surface as the background. Positioned across this surface are four metallic objects with distinct shapes and colors. On the left, there is a small purple metal cube, exuding a shiny and reflective texture. Adjacent to it sits a small purple metal cylinder, similarly glossy in appearance. Towards the right side, a large purple metal cube dominates the scene with its substantial size and reflective surface. In the upper area of the image, there is a small yellow metal cylinder, contrasting sharply with the purple objects due to its unique color while maintaining a lustrous metal texture. The arrangement of the objects suggests an organized or studied placement, with a focus on size and color contrast. No text, logos, or signs are present within the scene.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "4",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 cyan cylinders and then determine how many objects are left. First, I need to recall the image provided. \n\nThe image shows four metallic objects. On the left, there's a small purple cube and a small purple cylinder. On the right, a large purple cube, and in the upper area, a small yellow cylinder. The colors mentioned are purple and yellow. The user is subtracting 0 cyan cylinders. Cyan isn't even present in the image; all cylinders are either purple or yellow. Since subtracting zero of something that's not there doesn't change the count, the total remains four. So the answer should be 4.\n</think>\n<answer>\nThe image contains four metallic objects: two small purple cubes (one left, one large on the right), a small purple cylinder, and a small yellow cylinder. Since there are no cyan cylinders present to subtract, the total remains unchanged. There are **4 objects** remaining.\n</answer>",
"original_gt": "",
"rationale": "There are a small purple metal cube, a small purple metal cylinder, a large purple metal cube, a small yellow metal cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 cyan cylinders and then determine how many objects are left. First, I need to recall the image provided. \n\nThe image shows four metallic objects. The user is subtracting 0 cyan cylinders. Cyan isn't even present in the image; all cylinders are either purple or yellow. Since subtracting zero of something that's not there doesn't change the count, the total remains four. So the answer should be 4.\n</think>\n<answer>\nThe image contains four metallic objects: two small purple cubes (one left, one large on the right), a small purple cylinder, and a small yellow cylinder. Since there are no cyan cylinders present to subtract, the total remains unchanged. There are **4 objects** remaining.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_030809.png
|
Subtract all blue balls. How many balls are left?
Answer directly without explanation.
|
<think>
Okay, let's see. The question is asking to subtract all blue balls and determine how many balls are left. First, I need to figure out which objects are balls (spheres) and their colors.
From the image, there's a large purple metal sphere and a large blue metal sphere. Those are the two spheres mentioned. The blue sphere is definitely a "blue ball," so subtracting that leaves the purple sphere. The cylinder is cyan and rubber, but it's a cylinder, not a ball. The cubes are green, cyan, and purple, but they're cubes, not spheres. So after removing the blue sphere, only the purple sphere remains. Therefore, there's 1 ball left.
</think>
<answer>
1
</answer>
|
The setting appears to be an indoor environment with a smooth, light-colored surface serving as the background. The scene prominently features various geometrically shaped objects, each with distinct colors and textures, arranged on the surface.
In the foreground, at the center left, there is a large, purple metal sphere with a glossy finish that reflects light. To its right, positioned slightly behind, is a large green metal cube exhibiting a polished and reflective surface, casting a faint shadow on the ground.
Moving towards the background, a large blue metal sphere is positioned centrally, reflecting both the lighting and surrounding objects as well. On the far right of the composition, there is a small cyan rubber cube. This cube is matte, contrasting with the glossy metallic surfaces of the spheres and the metal cube.
Adjacent to the cyan cube is a small purple rubber cube, situated slightly ahead, towards the bottom right of the frame. Its matte rubber texture differentiates it from the metallic shine of the other objects. Notably, in the background on the left, adjacent to the blue sphere, is a small cyan rubber cylinder. This cylinder is aligned vertically and is also matte in texture, further complementing the rubber cubes.
The arrangement exhibits a balanced distribution of colors and shapes, adding a harmonious aesthetic to the scene.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "1",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The question is asking to subtract all blue balls and determine how many balls are left. First, I need to figure out which objects are balls (spheres) and their colors.\n\nFrom the image, there's a large purple metal sphere in the foreground on the center left. Then there's a large blue metal sphere centrally in the background. Those are the two spheres mentioned. The other objects are cubes and a cylinder. The blue sphere is definitely a \"blue ball,\" so subtracting that leaves the purple sphere. The cylinder is cyan and rubber, but it's a cylinder, not a ball. The cubes are green, cyan, and purple, but they're cubes, not spheres. So after removing the blue sphere, only the purple sphere remains. Therefore, there's 1 ball left.\n</think>\n<answer>\nIn the scene, there are two spherical objects: a large purple metal sphere in the foreground and a large blue metal sphere in the background. The question specifies subtracting \"blue balls,\" which applies only to the blue sphere. After removing it, the remaining spherical object is the glossy purple sphere. No other objects qualify as \"balls\" (spheres), including the rubber cylinder and cubes. \n\n**Answer:** There is **1 ball** left—the purple metal sphere.\n</answer>",
"original_gt": "",
"rationale": "There are a large blue metal sphere, a small cyan rubber cube, a small cyan rubber cylinder, a small purple rubber cube, a large purple metal sphere, a large green metal cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The question is asking to subtract all blue balls and determine how many balls are left. First, I need to figure out which objects are balls (spheres) and their colors.\n\nFrom the image, there's a large purple metal sphere and a large blue metal sphere. Those are the two spheres mentioned. The blue sphere is definitely a \"blue ball,\" so subtracting that leaves the purple sphere. The cylinder is cyan and rubber, but it's a cylinder, not a ball. The cubes are green, cyan, and purple, but they're cubes, not spheres. So after removing the blue sphere, only the purple sphere remains. Therefore, there's 1 ball left.\n</think>\n<answer>\nIn the scene, there are two spherical objects: a large purple metal sphere in the foreground and a large blue metal sphere in the background. The question specifies subtracting \"blue balls,\" which applies only to the blue sphere. After removing it, the remaining spherical object is the glossy purple sphere. No other objects qualify as \"balls\" (spheres), including the rubber cylinder and cubes. \n\n**Answer:** There is **1 ball** left—the purple metal sphere.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_031136.png
|
Subtract 0 yellow cubes. How many objects are left?
|
<think>
Okay, let's see. The user is asking to subtract 0 yellow cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are four geometric objects. Let me go through each one.
Starting from the left: a small green metal cube. That's one object. Then, in the center, a large blue rubber sphere. That's the second. Next to it, center-left, there's a large brown metal cube. Third object. On the right, a small brown rubber cube. Fourth object.
Now, the question says to subtract 0 yellow cubes. Since there are no yellow cubes mentioned in the image—all cubes are either green or brown—subtracting zero yellow cubes wouldn't change the count. So the total number of objects remains four. I should make sure none of the existing cubes are yellow. The cubes are green (metal) and brown (both metal and rubber). So yes, no yellows. Therefore, the answer is four.
</think>
<answer>
There are four objects remaining. The scene includes a green metal cube, a blue rubber sphere, a large brown metal cube, and a small brown rubber cube. None of the cubes are yellow, so subtracting zero yellow cubes leaves all objects intact.
</answer>
|
The image depicts an indoor setting with a soft, neutral gray background. In the foreground, four geometric objects are arranged on a flat surface. On the left side of the image lies a small green metal cube, its smooth surface reflecting light and casting a subtle shadow on the ground. Near the center, prominently featured, is a large blue rubber sphere exhibiting a matte texture with minimal reflection. Adjacent to the sphere, closer to the center-left position, stands a large brown metal cube, having a reflective surface that gives off a warm metallic luster. To the right of the sphere, there is a small brown rubber cube, which appears less reflective than the metal objects, with its surface showing a consistent brown hue. All items cast soft shadows, adding a hint of dimensionality to the scene.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "4",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 yellow cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are four geometric objects. Let me go through each one.\n\nStarting from the left: a small green metal cube. That's one object. Then, in the center, a large blue rubber sphere. That's the second. Next to it, center-left, there's a large brown metal cube. Third object. On the right, a small brown rubber cube. Fourth object. \n\nNow, the question says to subtract 0 yellow cubes. Since there are no yellow cubes mentioned in the image—all cubes are either green or brown—subtracting zero yellow cubes wouldn't change the count. So the total number of objects remains four. I should make sure none of the existing cubes are yellow. The cubes are green (metal) and brown (both metal and rubber). So yes, no yellows. Therefore, the answer is four.\n</think>\n<answer>\nThere are four objects remaining. The scene includes a green metal cube, a blue rubber sphere, a large brown metal cube, and a small brown rubber cube. None of the cubes are yellow, so subtracting zero yellow cubes leaves all objects intact.\n</answer>",
"original_gt": "",
"rationale": "There are a large blue rubber sphere, a large brown metal cube, a small green metal cube, a small brown rubber cube in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 yellow cubes and then determine how many objects are left. First, I need to visualize the scene based on the image provided. There are four geometric objects. Let me go through each one.\n\nStarting from the left: a small green metal cube. That's one object. Then, in the center, a large blue rubber sphere. That's the second. Next to it, center-left, there's a large brown metal cube. Third object. On the right, a small brown rubber cube. Fourth object.\n\nNow, the question says to subtract 0 yellow cubes. Since there are no yellow cubes mentioned in the image—all cubes are either green or brown—subtracting zero yellow cubes wouldn't change the count. So the total number of objects remains four. I should make sure none of the existing cubes are yellow. The cubes are green (metal) and brown (both metal and rubber). So yes, no yellows. Therefore, the answer is four.\n</think>\n<answer>\nThere are four objects remaining. The scene includes a green metal cube, a blue rubber sphere, a large brown metal cube, and a small brown rubber cube. None of the cubes are yellow, so subtracting zero yellow cubes leaves all objects intact.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_031200.png
|
Subtract 0 blue cylinders. How many objects are left?
Provide just the essential information.
|
<think>
Okay, let's see. The user asked to subtract 0 blue cylinders and then determine how many objects are left. The question mentions subtracting blue cylinders. But looking at the image, none of the cylinders are blue. The colors mentioned are red, gray, and brown. So subtracting zero blue cylinders means we're not removing any objects. All three cylinders remain. The answer should be three. I need to make sure not to mention any text or captions, just state it as observed visually. Also, confirm there's no blue in the scene. Yep, all colors are accounted for. So the count stays at three.
</think>
<answer>
3
</answer>
|
The scene appears to be an indoor setting with a plain, light-colored surface and background. Three distinct cylinders are positioned across the surface.
1. In the left foreground, a large red metal cylinder stands upright. It has a smooth, reflective texture indicative of its metallic material.
2. Near the center of the image, a small gray rubber cylinder is located. This cylinder has a matte finish, typical of rubber surfaces.
3. To the right and slightly further back, a small brown metal cylinder is visible. It shares a polished sheen similar to the red cylinder, identifying it as metallic.
The arrangement of the cylinders creates a sense of varied scale and material contrast. No additional text, people, or emotional expressions are present in the scene.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user asked to subtract 0 blue cylinders and then determine how many objects are left. First, I need to visualize the scene described. There are three cylinders: a large red metal one on the left, a small gray rubber one in the center, and a small brown metal one on the right.\n\nThe question mentions subtracting blue cylinders. But looking at the image, none of the cylinders are blue. The colors mentioned are red, gray, and brown. So subtracting zero blue cylinders means we're not removing any objects. All three cylinders remain. The answer should be three. I need to make sure not to mention any text or captions, just state it as observed visually. Also, confirm there's no blue in the scene. Yep, all colors are accounted for. So the count stays at three.\n</think>\n<answer>\nThe scene contains three cylinders: a large red metal one on the left, a small gray rubber one in the center, and a small brown metal one positioned to the right. Since there are no blue cylinders present to begin with, subtracting zero from the total leaves all three objects unchanged. The count remains **3**.\n</answer>",
"original_gt": "",
"rationale": "There are a small brown metal cylinder, a large red metal cylinder, a small gray rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user asked to subtract 0 blue cylinders and then determine how many objects are left. The question mentions subtracting blue cylinders. But looking at the image, none of the cylinders are blue. The colors mentioned are red, gray, and brown. So subtracting zero blue cylinders means we're not removing any objects. All three cylinders remain. The answer should be three. I need to make sure not to mention any text or captions, just state it as observed visually. Also, confirm there's no blue in the scene. Yep, all colors are accounted for. So the count stays at three.\n</think>\n<answer>\nThe scene contains three cylinders: a large red metal one on the left, a small gray rubber one in the center, and a small brown metal one positioned to the right. Since there are no blue cylinders present to begin with, subtracting zero from the total leaves all three objects unchanged. The count remains **3**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_031234.png
|
Subtract 0 purple balls. How many objects are left?
|
<think>
Okay, let's tackle this question. The user is asking to subtract 0 purple balls and then determine how many objects are left.
Counting all these objects: red cylinder, brown sphere, large red cylinder, large brown sphere, gray cube, blue cube, cyan cylinder, and the yellow cube on top of the brown sphere. That totals eight objects.
The question mentions subtracting 0 purple balls. Since there are no purple balls in the image to begin with—the spheres mentioned are brown and possibly others, but no purple ones—subtracting zero doesn't change the count. So the number of objects remains eight.
The answer should confidently state there are eight objects left.
</think>
<answer>
The scene contains a total of eight distinct objects. These include two cylinders (red and cyan), three cubes (gray, blue, and yellow), and three spheres (small brown, large brown, and the red metal cylinder, though cylinders aren't spheres). Since there are no purple balls present in the arrangement to subtract, all objects remain unchanged. The count stays at **8 objects**.
</answer>
|
The image depicts an indoor setting with a smooth, neutral, light gray background and surface, resulting in soft shadows around the objects. The focus is on a variety of geometric shapes, displayed as follows:
- Front left: A small red rubber cylinder sits on the surface. To its right, a small brown metal sphere gleams under the light.
- Central background: A large red metal cylinder, towering over most other objects. Behind it, slightly off-center to the left, a large brown metal sphere reflects light, providing a shiny contrast to the cylinder.
- Central right: A small gray rubber cube sits close to the foreground, casting a modest shadow.
- Right: A large blue rubber cube, occupying the rightmost position with a smooth texture, its shadow cast prominently.
- Background: A large cyan rubber cylinder, situated slightly behind other objects, provides a soft, matte texture.
- Top center: A small yellow metal cube positioned on top of the brown sphere, noticeable for its metallic sheen.
The presentation of these objects demonstrates a variety of textures, from shiny and reflective metals to soft, muted rubbers, represented in diverse sizes and vibrant colors.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "8",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 purple balls and then determine how many objects are left. First, I need to visualize the scene based on the image provided. Let me go through each object mentioned.\n\nStarting from the front left, there's a small red rubber cylinder. Then to its right, a small brown metal sphere. Moving to the central background, there's a large red metal cylinder and behind it, slightly to the left, a large brown metal sphere. In the central right, a small gray rubber cube. On the right, a large blue rubber cube. In the background, a large cyan rubber cylinder. And on top of the brown sphere in the center, there's a small yellow metal cube.\n\nNow, counting all these objects: red cylinder (front left), brown sphere (front right), large red cylinder (central background), large brown sphere (behind the red cylinder), gray cube (central right), blue cube (right), cyan cylinder (background), and the yellow cube on top of the brown sphere. That totals eight objects.\n\nThe question mentions subtracting 0 purple balls. Since there are no purple balls in the image to begin with—the spheres mentioned are brown and possibly others, but no purple ones—subtracting zero doesn't change the count. So the number of objects remains eight. I need to confirm that all listed objects are accounted for and ensure none are purple. The answer should confidently state there are eight objects left.\n</think>\n<answer>\nThe scene contains a total of eight distinct objects. These include two cylinders (red and cyan), three cubes (gray, blue, and yellow), and three spheres (small brown, large brown, and the red metal cylinder, though cylinders aren't spheres). Since there are no purple balls present in the arrangement to subtract, all objects remain unchanged. The count stays at **8 objects**.\n</answer>",
"original_gt": "",
"rationale": "There are a small yellow metal cube, a large blue rubber cube, a large brown metal sphere, a small red rubber cylinder, a small gray rubber cube, a large red metal cylinder, a large cyan rubber cylinder, a small brown metal sphere in the image.",
"refined_ds_answer": "<think>\nOkay, let's tackle this question. The user is asking to subtract 0 purple balls and then determine how many objects are left. \n\nCounting all these objects: red cylinder, brown sphere, large red cylinder, large brown sphere, gray cube, blue cube, cyan cylinder, and the yellow cube on top of the brown sphere. That totals eight objects.\n\nThe question mentions subtracting 0 purple balls. Since there are no purple balls in the image to begin with—the spheres mentioned are brown and possibly others, but no purple ones—subtracting zero doesn't change the count. So the number of objects remains eight. \n\nThe answer should confidently state there are eight objects left.\n</think>\n<answer>\nThe scene contains a total of eight distinct objects. These include two cylinders (red and cyan), three cubes (gray, blue, and yellow), and three spheres (small brown, large brown, and the red metal cylinder, though cylinders aren't spheres). Since there are no purple balls present in the arrangement to subtract, all objects remain unchanged. The count stays at **8 objects**.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
|
clevr_math-CLEVR_train_031368.png
|
Subtract 0 purple cylinders. How many objects are left?
Answer the question using a single word or phrase.
|
<think>
Okay, let's see. The user is asking to subtract 0 purple cylinders and then determine how many objects are left. Now, the question is about subtracting zero purple cylinders. Since there are no purple cylinders mentioned in the image—only a yellow cylinder—subtracting zero of them wouldn't change the count. The original objects are three: the gray metal sphere, the small yellow cylinder, and the large yellow sphere. Even if we remove zero purple ones, those three remain. So the answer should be three objects left.
</think>
<answer>
3
</answer>
|
The image displays an indoor setting with a smooth, uniform gray background. Positioned in the foreground, there is a large gray metal sphere featuring a shiny, reflective surface that casts a small shadow beneath it. Near this metal sphere, slightly to the right, is a small yellow rubber cylinder, exhibiting a matte texture. Towards the upper background of the scene, a large yellow rubber sphere is positioned, matching the cylinder in color and texture. The arrangement portrays a simple and minimalistic composition with a focus on geometric forms and contrasting textures.
|
{
"caption_model_id": "gpt-4o-0806-nofilter-global",
"gt": "3",
"llava-v1.5-7b-ppl-caption": "",
"model_id": "",
"new_gt": "",
"original_answer": "",
"original_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple cylinders and then determine how many objects are left. First, I need to visualize the scene shown. There's a large gray metal sphere in the foreground with a shiny surface and a shadow. Then, slightly to the right of that, there's a small yellow rubber cylinder with a matte texture. In the upper background, there's a large yellow rubber sphere matching the cylinder's color and texture.\n\nNow, the question is about subtracting zero purple cylinders. Since there are no purple cylinders mentioned in the image—only a yellow cylinder—subtracting zero of them wouldn't change the count. The original objects are three: the gray metal sphere, the small yellow cylinder, and the large yellow sphere. Even if we remove zero purple ones, those three remain. So the answer should be three objects left.\n</think>\n<answer>\nThe image contains three distinct objects: a large gray metal sphere, a small yellow rubber cylinder, and a large yellow rubber sphere. Subtracting zero purple cylinders—a color and shape not present in the arrangement—leaves all three original objects unchanged. The count remains visually clear: three geometric forms with contrasting textures and materials.\n</answer>",
"original_gt": "",
"rationale": "There are a large gray metal sphere, a large yellow rubber sphere, a small yellow rubber cylinder in the image.",
"refined_ds_answer": "<think>\nOkay, let's see. The user is asking to subtract 0 purple cylinders and then determine how many objects are left. Now, the question is about subtracting zero purple cylinders. Since there are no purple cylinders mentioned in the image—only a yellow cylinder—subtracting zero of them wouldn't change the count. The original objects are three: the gray metal sphere, the small yellow cylinder, and the large yellow sphere. Even if we remove zero purple ones, those three remain. So the answer should be three objects left.\n</think>\n<answer>\nThe image contains three distinct objects: a large gray metal sphere, a small yellow rubber cylinder, and a large yellow rubber sphere. Subtracting zero purple cylinders—a color and shape not present in the arrangement—leaves all three original objects unchanged. The count remains visually clear: three geometric forms with contrasting textures and materials.\n</answer>",
"source": "",
"text_question": "",
"url": ""
}
|
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