id
int64 1.34k
3.18k
| dataset
stringclasses 3
values | scene_name
stringlengths 8
12
| question_type
stringclasses 1
value | category
stringlengths 2
12
| question
stringlengths 831
858
| options
sequencelengths 4
4
| ground_truth
stringlengths 3
12
| mc_answer
stringclasses 4
values | video_suffix
stringclasses 2
values | version
stringclasses 1
value | category, first object
null | category, second object
null | category, positioning object
null | category, orienting object
null | category, querying object
null |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
1,338 | arkitscenes | 42446103 | object_rel_distance | stool | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['stool', 'chair', 'stove', 'table', 'tv'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. chair",
"B. stove",
"C. table",
"D. tv"
] | chair | A | .mov | 241009 | null | null | null | null | null |
1,358 | arkitscenes | 42897629 | object_rel_distance | stove | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['stove', 'washer', 'tv', 'sofa', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. washer",
"B. tv",
"C. sofa",
"D. table"
] | table | D | .mov | 241009 | null | null | null | null | null |
1,359 | arkitscenes | 42897629 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'table', 'refrigerator', 'washer', 'stove'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. table",
"B. refrigerator",
"C. washer",
"D. stove"
] | table | A | .mov | 241009 | null | null | null | null | null |
1,373 | arkitscenes | 42898849 | object_rel_distance | stove | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['stove', 'tv', 'fireplace', 'table', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. tv",
"B. fireplace",
"C. table",
"D. chair"
] | table | C | .mov | 241009 | null | null | null | null | null |
1,376 | arkitscenes | 42898849 | object_rel_distance | stove | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['stove', 'sofa', 'fireplace', 'chair', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. sofa",
"B. fireplace",
"C. chair",
"D. table"
] | table | D | .mov | 241009 | null | null | null | null | null |
1,378 | arkitscenes | 42899461 | object_rel_distance | fireplace | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['fireplace', 'chair', 'sofa', 'stove', 'tv'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. chair",
"B. sofa",
"C. stove",
"D. tv"
] | sofa | B | .mov | 241009 | null | null | null | null | null |
1,381 | arkitscenes | 42899461 | object_rel_distance | fireplace | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['fireplace', 'table', 'tv', 'sofa', 'stove'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. table",
"B. tv",
"C. sofa",
"D. stove"
] | table | A | .mov | 241009 | null | null | null | null | null |
1,395 | arkitscenes | 44358499 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'dishwasher', 'fireplace', 'sofa', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. dishwasher",
"B. fireplace",
"C. sofa",
"D. chair"
] | fireplace | B | .mov | 241009 | null | null | null | null | null |
1,405 | arkitscenes | 45260928 | object_rel_distance | fireplace | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['fireplace', 'sofa', 'stool', 'chair', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. sofa",
"B. stool",
"C. chair",
"D. table"
] | table | D | .mov | 241009 | null | null | null | null | null |
1,417 | arkitscenes | 45662924 | object_rel_distance | fireplace | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['fireplace', 'table', 'chair', 'stove', 'stool'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. table",
"B. chair",
"C. stove",
"D. stool"
] | stool | D | .mov | 241009 | null | null | null | null | null |
1,447 | arkitscenes | 47333457 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'toilet', 'bed', 'table', 'stool'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. toilet",
"B. bed",
"C. table",
"D. stool"
] | table | C | .mov | 241009 | null | null | null | null | null |
1,462 | arkitscenes | 47334096 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'table', 'stool', 'sofa', 'stove'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. table",
"B. stool",
"C. sofa",
"D. stove"
] | table | A | .mov | 241009 | null | null | null | null | null |
1,463 | arkitscenes | 47334096 | object_rel_distance | stove | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['stove', 'tv', 'chair', 'sofa', 'stool'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. tv",
"B. chair",
"C. sofa",
"D. stool"
] | chair | B | .mov | 241009 | null | null | null | null | null |
1,471 | arkitscenes | 47334103 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'sofa', 'bathtub', 'chair', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. sofa",
"B. bathtub",
"C. chair",
"D. table"
] | chair | C | .mov | 241009 | null | null | null | null | null |
1,472 | arkitscenes | 47334103 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'sofa', 'chair', 'stool', 'bathtub'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. sofa",
"B. chair",
"C. stool",
"D. bathtub"
] | chair | B | .mov | 241009 | null | null | null | null | null |
1,479 | arkitscenes | 47429977 | object_rel_distance | refrigerator | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['refrigerator', 'stove', 'tv', 'sofa', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. stove",
"B. tv",
"C. sofa",
"D. chair"
] | stove | A | .mov | 241009 | null | null | null | null | null |
1,485 | arkitscenes | 47429977 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'stove', 'chair', 'refrigerator', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. stove",
"B. chair",
"C. refrigerator",
"D. table"
] | table | D | .mov | 241009 | null | null | null | null | null |
1,500 | arkitscenes | 47430468 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'chair', 'sofa', 'refrigerator', 'stove'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. chair",
"B. sofa",
"C. refrigerator",
"D. stove"
] | sofa | B | .mov | 241009 | null | null | null | null | null |
1,933 | scannetpp | cc5237fd77 | object_rel_distance | laptop | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['laptop', 'computer tower', 'chair', 'bookshelf', 'door'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. computer tower",
"B. chair",
"C. bookshelf",
"D. door"
] | chair | B | .mp4 | 241009 | null | null | null | null | null |
2,019 | scannetpp | 38d58a7a31 | object_rel_distance | keyboard | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['keyboard', 'whiteboard', 'ceiling light', 'heater', 'coat hanger'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. whiteboard",
"B. ceiling light",
"C. heater",
"D. coat hanger"
] | heater | C | .mp4 | 241009 | null | null | null | null | null |
2,023 | scannetpp | 38d58a7a31 | object_rel_distance | telephone | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['telephone', 'coat hanger', 'trash can', 'door', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. coat hanger",
"B. trash can",
"C. door",
"D. table"
] | table | D | .mp4 | 241009 | null | null | null | null | null |
2,051 | scannetpp | 25f3b7a318 | object_rel_distance | door | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['door', 'blanket', 'laptop', 'chair', 'basket'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. blanket",
"B. laptop",
"C. chair",
"D. basket"
] | basket | D | .mp4 | 241009 | null | null | null | null | null |
2,060 | scannetpp | bcd2436daf | object_rel_distance | pillow | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['pillow', 'heater', 'plant', 'chair', 'ceiling light'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. heater",
"B. plant",
"C. chair",
"D. ceiling light"
] | plant | B | .mp4 | 241009 | null | null | null | null | null |
2,073 | scannetpp | 0d2ee665be | object_rel_distance | trash can | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['trash can', 'microwave', 'bed', 'laptop', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. microwave",
"B. bed",
"C. laptop",
"D. chair"
] | laptop | C | .mp4 | 241009 | null | null | null | null | null |
2,093 | scannetpp | ac48a9b736 | object_rel_distance | trash can | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['trash can', 'door', 'chair', 'table', 'keyboard'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. door",
"B. chair",
"C. table",
"D. keyboard"
] | door | A | .mp4 | 241009 | null | null | null | null | null |
2,101 | scannetpp | ac48a9b736 | object_rel_distance | whiteboard | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['whiteboard', 'door', 'monitor', 'table', 'computer mouse'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. door",
"B. monitor",
"C. table",
"D. computer mouse"
] | table | C | .mp4 | 241009 | null | null | null | null | null |
2,107 | scannetpp | 578511c8a9 | object_rel_distance | printer | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['printer', 'telephone', 'monitor', 'kettle', 'table lamp'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. telephone",
"B. monitor",
"C. kettle",
"D. table lamp"
] | kettle | C | .mp4 | 241009 | null | null | null | null | null |
2,136 | scannetpp | 09c1414f1b | object_rel_distance | microwave | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['microwave', 'tv', 'trash can', 'pillow', 'cutting board'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. tv",
"B. trash can",
"C. pillow",
"D. cutting board"
] | trash can | B | .mp4 | 241009 | null | null | null | null | null |
2,140 | scannetpp | 5f99900f09 | object_rel_distance | suitcase | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['suitcase', 'door', 'ceiling light', 'refrigerator', 'monitor'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. door",
"B. ceiling light",
"C. refrigerator",
"D. monitor"
] | door | A | .mp4 | 241009 | null | null | null | null | null |
2,145 | scannetpp | 5f99900f09 | object_rel_distance | suitcase | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['suitcase', 'printer', 'refrigerator', 'table', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. printer",
"B. refrigerator",
"C. table",
"D. chair"
] | refrigerator | B | .mp4 | 241009 | null | null | null | null | null |
2,151 | scannetpp | 5f99900f09 | object_rel_distance | suitcase | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['suitcase', 'printer', 'chair', 'whiteboard', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. printer",
"B. chair",
"C. whiteboard",
"D. table"
] | chair | B | .mp4 | 241009 | null | null | null | null | null |
2,154 | scannetpp | 5f99900f09 | object_rel_distance | refrigerator | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['refrigerator', 'door', 'whiteboard', 'chair', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. door",
"B. whiteboard",
"C. chair",
"D. table"
] | chair | C | .mp4 | 241009 | null | null | null | null | null |
2,969 | scannet | scene0356_00 | object_rel_distance | telephone | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['telephone', 'table', 'trash bin', 'bed', 'window'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. table",
"B. trash bin",
"C. bed",
"D. window"
] | bed | C | .mp4 | 241009 | null | null | null | null | null |
2,975 | scannet | scene0378_01 | object_rel_distance | monitor | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['monitor', 'clock', 'bookshelf', 'door', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. clock",
"B. bookshelf",
"C. door",
"D. chair"
] | chair | D | .mp4 | 241009 | null | null | null | null | null |
2,978 | scannet | scene0378_01 | object_rel_distance | door | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['door', 'window', 'table', 'trash bin', 'printer'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. window",
"B. table",
"C. trash bin",
"D. printer"
] | table | B | .mp4 | 241009 | null | null | null | null | null |
2,985 | scannet | scene0426_00 | object_rel_distance | window | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['window', 'chair', 'lamp', 'tv', 'door'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. chair",
"B. lamp",
"C. tv",
"D. door"
] | chair | A | .mp4 | 241009 | null | null | null | null | null |
3,016 | scannet | scene0647_00 | object_rel_distance | tv | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['tv', 'door', 'table', 'chair', 'backpack'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. door",
"B. table",
"C. chair",
"D. backpack"
] | table | B | .mp4 | 241009 | null | null | null | null | null |
3,027 | scannet | scene0651_02 | object_rel_distance | trash bin | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['trash bin', 'table', 'sofa', 'counter', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. table",
"B. sofa",
"C. counter",
"D. chair"
] | counter | C | .mp4 | 241009 | null | null | null | null | null |
3,046 | scannet | scene0653_00 | object_rel_distance | door | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['door', 'monitor', 'window', 'trash bin', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. monitor",
"B. window",
"C. trash bin",
"D. chair"
] | monitor | A | .mp4 | 241009 | null | null | null | null | null |
3,070 | scannet | scene0697_01 | object_rel_distance | closet | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['closet', 'bed', 'tv', 'lamp', 'mirror'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. bed",
"B. tv",
"C. lamp",
"D. mirror"
] | bed | A | .mp4 | 241009 | null | null | null | null | null |
3,072 | scannet | scene0697_01 | object_rel_distance | closet | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['closet', 'window', 'trash bin', 'mirror', 'pillow'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. window",
"B. trash bin",
"C. mirror",
"D. pillow"
] | trash bin | B | .mp4 | 241009 | null | null | null | null | null |
3,075 | scannet | scene0697_01 | object_rel_distance | closet | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['closet', 'lamp', 'bed', 'tv', 'window'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. lamp",
"B. bed",
"C. tv",
"D. window"
] | bed | B | .mp4 | 241009 | null | null | null | null | null |
3,089 | scannet | scene0700_02 | object_rel_distance | window | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['window', 'keyboard', 'backpack', 'telephone', 'chair'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. keyboard",
"B. backpack",
"C. telephone",
"D. chair"
] | chair | D | .mp4 | 241009 | null | null | null | null | null |
3,102 | scannet | scene0458_00 | object_rel_distance | mirror | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['mirror', 'trash bin', 'window', 'towel', 'door'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. trash bin",
"B. window",
"C. towel",
"D. door"
] | trash bin | A | .mp4 | 241009 | null | null | null | null | null |
3,133 | scannet | scene0608_00 | object_rel_distance | door | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['door', 'tv', 'window', 'chair', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. tv",
"B. window",
"C. chair",
"D. table"
] | chair | C | .mp4 | 241009 | null | null | null | null | null |
3,143 | scannet | scene0030_02 | object_rel_distance | door | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['door', 'table', 'clock', 'chair', 'trash bin'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. table",
"B. clock",
"C. chair",
"D. trash bin"
] | trash bin | D | .mp4 | 241009 | null | null | null | null | null |
3,150 | scannet | scene0046_01 | object_rel_distance | lamp | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['lamp', 'chair', 'door', 'mirror', 'backpack'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. chair",
"B. door",
"C. mirror",
"D. backpack"
] | backpack | D | .mp4 | 241009 | null | null | null | null | null |
3,179 | scannet | scene0207_02 | object_rel_distance | counter | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['counter', 'microwave', 'backpack', 'nightstand', 'closet'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. microwave",
"B. backpack",
"C. nightstand",
"D. closet"
] | backpack | B | .mp4 | 241009 | null | null | null | null | null |
3,180 | scannet | scene0207_02 | object_rel_distance | pillow | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['pillow', 'door', 'refrigerator', 'chair', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. door",
"B. refrigerator",
"C. chair",
"D. table"
] | table | D | .mp4 | 241009 | null | null | null | null | null |
3,182 | scannet | scene0221_01 | object_rel_distance | trash bin | [Task]
This video captures an indoor scene. Your task is to first understand the spatial layout of the scene and then represent it using a 10x10 matrix.
[Rule]
1. We provide the cared categories and their corresponding instances: ['trash bin', 'bed', 'door', 'nightstand', 'table'] in this scene. Focus ONLY on these categories.
2. You should use 0 to represent an empty grid and different numbers to represent different instances.
3. If a category contains multiple instances, include all of them in the matrix.
4. If objects overlap in the same grid, retain only the object with the largest area.
[Output]
Fill in the locations of ALL objects (at the instance level) in the matrix.
STRICTLY follow this exact JSON format for your response:
{"grid": 10x10 matrix (list of lists), "legend": {0: "empty", 1: "object 1", 2: "object 2", ...}} | [
"A. bed",
"B. door",
"C. nightstand",
"D. table"
] | bed | A | .mp4 | 241009 | null | null | null | null | null |
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