category string | task string | question string | options list | answer string | video_ranges list | video_1 video | video_2 video | video_3 video |
|---|---|---|---|---|---|---|---|---|
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- cyan rubber cylinder",
"B) video_1 -- red metal cube",
"C) video_1 -- red rubber cylinder",
"D) video_2 -- purple rubber cylinder"
] | C) video_1 -- red rubber cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- gray rubber cylinder",
"B) video_1 -- purple metal sphere",
"C) video_2 -- red metal sphere",
"D) video_2 -- green rubber cube"
] | C) video_2 -- red metal sphere | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- green metal cube",
"B) video_1 -- gray metal cube",
"C) video_2 -- gray metal sphere",
"D) video_1 -- yellow rubber sphere"
] | B) video_1 -- gray metal cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- cyan rubber cube",
"B) video_2 -- yellow metal sphere",
"C) video_1 -- cyan rubber cube",
"D) video_1 -- red metal sphere"
] | A) video_2 -- cyan rubber cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- cyan rubber cube",
"B) video_2 -- red metal sphere",
"C) video_2 -- cyan rubber cube",
"D) video_1 -- cyan metal cylinder"
] | A) video_1 -- cyan rubber cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- brown rubber cube",
"B) video_1 -- red rubber cylinder",
"C) video_1 -- brown rubber sphere",
"D) video_2 -- yellow rubber sphere"
] | A) video_2 -- brown rubber cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- blue metal sphere",
"B) video_1 -- cyan rubber sphere",
"C) video_2 -- gray rubber cylinder",
"D) video_2 -- blue rubber cylinder"
] | D) video_2 -- blue rubber cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- blue metal sphere",
"B) video_2 -- cyan rubber cylinder",
"C) video_1 -- red rubber sphere",
"D) video_2 -- purple metal cube"
] | A) video_1 -- blue metal sphere | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- gray metal cylinder",
"B) video_1 -- brown metal cylinder",
"C) video_2 -- gray rubber cylinder",
"D) video_2 -- purple metal sphere"
] | A) video_1 -- gray metal cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- blue metal cylinder",
"B) video_2 -- purple metal cylinder",
"C) video_1 -- red rubber sphere",
"D) video_1 -- purple metal cube"
] | B) video_2 -- purple metal cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- purple metal cube",
"B) video_2 -- yellow metal sphere",
"C) video_2 -- red rubber cylinder",
"D) video_1 -- cyan metal sphere"
] | D) video_1 -- cyan metal sphere | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- purple rubber cube",
"B) video_1 -- purple rubber sphere",
"C) video_2 -- yellow metal sphere",
"D) video_2 -- red metal sphere"
] | B) video_1 -- purple rubber sphere | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- yellow metal cylinder",
"B) video_1 -- yellow metal cube",
"C) video_2 -- blue metal cube",
"D) video_2 -- yellow rubber cube"
] | D) video_2 -- yellow rubber cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- blue rubber cylinder",
"B) video_2 -- purple rubber sphere",
"C) video_1 -- purple rubber cylinder",
"D) video_1 -- green metal sphere"
] | A) video_2 -- blue rubber cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- yellow metal sphere",
"B) video_1 -- cyan metal cube",
"C) video_2 -- red metal sphere",
"D) video_1 -- yellow metal cube"
] | A) video_2 -- yellow metal sphere | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- gray rubber sphere",
"B) video_1 -- cyan rubber cube",
"C) video_2 -- purple metal cube",
"D) video_2 -- cyan metal sphere"
] | D) video_2 -- cyan metal sphere | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- red metal sphere",
"B) video_1 -- yellow metal sphere",
"C) video_2 -- green metal cube",
"D) video_2 -- yellow metal cube"
] | C) video_2 -- green metal cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- purple metal cylinder",
"B) video_2 -- yellow metal sphere",
"C) video_1 -- green rubber sphere",
"D) video_1 -- green metal cylinder"
] | D) video_1 -- green metal cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- blue metal sphere",
"B) video_1 -- cyan metal cube",
"C) video_2 -- blue rubber cylinder",
"D) video_2 -- yellow metal cylinder"
] | B) video_1 -- cyan metal cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- gray metal cylinder",
"B) video_2 -- red metal cube",
"C) video_1 -- yellow metal cylinder",
"D) video_1 -- blue rubber cylinder"
] | A) video_2 -- gray metal cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- blue metal sphere",
"B) video_1 -- blue rubber cylinder",
"C) video_1 -- purple rubber sphere",
"D) video_2 -- green rubber sphere"
] | B) video_1 -- blue rubber cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- green rubber cube",
"B) video_1 -- green rubber cylinder",
"C) video_2 -- red rubber cylinder",
"D) video_2 -- red metal cube"
] | C) video_2 -- red rubber cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- yellow metal sphere",
"B) video_1 -- cyan rubber cube",
"C) video_2 -- green metal cylinder",
"D) video_2 -- red rubber cube"
] | B) video_1 -- cyan rubber cube | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_1 -- yellow metal sphere",
"B) video_1 -- brown rubber cylinder",
"C) video_2 -- red rubber sphere",
"D) video_2 -- purple metal cube"
] | B) video_1 -- brown rubber cylinder | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Kinematic_Comparison | Given two videos showing the same scene, identify which object has the highest peak velocity. | [
"A) video_2 -- green metal sphere",
"B) video_1 -- cyan rubber sphere",
"C) video_1 -- cyan metal sphere",
"D) video_2 -- purple rubber cylinder"
] | B) video_1 -- cyan rubber sphere | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 1",
"B) most and second most have the same number of collisions -- 0",
"C) Video 1 -- 3",
"D) Video 2 -- 2",
"E) Video 1 -- 1"
] | A) Video 2 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) most and second most have the same number of collisions -- 0",
"B) Video 2 -- 3",
"C) Video 2 -- 1",
"D) Video 1 -- 2",
"E) Video 1 -- 1"
] | E) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 1",
"B) Video 2 -- 4",
"C) Video 1 -- 2",
"D) most and second most have the same number of collisions -- 0",
"E) Video 1 -- 1"
] | E) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 2",
"B) Video 2 -- 4",
"C) most and second most have the same number of collisions -- 0",
"D) Video 2 -- 2",
"E) Video 1 -- 1"
] | D) Video 2 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 1",
"B) most and second most have the same number of collisions -- 0",
"C) Video 1 -- 1",
"D) Video 2 -- 4",
"E) Video 1 -- 2"
] | A) Video 2 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 2",
"B) Video 2 -- 2",
"C) Video 1 -- 5",
"D) most and second most have the same number of collisions -- 0",
"E) Video 2 -- 1"
] | A) Video 1 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 2",
"B) Video 1 -- 3",
"C) Video 2 -- 1",
"D) Video 1 -- 1",
"E) most and second most have the same number of collisions -- 0"
] | D) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 4",
"B) most and second most have the same number of collisions -- 0",
"C) Video 1 -- 5",
"D) Video 2 -- 3",
"E) Video 2 -- 4"
] | A) Video 1 -- 4 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) most and second most have the same number of collisions -- 0",
"B) Video 2 -- 1",
"C) Video 1 -- 3",
"D) Video 2 -- 4",
"E) Video 1 -- 1"
] | E) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 2",
"B) Video 1 -- 4",
"C) Video 2 -- 5",
"D) Video 2 -- 2",
"E) most and second most have the same number of collisions -- 0"
] | A) Video 1 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) most and second most have the same number of collisions -- 0",
"B) Video 1 -- 1",
"C) Video 2 -- 2",
"D) Video 1 -- 3",
"E) Video 2 -- 1"
] | B) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 2",
"B) most and second most have the same number of collisions -- 0",
"C) Video 1 -- 2",
"D) Video 1 -- 3",
"E) Video 2 -- 1"
] | A) Video 2 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 1",
"B) most and second most have the same number of collisions -- 0",
"C) Video 1 -- 1",
"D) Video 1 -- 4",
"E) Video 2 -- 3"
] | A) Video 2 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 4",
"B) Video 1 -- 2",
"C) most and second most have the same number of collisions -- 0",
"D) Video 2 -- 2",
"E) Video 2 -- 1"
] | B) Video 1 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 2",
"B) Video 1 -- 2",
"C) Video 1 -- 4",
"D) most and second most have the same number of collisions -- 0",
"E) Video 2 -- 5"
] | A) Video 2 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 2",
"B) Video 2 -- 2",
"C) most and second most have the same number of collisions -- 0",
"D) Video 1 -- 3",
"E) Video 2 -- 1"
] | A) Video 1 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 4",
"B) most and second most have the same number of collisions -- 0",
"C) Video 2 -- 3",
"D) Video 1 -- 1",
"E) Video 2 -- 1"
] | E) Video 2 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 1",
"B) Video 2 -- 4",
"C) most and second most have the same number of collisions -- 0",
"D) Video 1 -- 3",
"E) Video 2 -- 1"
] | E) Video 2 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) most and second most have the same number of collisions -- 0",
"B) Video 2 -- 4",
"C) Video 1 -- 2",
"D) Video 2 -- 2",
"E) Video 1 -- 1"
] | C) Video 1 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) most and second most have the same number of collisions -- 0",
"B) Video 2 -- 3",
"C) Video 1 -- 1",
"D) Video 1 -- 2",
"E) Video 2 -- 2"
] | D) Video 1 -- 2 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 1",
"B) Video 1 -- 1",
"C) Video 1 -- 2",
"D) most and second most have the same number of collisions -- 0",
"E) Video 2 -- 3"
] | B) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 1 -- 4",
"B) Video 1 -- 1",
"C) Video 2 -- 1",
"D) most and second most have the same number of collisions -- 0",
"E) Video 2 -- 2"
] | B) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 2",
"B) Video 2 -- 1",
"C) Video 1 -- 1",
"D) Video 1 -- 4",
"E) most and second most have the same number of collisions -- 0"
] | B) Video 2 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 4",
"B) Video 1 -- 1",
"C) Video 2 -- 1",
"D) most and second most have the same number of collisions -- 0",
"E) Video 1 -- 2"
] | B) Video 1 -- 1 | [] | Not supported with pagination yet | ||
Comparative_Reasoning | Clvr_Numerical_Comparison | Compare the total number of collisions across the 2 videos. Which video has the most collisions, and what is the numerical difference in collisions between this video and the video with the second most collisions?
Select the correct option below. | [
"A) Video 2 -- 1",
"B) Video 1 -- 2",
"C) Video 1 -- 3",
"D) most and second most have the same number of collisions -- 0",
"E) Video 2 -- 2"
] | B) Video 1 -- 2 | [] | Not supported with pagination yet | ||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' are present in this scene? | [
"A) 2",
"B) 1",
"C) 4",
"D) 3"
] | B) 1 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' are present in this scene? | [
"A) 0",
"B) 2",
"C) 5",
"D) 1"
] | B) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'laundry machine' are present in this scene? | [
"A) 2",
"B) 4",
"C) 0",
"D) 1"
] | A) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'table lamp' are present in this scene? | [
"A) 0",
"B) 4",
"C) 1",
"D) 2"
] | D) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' are present in this scene? | [
"A) 3",
"B) 1",
"C) 6",
"D) 2"
] | A) 3 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' are present in this scene? | [
"A) 4",
"B) 0",
"C) 3",
"D) 5"
] | C) 3 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'refrigerator cabinet' are present in this scene? | [
"A) 4",
"B) 3",
"C) 5",
"D) 0"
] | B) 3 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' are present in this scene? | [
"A) 3",
"B) 5",
"C) 4",
"D) 2"
] | D) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace' are present in this scene? | [
"A) 4",
"B) 2",
"C) 5",
"D) 0"
] | B) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'decorative plant' are present in this scene? | [
"A) 3",
"B) 0",
"C) 1",
"D) 2"
] | C) 1 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'fireplace' are present in this scene? | [
"A) 4",
"B) 2",
"C) 3",
"D) 1"
] | D) 1 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'monitor' are present in this scene? | [
"A) 0",
"B) 2",
"C) 1",
"D) 5"
] | B) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'washing machine and dryer' are present in this scene? | [
"A) 4",
"B) 2",
"C) 0",
"D) 3"
] | B) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'fan' are present in this scene? | [
"A) 2",
"B) 1",
"C) 4",
"D) 3"
] | B) 1 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' are present in this scene? | [
"A) 4",
"B) 0",
"C) 5",
"D) 2"
] | D) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' are present in this scene? | [
"A) 1",
"B) 3",
"C) 4",
"D) 2"
] | D) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'thermostat' are present in this scene? | [
"A) 1",
"B) 4",
"C) 2",
"D) 0"
] | A) 1 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'mirror' are present in this scene? | [
"A) 0",
"B) 5",
"C) 1",
"D) 2"
] | D) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'kitchen cabinet' are present in this scene? | [
"A) 0",
"B) 6",
"C) 4",
"D) 3"
] | D) 3 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'bed' are present in this scene? | [
"A) 3",
"B) 4",
"C) 1",
"D) 6"
] | A) 3 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'couch' are present in this scene? | [
"A) 6",
"B) 2",
"C) 3",
"D) 5"
] | C) 3 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'storage cabinet' are present in this scene? | [
"A) 4",
"B) 3",
"C) 0",
"D) 5"
] | B) 3 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'laundry machine' are present in this scene? | [
"A) 0",
"B) 2",
"C) 3",
"D) 5"
] | B) 2 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'bathtub' are present in this scene? | [
"A) 0",
"B) 4",
"C) 2",
"D) 1"
] | D) 1 | [] | |||
Holistic_Aggregation | Habitat_Object_Counting | Based on the combined exploration in all 3 videos, how many distinct instances of 'door' are present in this scene? | [
"A) 5",
"B) 4",
"C) 7",
"D) 6"
] | B) 4 | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet paper dispenser, box of tissues, mirror> to Region 2 <room with the couch, ceiling light fixture connection, door knob>? | [
"A) Region 1 <room with the toilet paper dispenser, box of tissues, mirror> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the couch, ceiling light fixture connection, door knob>",
"B) Region 1 <room with the toilet paper dispenser, box of tissues, mirror> -> ... | D) Region 1 <room with the toilet paper dispenser, box of tissues, mirror> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the nightstand, bed, clothes hanger -> Region 2 <room with the couch, ceiling light fixture connection, door knob> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath faucet, bathtub, bath wall> to Region 2 <room with the curtain rod, flowerpot, wall clock>? | [
"A) Region 1 <room with the bath faucet, bathtub, bath wall> -> Region 2 <room with the curtain rod, flowerpot, wall clock>",
"B) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the casket, bed, ceiling fan -> room with the bag, storage shelving, clothes container -> Region 2 <room with the ... | C) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, storage shelving, clothes container -> room with the casket, bed, ceiling fan -> Region 2 <room with the curtain rod, flowerpot, wall clock> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, door knob> to Region 2 <room with the cabinet, couch, door knob>? | [
"A) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the carpet, dresser, tray -> room with the clothes hanger, pillow, closet door -> Region 2 <room with the cabinet, couch, door knob>",
"B) Region 1 <room with the stairs, staircase handrail, door knob> -> Region 2 <room with the cabin... | D) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the clothes hanger, pillow, closet door -> Region 2 <room with the cabinet, couch, door knob> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, dresser, tray> to Region 2 <room with the cabinet, couch, door knob>? | [
"A) Region 1 <room with the carpet, dresser, tray> -> room with the closet door, bed, clothes hanger -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the cabinet, couch, door knob>",
"B) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, door k... | D) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, door knob -> room with the closet door, bed, clothes hanger -> Region 2 <room with the cabinet, couch, door knob> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the mirror, towel bar, washbasin counter> to Region 2 <room with the cabinet, couch, ceiling light fixture connection>? | [
"A) Region 1 <room with the mirror, towel bar, washbasin counter> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the bed, clothes hanger, pillow -> Region 2 <room with the cabinet, couch, ceiling light fixture connection>",
"B) Region 1 <room with the mirror, towel bar,... | A) Region 1 <room with the mirror, towel bar, washbasin counter> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the bed, clothes hanger, pillow -> Region 2 <room with the cabinet, couch, ceiling light fixture connection> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the mirror, towel bar, washbasin counter> to Region 2 <room with the bed, clothes hanger, pillow>? | [
"A) Region 1 <room with the mirror, towel bar, washbasin counter> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the bed, clothes hanger, pillow>",
"B) Region 1 <room with the mirror, towel bar, washbasin counter> -> Region 2 <room with the bed, clothes hanger... | A) Region 1 <room with the mirror, towel bar, washbasin counter> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the bed, clothes hanger, pillow> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, dresser, tray> to Region 2 <room with the cabinet, couch, door knob>? | [
"A) Region 1 <room with the carpet, dresser, tray> -> room with the clothes hanger, pillow, closet door -> Region 2 <room with the cabinet, couch, door knob>",
"B) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the cabinet, couch, door ... | D) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, door knob -> room with the clothes hanger, pillow, closet door -> Region 2 <room with the cabinet, couch, door knob> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the air conditioner, armchair, bed> to Region 2 <room with the island, bar chair, casket>? | [
"A) None",
"B) Region 1 <room with the air conditioner, armchair, bed> -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the island, bar chair, casket>",
"C) Region 1 <room with the air conditioner, armchair, bed> -> room with the curtain rod, flowerpot, wall clock -> room wi... | C) Region 1 <room with the air conditioner, armchair, bed> -> room with the curtain rod, flowerpot, wall clock -> room with the support beam, smoke detector, washing machine -> Region 2 <room with the island, bar chair, casket> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bag, storage shelving, clothes container> to Region 2 <room with the curtain rod, flowerpot, wall clock>? | [
"A) Region 1 <room with the bag, storage shelving, clothes container> -> Region 2 <room with the curtain rod, flowerpot, wall clock>",
"B) Region 1 <room with the bag, storage shelving, clothes container> -> room with the bath faucet, bathtub, bath wall -> Region 2 <room with the curtain rod, flowerpot, wall cloc... | D) Region 1 <room with the bag, storage shelving, clothes container> -> room with the casket, bed, ceiling fan -> Region 2 <room with the curtain rod, flowerpot, wall clock> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the nightstand, closet door, bed> to Region 2 <room with the nightstand, closet door, bed>? | [
"A) Region 1 <room with the nightstand, closet door, bed> -> room with the staircase handrail, stairs, ceiling light fixture connection -> room with the cabinet, couch, door knob -> Region 2 <room with the nightstand, closet door, bed>",
"B) Region 1 <room with the nightstand, closet door, bed> -> room with the s... | C) Region 1 <room with the nightstand, closet door, bed> -> room with the cabinet, couch, door knob -> Region 2 <room with the nightstand, closet door, bed> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> to Region 2 <room with the cabinet, couch, ceiling light fixture connection>? | [
"A) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the bed, clothes hanger, pillow -> room with the mirror, towel bar, washbasin counter -> Region 2 <room with the cabinet, couch, ceiling light fixture connection>",
"B) Region 1 <room with the stairs, staircase ... | D) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the bed, clothes hanger, pillow -> Region 2 <room with the cabinet, couch, ceiling light fixture connection> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bag, storage shelving, hanging clothes> to Region 2 <room with the curtain rod, flowerpot, wall clock>? | [
"A) Region 1 <room with the bag, storage shelving, hanging clothes> -> room with the casket, bed, sliding door -> room with the bath faucet, bathtub, bath wall -> Region 2 <room with the curtain rod, flowerpot, wall clock>",
"B) Region 1 <room with the bag, storage shelving, hanging clothes> -> room with the cask... | B) Region 1 <room with the bag, storage shelving, hanging clothes> -> room with the casket, bed, sliding door -> Region 2 <room with the curtain rod, flowerpot, wall clock> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath faucet, bathtub, bath wall> to Region 2 <room with the curtain rod, flowerpot, wall clock>? | [
"A) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, storage shelving, hanging clothes -> room with the casket, bed, sliding door -> Region 2 <room with the curtain rod, flowerpot, wall clock>",
"B) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, storag... | A) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, storage shelving, hanging clothes -> room with the casket, bed, sliding door -> Region 2 <room with the curtain rod, flowerpot, wall clock> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, dresser, tray> to Region 2 <room with the mirror, toilet, towel bar>? | [
"A) Region 1 <room with the carpet, dresser, tray> -> room with the cabinet, couch, door knob -> Region 2 <room with the mirror, toilet, towel bar>",
"B) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the mirror, ... | B) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the mirror, toilet, towel bar> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, dresser, tray> to Region 2 <room with the closet door, bed, clothes hanger>? | [
"A) Region 1 <room with the carpet, dresser, tray> -> room with the cabinet, couch, door knob -> Region 2 <room with the closet door, bed, clothes hanger>",
"B) Region 1 <room with the carpet, dresser, tray> -> room with the cabinet, couch, door knob -> room with the stairs, staircase handrail, door knob -> Regio... | D) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the closet door, bed, clothes hanger> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> to Region 2 <room with the nightstand, closet door, bed>? | [
"A) Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> -> room with the cabinet, couch, door knob -> Region 2 <room with the nightstand, closet door, bed>",
"B) Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> -> Region 2 <room with the night... | D) Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> -> room with the nightstand, closet door, bed -> room with the cabinet, couch, door knob -> Region 2 <room with the nightstand, closet door, bed> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath faucet, bathtub, bath wall> to Region 2 <room with the casket, bed, ceiling fan>? | [
"A) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the curtain rod, flowerpot, wall clock -> room with the bag, storage shelving, clothes container -> Region 2 <room with the casket, bed, ceiling fan>",
"B) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, stora... | B) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, storage shelving, clothes container -> Region 2 <room with the casket, bed, ceiling fan> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, dresser, tray> to Region 2 <room with the clothes hanger, pillow, closet door>? | [
"A) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, door knob -> room with the cabinet, couch, door knob -> Region 2 <room with the clothes hanger, pillow, closet door>",
"B) Region 1 <room with the carpet, dresser, tray> -> room with the cabinet, couch, door knob -> Re... | C) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, door knob -> Region 2 <room with the clothes hanger, pillow, closet door> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the carpet, dresser, tray> to Region 2 <room with the stairs, staircase handrail, ceiling light fixture connection>? | [
"A) Region 1 <room with the carpet, dresser, tray> -> room with the mirror, toilet, towel bar -> Region 2 <room with the stairs, staircase handrail, ceiling light fixture connection>",
"B) Region 1 <room with the carpet, dresser, tray> -> Region 2 <room with the stairs, staircase handrail, ceiling light fixture c... | C) Region 1 <room with the carpet, dresser, tray> -> room with the stairs, staircase handrail, ceiling light fixture connection -> room with the mirror, toilet, towel bar -> Region 2 <room with the stairs, staircase handrail, ceiling light fixture connection> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> to Region 2 <room with the cabinet, couch, door knob>? | [
"A) Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> -> Region 2 <room with the cabinet, couch, door knob>",
"B) Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> -> room with the carpet, tray, rack -> room with the nightstand, closet door, ... | C) Region 1 <room with the staircase handrail, stairs, ceiling light fixture connection> -> room with the nightstand, closet door, bed -> Region 2 <room with the cabinet, couch, door knob> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> to Region 2 <room with the stairs, staircase handrail, ceiling light fixture connection>? | [
"A) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the mirror, toilet, towel bar -> Region 2 <room with the stairs, staircase handrail, ceiling light fixture connection>",
"B) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> ... | A) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the mirror, toilet, towel bar -> Region 2 <room with the stairs, staircase handrail, ceiling light fixture connection> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> to Region 2 <room with the couch, ceiling light fixture connection, door knob>? | [
"A) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the toilet paper dispenser, box of tissues, mirror -> room with the nightstand, bed, clothes hanger -> Region 2 <room with the couch, ceiling light fixture connection, door knob>",
"B) Region 1 <room with the st... | D) Region 1 <room with the stairs, staircase handrail, ceiling light fixture connection> -> room with the nightstand, bed, clothes hanger -> Region 2 <room with the couch, ceiling light fixture connection, door knob> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the bath faucet, bathtub, bath wall> to Region 2 <room with the casket, bed, sliding door>? | [
"A) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, storage shelving, hanging clothes -> Region 2 <room with the casket, bed, sliding door>",
"B) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the curtain rod, flowerpot, wall clock -> Region 2 <room with the c... | A) Region 1 <room with the bath faucet, bathtub, bath wall> -> room with the bag, storage shelving, hanging clothes -> Region 2 <room with the casket, bed, sliding door> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the stairs, staircase handrail, door knob> to Region 2 <room with the cabinet, couch, door knob>? | [
"A) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the carpet, dresser, tray -> room with the closet door, bed, clothes hanger -> Region 2 <room with the cabinet, couch, door knob>",
"B) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the closet door, bed, ... | B) Region 1 <room with the stairs, staircase handrail, door knob> -> room with the closet door, bed, clothes hanger -> Region 2 <room with the cabinet, couch, door knob> | [] | |||
Holistic_Aggregation | Habitat_Route_Planning | Based on the spatial layout shown across the videos, what is the shortest possible path to travel from Region 1 <room with the toilet paper dispenser, box of tissues, mirror> to Region 2 <room with the nightstand, bed, clothes hanger>? | [
"A) Region 1 <room with the toilet paper dispenser, box of tissues, mirror> -> room with the couch, ceiling light fixture connection, door knob -> Region 2 <room with the nightstand, bed, clothes hanger>",
"B) Region 1 <room with the toilet paper dispenser, box of tissues, mirror> -> Region 2 <room with the night... | D) Region 1 <room with the toilet paper dispenser, box of tissues, mirror> -> room with the stairs, staircase handrail, ceiling light fixture connection -> Region 2 <room with the nightstand, bed, clothes hanger> | [] |
End of preview. Expand in Data Studio
TinySYNCR
Tiny preview subset of SYNCR with 25 samples per task.
from datasets import load_dataset
ds = load_dataset(
"CrossVideoReasoning/TinySYNCR",
split="test"
)
Each row contains:
- category
- task
- question
- options
- answer
- two or more video columns
License
The SYNCR dataset (including video assets and annotations) is provided under the Creative Commons Attribution 4.0 International (CC-BY 4.0) License.
The code for benchmark generation and evaluation is provided separately under the MIT License in the accompanying GitHub repository.
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