task stringclasses 60
values | visual_input_component stringclasses 21
values | source stringclasses 64
values | options stringlengths 12 4.46k | question stringlengths 17 1.33k | context stringlengths 24 21.8k | input_image_path listlengths 1 62 | output stringclasses 10
values |
|---|---|---|---|---|---|---|---|
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_35_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_35_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_36_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_36_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_37_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_37_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_38_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_38_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_39_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_39_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_40_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_40_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_41_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_41_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_42_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_42_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_43_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_43_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_44_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_44_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_45_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_45_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_46_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_46_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_47_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_47_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_48_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_48_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_49_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_49_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_50_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_50_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_51_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_51_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_52_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_52_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_53_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_53_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_54_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_54_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_55_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_55_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_56_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_56_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_57_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_57_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_58_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_58_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_59_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_59_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_60_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_60_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_61_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_61_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_62_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_62_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_63_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_63_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_64_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_64_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_65_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_65_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_66_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_66_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_67_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_67_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_68_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_68_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_69_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_69_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_70_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_70_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_71_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_71_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_72_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_72_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_73_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_73_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_74_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_74_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_75_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_75_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_76_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_76_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_77_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_77_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_78_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_78_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_79_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_79_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_80_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_80_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_81_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_81_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_82_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_82_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_83_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_83_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_84_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_84_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_85_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_85_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_86_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_86_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_87_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_87_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_88_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_88_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_89_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_89_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_90_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_90_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_91_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_91_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_92_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_92_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_93_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_93_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_94_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_94_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_95_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_95_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_96_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_96_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_97_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_97_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_98_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_98_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_99_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_99_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_100_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_100_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_101_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_101_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_102_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_102_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_103_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_103_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_104_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_104_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_105_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_105_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_106_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_106_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_107_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_107_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_108_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_108_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_109_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_109_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_110_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_110_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_111_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_111_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_112_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_112_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_113_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_113_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_114_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_114_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_115_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_115_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_116_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_116_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_117_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_117_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_118_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_118_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_119_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_119_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_120_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_120_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_121_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_121_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_122_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_122_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_123_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_123_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_124_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_124_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_125_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_125_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_126_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_126_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_127_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_127_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_128_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_128_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_129_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_129_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_130_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_130_1.jpg"
] | A |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_131_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_131_1.jpg"
] | B |
Multiview_reasoning | natural image | BLINK_MVR | A: left
B: right | The images are frames from a video. The first image is from the beginning of the video and the second image is from the end. Is the camera moving left or right when shooting the video? | Your task is centered on evaluating the multi-view reasoning capabilities of models. The objective is to deduce the relative camera motion based on two images of an object captured from different viewpoints.
Select from the following choices.
A: left
B: right | [
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_132_0.jpg",
"./3D-spatial/Multiview_reasoning/Multiview_reasoning_132_1.jpg"
] | B |
threeD_Depth_Estimation | 3d image | SCANNET_threed_depth_estimation | A: The 3th image
B: The 4th image
C: The 5th image
D: The 6th image | Given the first color image view of the scene with the corresponding camera pose, i.e., rotation matrix: [[-0.891251, 0.378307, -0.25011], [0.443048, 0.608538, -0.658323], [-0.096846, -0.697542, -0.709969]] and translation vector: [4.935522, 3.588868, 1.45033], and the second color image view of the same scene with the... | Your task is to estimate the depth map for a color image based on two color images captured from two viewpoints, along with the corresponding camera poses.The input images are the first 2 images
Select from the following choices.
A: The 3th image
B: The 4th image
C: The 5th image
D: The 6th image | [
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_0_0.jpg",
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_0_1.jpg",
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_0_2.png",
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_0_3.png",
"./3D-spatial/threeD... | C |
threeD_Depth_Estimation | 3d image | SCANNET_threed_depth_estimation | A: The 3th image
B: The 4th image
C: The 5th image
D: The 6th image | Given the first color image view of the scene with the corresponding camera pose, i.e., rotation matrix: [[-0.997112, 0.02462, 0.071841], [-0.04661, 0.548461, -0.834876], [-0.059957, -0.835814, -0.545729]] and translation vector: [4.834615, 3.436689, 1.398379], and the second color image view of the same scene with the... | Your task is to estimate the depth map for a color image based on two color images captured from two viewpoints, along with the corresponding camera poses.The input images are the first 2 images
Select from the following choices.
A: The 3th image
B: The 4th image
C: The 5th image
D: The 6th image | [
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_1_0.jpg",
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_1_1.jpg",
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_1_2.png",
"./3D-spatial/threeD_Depth_Estimation/threeD_Depth_Estimation_1_3.png",
"./3D-spatial/threeD... | C |