Dataset Viewer
Auto-converted to Parquet Duplicate
id
int64
290
571
level
stringclasses
5 values
dataset
stringclasses
1 value
images
images listlengths
2
2
gt_camera_motion
stringclasses
10 values
gt_camera_motion_value
float64
0.3
46.4
prompt
stringclasses
6 values
completion
stringlengths
8
61
task
stringclasses
2 values
290
phi
ScanNet
yaw right
15.048992
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
290
phi
ScanNet
yaw right
15.048992
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.049}
reg
291
phi
ScanNet
yaw right
18.821017
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
291
phi
ScanNet
yaw right
18.821017
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 18.821}
reg
292
phi
ScanNet
yaw left
15.094862
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw left
cls
292
phi
ScanNet
yaw left
15.094862
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw left", "motion_value": 15.095}
reg
293
phi
ScanNet
yaw right
20.41599
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
293
phi
ScanNet
yaw right
20.41599
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 20.416}
reg
294
phi
ScanNet
yaw left
15.055173
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw left
cls
294
phi
ScanNet
yaw left
15.055173
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw left", "motion_value": 15.055}
reg
295
phi
ScanNet
yaw right
15.180536
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
295
phi
ScanNet
yaw right
15.180536
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.181}
reg
296
phi
ScanNet
yaw left
17.464781
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw left
cls
296
phi
ScanNet
yaw left
17.464781
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw left", "motion_value": 17.465}
reg
297
phi
ScanNet
yaw right
15.249576
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
297
phi
ScanNet
yaw right
15.249576
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.25}
reg
298
phi
ScanNet
yaw right
15.369829
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
298
phi
ScanNet
yaw right
15.369829
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.37}
reg
299
phi
ScanNet
yaw right
15.31884
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
299
phi
ScanNet
yaw right
15.31884
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.319}
reg
300
phi
ScanNet
yaw right
15.512351
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
300
phi
ScanNet
yaw right
15.512351
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw right", "motion_value": 15.512}
reg
301
phi
ScanNet
yaw right
15.076911
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
301
phi
ScanNet
yaw right
15.076911
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw right", "motion_value": 15.077}
reg
302
phi
ScanNet
yaw left
46.445579
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw left
cls
302
phi
ScanNet
yaw left
46.445579
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw left", "motion_value": 46.446}
reg
303
phi
ScanNet
yaw right
18.421367
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
303
phi
ScanNet
yaw right
18.421367
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 18.421}
reg
304
phi
ScanNet
yaw right
16.158284
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
304
phi
ScanNet
yaw right
16.158284
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 16.158}
reg
305
phi
ScanNet
yaw right
15.648745
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
305
phi
ScanNet
yaw right
15.648745
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.649}
reg
306
phi
ScanNet
yaw right
15.4101
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
306
phi
ScanNet
yaw right
15.4101
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.41}
reg
307
phi
ScanNet
yaw right
15.439649
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
307
phi
ScanNet
yaw right
15.439649
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.44}
reg
308
phi
ScanNet
yaw left
15.743783
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw left
cls
308
phi
ScanNet
yaw left
15.743783
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw left", "motion_value": 15.744}
reg
309
phi
ScanNet
yaw right
15.066247
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
309
phi
ScanNet
yaw right
15.066247
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.066}
reg
310
phi
ScanNet
yaw left
15.105202
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw left
cls
310
phi
ScanNet
yaw left
15.105202
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw left", "motion_value": 15.105}
reg
311
phi
ScanNet
yaw right
15.23734
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
311
phi
ScanNet
yaw right
15.23734
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.237}
reg
312
phi
ScanNet
yaw right
15.027411
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
312
phi
ScanNet
yaw right
15.027411
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.027}
reg
313
phi
ScanNet
yaw left
15.286307
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw left
cls
313
phi
ScanNet
yaw left
15.286307
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw left", "motion_value": 15.286}
reg
314
phi
ScanNet
yaw left
15.032362
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw left
cls
314
phi
ScanNet
yaw left
15.032362
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw left", "motion_value": 15.032}
reg
315
phi
ScanNet
yaw left
15.53005
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw left
cls
315
phi
ScanNet
yaw left
15.53005
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw left", "motion_value": 15.53}
reg
316
phi
ScanNet
yaw right
15.296663
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
316
phi
ScanNet
yaw right
15.296663
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.297}
reg
317
phi
ScanNet
yaw left
16.682012
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw left
cls
317
phi
ScanNet
yaw left
16.682012
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw left", "motion_value": 16.682}
reg
318
phi
ScanNet
yaw right
15.096078
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
318
phi
ScanNet
yaw right
15.096078
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.096}
reg
319
phi
ScanNet
yaw right
15.11967
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
319
phi
ScanNet
yaw right
15.11967
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.12}
reg
320
phi
ScanNet
yaw right
21.182148
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
320
phi
ScanNet
yaw right
21.182148
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw right", "motion_value": 21.182}
reg
321
phi
ScanNet
yaw right
15.391943
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
321
phi
ScanNet
yaw right
15.391943
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw right", "motion_value": 15.392}
reg
322
phi
ScanNet
yaw left
15.325333
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw left
cls
322
phi
ScanNet
yaw left
15.325333
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw left", "motion_value": 15.325}
reg
323
phi
ScanNet
yaw right
15.544625
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
323
phi
ScanNet
yaw right
15.544625
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.545}
reg
324
phi
ScanNet
yaw right
26.069761
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
324
phi
ScanNet
yaw right
26.069761
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 26.07}
reg
325
phi
ScanNet
yaw right
16.435938
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
325
phi
ScanNet
yaw right
16.435938
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw right", "motion_value": 16.436}
reg
326
phi
ScanNet
yaw right
15.144923
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
326
phi
ScanNet
yaw right
15.144923
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.145}
reg
327
phi
ScanNet
yaw right
15.650789
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
327
phi
ScanNet
yaw right
15.650789
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.651}
reg
328
phi
ScanNet
yaw right
15.615435
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
328
phi
ScanNet
yaw right
15.615435
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.615}
reg
329
phi
ScanNet
yaw right
15.085144
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
329
phi
ScanNet
yaw right
15.085144
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.085}
reg
330
phi
ScanNet
yaw right
15.577157
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
330
phi
ScanNet
yaw right
15.577157
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.577}
reg
331
phi
ScanNet
yaw right
21.860215
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
331
phi
ScanNet
yaw right
21.860215
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 21.86}
reg
332
phi
ScanNet
yaw left
16.80415
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw left
cls
332
phi
ScanNet
yaw left
16.80415
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw left", "motion_value": 16.804}
reg
333
phi
ScanNet
yaw right
34.286399
Given the images, determine how the camera moved. Choose the most appropriate motion category from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return only the motion class.
yaw right
cls
333
phi
ScanNet
yaw right
34.286399
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw right", "motion_value": 34.286}
reg
334
phi
ScanNet
yaw right
16.08129
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw right
cls
334
phi
ScanNet
yaw right
16.08129
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 16.081}
reg
335
phi
ScanNet
yaw right
15.983561
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
335
phi
ScanNet
yaw right
15.983561
You are given two viewpoints from a scene. Estimate the camera motion: - motion_class (choose from the list) - motion_value (a numeric magnitude) Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Ret...
{"motion_class": "yaw right", "motion_value": 15.984}
reg
336
phi
ScanNet
yaw right
15.578328
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
336
phi
ScanNet
yaw right
15.578328
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw right", "motion_value": 15.578}
reg
337
phi
ScanNet
yaw right
15.14778
Analyze the visual change between the images. Which camera motion best explains the change? Options: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Answer with only one class name.
yaw right
cls
337
phi
ScanNet
yaw right
15.14778
From the images, infer the camera movement. You must predict: 1. motion_class (from the allowed set) 2. motion_value (a reasonable numeric estimate) Allowed classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output ...
{"motion_class": "yaw right", "motion_value": 15.148}
reg
338
phi
ScanNet
yaw left
15.115057
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw left
cls
338
phi
ScanNet
yaw left
15.115057
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw left", "motion_value": 15.115}
reg
339
phi
ScanNet
yaw left
15.667952
You are given one or more images from a scene. Identify the camera motion between the views. Select exactly one motion class from: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Output only the class name. No explanation...
yaw left
cls
339
phi
ScanNet
yaw left
15.667952
Analyze the geometric change between the images. Predict the camera motion direction and magnitude. Allowed motion classes: yaw left, yaw right, pitch up, pitch down, translate left, translate right, translate up, translate down, translate forward, translate backward Return: {"motion_class": your choice, "motion_val...
{"motion_class": "yaw left", "motion_value": 15.668}
reg
End of preview. Expand in Data Studio
README.md exists but content is empty.
Downloads last month
41