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58 values
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int64
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25
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0
What is the Spearman's rank correlation coefficient of the data? Give your answer to 1 decimal place.
1.0
noise
properties
spearman_correlation
0
images/noise_images/0.jpg
1
Estimate the mean range of the functions shown in the plot. Give your answer as an integer.
9
noise
function
range
9
images/noise_images/1.jpg
2
Estimate the mean x-intercept of the functions shown in the plot. Give your answer to 1 decimal place.
0.0
noise
function
x-intercept
1
images/noise_images/2.jpg
3
Estimate the mean median of the data series shown in the plot. Give your answer as an integer.
4
noise
series
median
1
images/noise_images/3.jpg
4
Estimate the mean function mean of the functions shown in the plot. Give your answer as an integer.
0
noise
function
function mean
3
images/noise_images/4.jpg
5
Estimate the mean function mean of the data series shown in the plot. Give your answer to 1 decimal place.
3.5
noise
series
function mean
7
images/noise_images/5.jpg
6
Estimate the mean period of the functions shown in the plot. Give your answer as an integer.
6
noise
function
period
3
images/noise_images/6.jpg
7
Estimate the mean domain length of the functions shown in the plot. Give your answer as an integer.
11
noise
function
domain length
1
images/noise_images/7.jpg
8
Estimate the domain length of the function shown in the plot after it has been transformed by the following operations: 1. translation by -6 in x; 2. rotation by 270.0 degrees about the origin; 3. scale by 1.0 in y; 4. translation by -9 in y; 5. reflection in the line y=x; 6. reflection in the line y=x; 7. scale by 1.0 in x; 8. rotation by 270.0 degrees about the origin; 9. scale by 10.0 in y; Give your answer as an integer.
6
noise
transforms
domain
9
images/noise_images/8.jpg
9
Estimate the mean function mean of the functions shown in the plot. Give your answer as an integer.
0
noise
function
function mean
9
images/noise_images/9.jpg
10
Estimate the mean variance of the functions shown in the plot. Give your answer to 1 decimal place.
4.4
noise
function
variance
1
images/noise_images/10.jpg
11
Estimate the maximum value of the function shown in the plot after it has been transformed by the following operations: 1. rotation by 0.0 degrees about the origin; 2. reflection in the x-axis; 3. translation by -5 in y; 4. scale by 5.0 in x; 5. reflection in the line x=-9; 6. rotation by 90.0 degrees about the origin; 7. translation by -2 in x; Give your answer as an integer.
32
noise
transforms
max_value
7
images/noise_images/11.jpg
12
What is the maximum value of the function? Give your answer as an integer.
13
noise
properties
max_value_function
0
images/noise_images/12.jpg
13
Estimate the minimum value of the function shown in the plot after it has been transformed by the following operations: 1. translation by -7 in x; 2. reflection in the line y=-10; 3. rotation by 0.0 degrees about the origin; 4. scale by 10.0 in x; 5. rotation by 270.0 degrees about the origin; 6. scale by 1.0 in y; Give your answer as an integer.
10
noise
transforms
min_value
6
images/noise_images/13.jpg
14
What are the x-values of the two stationary points of the function? Write your answer in the form [x_coordinate1, x_coordinate2], where x_coordinate1 < x_coordinate2. Give your answer as an integer.
[-8, 0]
noise
properties
stationary_points
0
images/noise_images/14.jpg
15
Estimate the domain length of the function shown in the plot after it has been transformed by the following operations: 1. scale by 1.0 in x; 2. rotation by 0.0 degrees about the origin; 3. reflection in the y-axis; 4. rotation by 90.0 degrees about the origin; 5. reflection in the line y=x; 6. translation by 2 in y; 7. scale by 1.0 in y; 8. translation by 2 in y; Give your answer as an integer.
15
noise
transforms
domain
8
images/noise_images/15.jpg
16
Estimate the minimum value of the function shown in the plot. Give your answer as an integer.
-1
noise
transforms
min_value
0
images/noise_images/16.jpg
17
What is the maximum value of the function? Give your answer as an integer.
36
noise
properties
max_value_function
0
images/noise_images/17.jpg
18
Estimate the mean x-intercept of the functions shown in the plot. Give your answer as an integer.
-1
noise
function
x-intercept
3
images/noise_images/18.jpg
19
Estimate the mean gradient of the functions shown in the plot. Give your answer as an integer.
-2
noise
function
gradient
5
images/noise_images/19.jpg
20
Estimate the mean minimum value of the functions shown in the plot. Give your answer as an integer.
-1
noise
function
minimum value
9
images/noise_images/20.jpg
21
Estimate the mean amplitude of the functions shown in the plot. Give your answer as an integer.
2
noise
function
amplitude
3
images/noise_images/21.jpg
22
What is the equation of the function? Write your answer in the form y = <a>x^2 + <b>x + <c>. Each variable is as an integer.
y = 2x^2 + 1x + -2
noise
properties
non_parametric_functions
0
images/noise_images/22.jpg
23
Estimate the mean amplitude of the functions shown in the plot. Give your answer as an integer.
2
noise
function
amplitude
1
images/noise_images/23.jpg
24
Estimate the gradient of the function shown in the plot after it has been transformed by the following operations: 1. translation by 2 in x; 2. rotation by 0.0 degrees about the origin; 3. rotation by 90.0 degrees about the origin; 4. reflection in the y-axis; 5. scale by 10.0 in y; 6. scale by 10.0 in y; Give your answer as an integer.
194
noise
transforms
gradient
6
images/noise_images/24.jpg
25
Estimate the mean variance of the functions shown in the plot. Give your answer to 1 decimal place.
2.5
noise
function
variance
5
images/noise_images/25.jpg
26
Estimate the range of the function shown in the plot after it has been transformed by the following operations: 1. rotation by 90.0 degrees about the origin; 2. translation by -9 in x; 3. reflection in the x-axis; 4. reflection in the y-axis; 5. rotation by 0.0 degrees about the origin; 6. translation by -10 in y; 7. scale by 3.0 in x; 8. scale by 0.5 in x; Give your answer as an integer.
18
noise
transforms
range
8
images/noise_images/26.jpg
27
Estimate the gradient of the function shown in the plot after it has been transformed by the following operations: 1. reflection in the y-axis; 2. translation by -5 in y; 3. scale by 2.0 in x; 4. reflection in the line y=-x; 5. translation by -3 in y; 6. rotation by 270.0 degrees about the origin; Give your answer as an integer.
1
noise
transforms
gradient
6
images/noise_images/27.jpg
28
Estimate the minimum value of the function shown in the plot after it has been transformed by the following operations: 1. translation by 2 in y; 2. rotation by 180.0 degrees about the origin; 3. translation by 4 in x; 4. reflection in the line x=2; 5. scale by 3.0 in y; 6. reflection in the line y=7; Give your answer as an integer.
18
noise
transforms
min_value
6
images/noise_images/28.jpg
29
Estimate the domain length of the function shown in the plot after it has been transformed by the following operations: 1. scale by 3.0 in y; 2. reflection in the x-axis; 3. scale by 3.0 in x; 4. rotation by 270.0 degrees about the origin; 5. translation by -5 in y; 6. reflection in the line x=-6; 7. translation by 2 in y; Give your answer as an integer.
1
noise
transforms
domain
7
images/noise_images/29.jpg
30
Estimate the mean function mean of the functions shown in the plot. Give your answer as an integer.
-4
noise
function
function mean
3
images/noise_images/30.jpg
31
Estimate the range of the function shown in the plot after it has been transformed by the following operations: 1. scale by 0.5 in x; 2. translation by 9 in x; 3. reflection in the line y=-x; 4. rotation by 0.0 degrees about the origin; 5. translation by 9 in y; Give your answer as an integer.
4
noise
transforms
range
5
images/noise_images/31.jpg
32
Estimate the mean minimum value of the data series shown in the plot. Give your answer as an integer.
-2
noise
series
minimum value
5
images/noise_images/32.jpg
33
What is the x-value of the stationary point of the function? Give your answer as an integer.
0
noise
properties
stationary_point
0
images/noise_images/33.jpg
34
Estimate the range of the function shown in the plot after it has been transformed by the following operations: 1. scale by 0.5 in x; 2. rotation by 270.0 degrees about the origin; 3. reflection in the line x=-10; 4. translation by 0 in x; Give your answer as an integer.
4
noise
transforms
range
4
images/noise_images/34.jpg
35
Estimate the mean minimum value of the data series shown in the plot. Give your answer as an integer.
-2
noise
series
minimum value
9
images/noise_images/35.jpg
36
Estimate the mean total area bounded by the function and the x-axis of the functions shown in the plot. Give your answer as an integer.
36
noise
function
total area bounded by the function and the x-axis
5
images/noise_images/36.jpg
37
Estimate the mean maximum value of the functions shown in the plot. Give your answer to 1 decimal place.
6.0
noise
function
maximum value
5
images/noise_images/37.jpg
38
Estimate the range of the function shown in the plot after it has been transformed by the following operations: 1. reflection in the x-axis; 2. scale by 10.0 in x; 3. translation by -1 in x; 4. reflection in the x-axis; 5. rotation by 90.0 degrees about the origin; Give your answer as an integer.
200
noise
transforms
range
5
images/noise_images/38.jpg
39
Estimate the mean domain length of the data series shown in the plot. Give your answer as an integer.
12
noise
series
domain length
9
images/noise_images/39.jpg
40
Estimate the mean maximum value of the data series shown in the plot. Give your answer to 1 decimal place.
6.9
noise
series
maximum value
5
images/noise_images/40.jpg
41
Estimate the range of the function shown in the plot. Give your answer as an integer.
1
noise
transforms
range
0
images/noise_images/41.jpg
42
Estimate the mean median of the data series shown in the plot. Give your answer as an integer.
1
noise
series
median
5
images/noise_images/42.jpg
43
What is the domain length of the data? Give your answer as an integer.
19
noise
properties
domain_data
0
images/noise_images/43.jpg
44
Estimate the mean maximum value of the data series shown in the plot. Give your answer as an integer.
7
noise
series
maximum value
9
images/noise_images/44.jpg
45
What is the interquartile range of the data? Give your answer as an integer.
8
noise
properties
iqr
0
images/noise_images/45.jpg
46
Estimate the range of the function shown in the plot after it has been transformed by the following operations: 1. reflection in the line y=-x; 2. rotation by 0.0 degrees about the origin; 3. reflection in the y-axis; 4. translation by -4 in x; 5. scale by 10.0 in y; 6. rotation by 270.0 degrees about the origin; 7. rotation by 0.0 degrees about the origin; 8. scale by 10.0 in x; 9. translation by -10 in x; Give your answer as an integer.
3
noise
transforms
range
9
images/noise_images/46.jpg
47
Estimate the mean amplitude of the functions shown in the plot. Give your answer as an integer.
2
noise
function
amplitude
7
images/noise_images/47.jpg
48
Estimate the domain length of the function shown in the plot after it has been transformed by the following operations: 1. rotation by 90.0 degrees about the origin; Give your answer as an integer.
8
noise
transforms
domain
1
images/noise_images/48.jpg
49
Estimate the mean minimum value of the functions shown in the plot. Give your answer as an integer.
1
noise
function
minimum value
1
images/noise_images/49.jpg
50
Estimate the maximum value of the function shown in the plot after it has been transformed by the following operations: 1. translation by -7 in y; 2. reflection in the x-axis; Give your answer as an integer.
13
noise
transforms
max_value
2
images/noise_images/50.jpg
51
Estimate the mean range of the functions shown in the plot. Give your answer to 1 decimal place.
1.1
noise
function
range
1
images/noise_images/51.jpg
52
Estimate the mean total area bounded by the function and the x-axis of the functions shown in the plot. Give your answer as an integer.
11
noise
function
total area bounded by the function and the x-axis
1
images/noise_images/52.jpg
53
Estimate the domain length of the function shown in the plot after it has been transformed by the following operations: 1. reflection in the y-axis; 2. scale by 2.0 in y; 3. translation by 4 in y; 4. translation by -9 in y; 5. rotation by 90.0 degrees about the origin; Give your answer as an integer.
13
noise
transforms
domain
5
images/noise_images/53.jpg
54
Estimate the mean function mean of the functions shown in the plot. Give your answer to 1 decimal place.
2.5
noise
function
function mean
5
images/noise_images/54.jpg
55
Estimate the range of the function shown in the plot after it has been transformed by the following operations: 1. translation by 9 in y; 2. reflection in the line y=x; Give your answer as an integer.
13
noise
transforms
range
2
images/noise_images/55.jpg
56
What is the value of the y-intercept of the function? Give your answer as an integer.
3
noise
properties
y_intercept
0
images/noise_images/56.jpg
57
What is the minimum value of the function? Give your answer as an integer.
-25
noise
properties
min_value_function
0
images/noise_images/57.jpg
58
Estimate the minimum value of the function shown in the plot after it has been transformed by the following operations: 1. reflection in the line y=8; 2. scale by 2.0 in x; 3. rotation by 90.0 degrees about the origin; 4. translation by 10 in x; 5. reflection in the line y=x; Give your answer as an integer.
-11
noise
transforms
min_value
5
images/noise_images/58.jpg
59
Estimate the mean variance of the data series shown in the plot. Give your answer as an integer.
7
noise
series
variance
9
images/noise_images/59.jpg
60
Estimate the mean variance of the functions shown in the plot. Give your answer as an integer.
1
noise
function
variance
3
images/noise_images/60.jpg
61
Estimate the mean gradient of the functions shown in the plot. Give your answer as an integer.
-2
noise
function
gradient
3
images/noise_images/61.jpg
62
Estimate the mean Kendall rank correlation coefficient of the data series shown in the plot. Give your answer to 1 decimal place.
-0.2
noise
series
Kendall rank correlation coefficient
9
images/noise_images/62.jpg
63
Estimate the minimum value of the function shown in the plot after it has been transformed by the following operations: 1. translation by 3 in x; 2. scale by 2.0 in x; 3. rotation by 270.0 degrees about the origin; 4. reflection in the line y=x; Give your answer as an integer.
-2
noise
transforms
min_value
4
images/noise_images/63.jpg
64
Estimate the mean gradient of the functions shown in the plot. Give your answer as an integer.
3
noise
function
gradient
7
images/noise_images/64.jpg
65
Estimate the domain length of the function shown in the plot after it has been transformed by the following operations: 1. reflection in the line y=8; 2. translation by -6 in x; Give your answer as an integer.
10
noise
transforms
domain
2
images/noise_images/65.jpg
66
What is the minimum value of the data? Give your answer as an integer.
-18
noise
properties
min_value_data
0
images/noise_images/66.jpg
67
Estimate the mean Kendall rank correlation coefficient of the data series shown in the plot. Give your answer to 1 decimal place.
0.5
noise
series
Kendall rank correlation coefficient
1
images/noise_images/67.jpg
68
Estimate the mean maximum value of the functions shown in the plot. Give your answer as an integer.
1
noise
function
maximum value
9
images/noise_images/68.jpg
69
What is the value of the x-intercept of the function? Give your answer as an integer.
-4
noise
properties
x_intercept
0
images/noise_images/69.jpg
70
What are the x-values of the two stationary points of the function? Write your answer in the form [x_coordinate1, x_coordinate2], where x_coordinate1 < x_coordinate2. Give your answer as an integer.
[3, -1]
noise
properties
stationary_points
0
images/noise_images/70.jpg
71
Estimate the mean net area bounded by the function and the x-axis of the functions shown in the plot. Give your answer to 1 decimal place.
15.2
noise
function
net area bounded by the function and the x-axis
9
images/noise_images/71.jpg
72
What is the equation of the function? Write your answer in the form y = <a>x^3 + <b>x^2 + <c>x + <d>. Each variable is as an integer.
y = -2x^3 + 0x^2 + 3x + -9
noise
properties
non_parametric_functions
0
images/noise_images/72.jpg
73
Estimate the total area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations: 1. scale by 3.0 in y; 2. reflection in the line x=5; 3. rotation by 90.0 degrees about the origin; 4. translation by -4 in y; 5. scale by 0.5 in x; 6. rotation by 0.0 degrees about the origin; Give your answer as an integer.
116
noise
transforms
area_under_curve
6
images/noise_images/73.jpg
74
What is the total area bounded by the function and x-axis? Give your answer to the nearest 10.
160
noise
properties
area_under_curve_total
0
images/noise_images/74.jpg
75
Estimate the total area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations: 1. translation by 0 in x; 2. rotation by 0.0 degrees about the origin; 3. reflection in the line y=7; Give your answer as an integer.
172
noise
transforms
area_under_curve
3
images/noise_images/75.jpg
76
Estimate the minimum value of the function shown in the plot after it has been transformed by the following operations: 1. translation by 3 in y; Give your answer as an integer.
2
noise
transforms
min_value
1
images/noise_images/76.jpg
77
Estimate the mean Kendall rank correlation coefficient of the data series shown in the plot. Give your answer as an integer.
0
noise
series
Kendall rank correlation coefficient
7
images/noise_images/77.jpg
78
Estimate the mean domain length of the data series shown in the plot. Give your answer as an integer.
10
noise
series
domain length
1
images/noise_images/78.jpg
79
What is the phase shift of the function? Give your answer as an integer.
-6
noise
properties
phase_shift
0
images/noise_images/79.jpg
80
Estimate the mean domain length of the data series shown in the plot. Give your answer as an integer.
10
noise
series
domain length
7
images/noise_images/80.jpg
81
Estimate the mean total area bounded by the function and the x-axis of the functions shown in the plot. Give your answer as an integer.
21
noise
function
total area bounded by the function and the x-axis
7
images/noise_images/81.jpg
82
Estimate the mean variance of the functions shown in the plot. Give your answer as an integer.
2
noise
function
variance
3
images/noise_images/82.jpg
83
Estimate the mean function mean of the data series shown in the plot. Give your answer as an integer.
1
noise
series
function mean
9
images/noise_images/83.jpg
84
What is the total area bounded by the function and x-axis? Give your answer to the nearest 10.
30
noise
properties
area_under_curve_total
0
images/noise_images/84.jpg
85
Estimate the mean period of the functions shown in the plot. Give your answer to 1 decimal place.
6.8
noise
function
period
9
images/noise_images/85.jpg
86
What is the Spearman's rank correlation coefficient of the data? Give your answer to 1 decimal place.
-0.1
noise
properties
spearman_correlation
0
images/noise_images/86.jpg
87
Estimate the total area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations: 1. scale by 1.0 in x; Give your answer as an integer.
71
noise
transforms
area_under_curve
1
images/noise_images/87.jpg
88
What is the phase shift of the function? Give your answer as an integer.
-8
noise
properties
phase_shift
0
images/noise_images/88.jpg
89
Estimate the total area bounded by the function and the x-axis of the function shown in the plot after it has been transformed by the following operations: 1. translation by 0 in x; 2. reflection in the line x=2; 3. scale by 0.1 in y; 4. rotation by 90.0 degrees about the origin; 5. translation by 8 in y; 6. reflection in the x-axis; Give your answer as an integer.
26
noise
transforms
area_under_curve
6
images/noise_images/89.jpg
90
Estimate the maximum value of the function shown in the plot after it has been transformed by the following operations: 1. translation by 5 in x; 2. reflection in the y-axis; 3. scale by 10.0 in x; 4. rotation by 180.0 degrees about the origin; 5. rotation by 180.0 degrees about the origin; Give your answer as an integer.
9
noise
transforms
max_value
5
images/noise_images/90.jpg
91
Estimate the mean y-intercept of the functions shown in the plot. Give your answer as an integer.
7
noise
function
y-intercept
3
images/noise_images/91.jpg
92
Estimate the mean period of the functions shown in the plot. Give your answer as an integer.
4
noise
function
period
1
images/noise_images/92.jpg
93
Estimate the mean gradient of the functions shown in the plot. Give your answer as an integer.
0
noise
function
gradient
1
images/noise_images/93.jpg
94
Estimate the mean interquartile range of the data series shown in the plot. Give your answer as an integer.
6
noise
series
interquartile range
1
images/noise_images/94.jpg
95
Estimate the mean minimum value of the functions shown in the plot. Give your answer as an integer.
0
noise
function
minimum value
5
images/noise_images/95.jpg
96
Estimate the range of the function shown in the plot after it has been transformed by the following operations: 1. scale by 10.0 in x; Give your answer as an integer.
6
noise
transforms
range
1
images/noise_images/96.jpg
97
Estimate the mean domain length of the functions shown in the plot. Give your answer to 1 decimal place.
11.0
noise
function
domain length
1
images/noise_images/97.jpg
98
Estimate the mean minimum value of the data series shown in the plot. Give your answer to 1 decimal place.
1.3
noise
series
minimum value
5
images/noise_images/98.jpg
99
Estimate the mean Spearman correlation coefficient of the data series shown in the plot. Give your answer to 1 decimal place.
0.0
noise
series
Spearman correlation coefficient
9
images/noise_images/99.jpg
End of preview. Expand in Data Studio

GRAB: A Challenging GRaph Analysis Benchmark for Large Multimodal Models

GRAB consists of 3 splits: GRAB, GRAB-real and GRAB-lite. This is the dataset for GRAB-real.

🤗 GRAB 🤗 GRAB-real 🤗 GRAB-lite

Dataset Summary

The 'real' split of the GRAB benchmark is comprised of 1114 real questions covering 4 real tasks: noise, screenshots, whiteboard, sketches.

Large multimodal models (LMMs) have exhibited proficiencies across many visual tasks. Although numerous benchmarks exist to evaluate model performance, they increasingly have insufficient headroom and are unfit to evaluate the next generation of frontier LMMs.

To overcome this, we present GRAB, a challenging benchmark focused on the tasks human analysts might typically perform when interpreting figures. Such tasks include estimating the mean, intercepts or correlations of functions and data series and performing transforms.

We evaluate a suite of 20 LMMs on GRAB, finding it to be a challenging benchmark, with the current best model scoring just 21.0%.

Example usage

from datasets import load_dataset

# load dataset
grab_real_dataset = load_dataset("jonathan-roberts1/GRAB-real", split='GRAB_real')
"""
Dataset({
    features: ['pid', 'question', 'answer', 'decoded_image', 'real_task', 'grab_task', 'category', 'complexity', 'image'],
    num_rows: 1114
})
"""
# query individual questions
grab_real_dataset[40] # e.g., the 41st element
"""
{'pid': 40, 'question': 'Estimate the mean maximum value of the data series shown in the plot.
Give your answer to 1 decimal place.', 'answer': '6.9', 'decoded_image':
<PIL.PngImagePlugin.PngImageFile image mode=RGB size=2298x2209 at 0x1320586D0>,
'real_task': 'noise', 'grab_task': 'series', 'category': 'maximum value',
'complexity': 5, 'image': 'images/noise_images/40.jpg'}
"""
question_40 = grab_real_dataset[40]['question'] # question
answer_40 = grab_real_dataset[40]['answer'] # ground truth answer
pil_image_40 = grab_real_dataset[0]['decoded_image']

Note -- the 'image' feature corresponds to filepaths in the images dir in this repository: (https://huggingface.co/datasets/jonathan-roberts1/GRAB-real/tree/main/images.zip)

Please visit our GitHub repository for example inference code.

Dataset Curators

This dataset was curated by Jonathan Roberts, Kai Han, and Samuel Albanie

Citation Information

@inproceedings{roberts2025grab,
  title={GRAB: A challenging graph analysis benchmark for large multimodal models},
  author={Roberts, Jonathan and Han, Kai and Albanie, Samuel},
  booktitle={Proceedings of the IEEE/CVF International Conference on Computer Vision},
  pages={1644--1654},
  year={2025}
}
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