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|
--- |
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|
dataset_info: |
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features: |
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|
- name: image |
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dtype: image |
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|
- name: label |
|
|
dtype: |
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|
class_label: |
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names: |
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|
'0': '0' |
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|
'1': '1' |
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|
splits: |
|
|
- name: train |
|
|
num_bytes: 83803600.0 |
|
|
num_examples: 100000 |
|
|
- name: validation |
|
|
num_bytes: 8609095.48 |
|
|
num_examples: 10240 |
|
|
- name: test |
|
|
num_bytes: 17218416.240000002 |
|
|
num_examples: 20480 |
|
|
download_size: 74270288 |
|
|
dataset_size: 109631111.72 |
|
|
configs: |
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|
- config_name: default |
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|
data_files: |
|
|
- split: train |
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|
path: data/train-* |
|
|
- split: validation |
|
|
path: data/validation-* |
|
|
- split: test |
|
|
path: data/test-* |
|
|
--- |
|
|
|
|
|
## Arrow Pointing Extrapolation |
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This dataset contains the exact images used for the extrapolation experiments in [pLSTM](https://huggingface.co/papers/2506.11997). |
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It is a synthetic dataset of arrows pointing to circles and should measure how well an image model can learn the classification |
|
|
'if the arrow points to the circle' at small (192x192) scales and extrapolate/generalize (without previous resizing of the image input) |
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to larger scales (384x384). |
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Note that for the correct validation and test extrapolation subsets, you have to filter for the larger images: |
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``` |
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from datasets import load_dataset |
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ds = load_dataset('ml-jku/arrow_pointing_extrapolation') |
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ds_val_ext = ds['validation'].filter(lambda sample: sample['image'].size == (384, 384)) |
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ds_test_ext = ds['test'].filter(lambda sample: sample['image'].size == (384, 384)) |
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``` |
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|