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README.md
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---
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pretty_name: VisReason
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language:
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- en
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task_categories:
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- visual-question-answering
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- image-to-text
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tags:
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- multimodal
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- visual-reasoning
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- mllm
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- benchmark
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size_categories:
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- 1K<n<10K
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---
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# VisReason
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VisReason is a benchmark for evaluating vision-centric reasoning in everyday scenarios where perception and inference are tightly coupled. It is designed to test whether multimodal large language models can reason directly from visual evidence rather than relying mainly on language-mediated abstractions.
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The dataset contains **1,505** carefully curated questions across **10 reasoning categories**, covering perceptual, structural, and conceptual reasoning tasks.
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## Download
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You can download the dataset with the Hugging Face CLI:
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```bash
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hf download <repo_id> --repo-type dataset --local-dir ./data
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```
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The official evaluation scripts expect the dataset to be available under `./data` in the project root.
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## Dataset Structure
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```text
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data/
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img_<class_number>/
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datajson_label.<ext>
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class_1.jsonl
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class_2.jsonl
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...
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class_10.jsonl
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datasets.json
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```
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`datasets.json` is the dataset index used by the evaluation scripts. Modify this file to select or adjust the classes to evaluate.
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Images are stored under the corresponding `img_<class_number>` folders. Each image file is named with the source dataset key and sample label:
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```text
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datajson_label.<ext>
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```
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## Data Files
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| Class | Data file | Samples | Image folder |
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| --- | --- | ---: | --- |
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| `class_1` | `class_1.jsonl` | 40 | `img_1/` |
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| `class_2` | `class_2.jsonl` | 100 | `img_2/` |
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| `class_3` | `class_3.jsonl` | 46 | `img_3/` |
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| `class_4` | `class_4.jsonl` | 130 | `img_4/` |
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| `class_5` | `class_5.jsonl` | 200 | `img_5/` |
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| `class_6` | `class_6.jsonl` | 135 | `img_6/` |
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| `class_7` | `class_7.jsonl` | 200 | `img_7/` |
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| `class_8` | `class_8.jsonl` | 111 | `img_8/` |
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| `class_9` | `class_9.jsonl` | 275 | `img_9/` |
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| `class_10` | `class_10.jsonl` | 268 | `img_10/` |
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## Data Format
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Each `class_*.jsonl` file contains one JSON object per line. A sample has the following fields:
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| Field | Description |
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| --- | --- |
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| `class` | Class identifier. |
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| `label` | Sample identifier within the source data. |
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| `question type` | Question format used by the prompt and evaluator. |
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| `question` | Natural-language question. |
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| `answer` | Ground-truth answer. For localization tasks, this contains bounding boxes. |
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| `images` | Image paths associated with the question. |
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| `datajson` | Source dataset or source group key. |
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| `Height` | Image height when available. |
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| `Weight` | Image width field used by the released files. |
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| `url` | Original source URL when available. |
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Question types:
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| Type | Task |
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| --- | --- |
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| `1` | Multiple-choice question. |
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| `2` | Short-answer question. |
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| `3` | Open-ended question. |
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| `4` | Bounding-box localization question. |
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## Evaluation
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The evaluation code is available in the GitHub repository:
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```text
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https://github.com/CASIA-IVA-Lab/VisReason
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```
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Inference results are expected to be saved as:
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```text
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results/<model>/class_X_results.json
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results/<model>_cot/class_X_results.json
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```
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The evaluator writes per-class judging files and a final summary:
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```text
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results/<model>/class_X_judge.json
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results/<model>/summary.json
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```
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For `class_1` and `class_2`, bounding-box predictions are evaluated with IoU at threshold 0.5. Other classes are evaluated by an LLM-based judge. The final score is the unweighted mean over all class accuracies.
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## License
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## Citation
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```bibtex
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```
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## Contact
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If you have any questions, please reach out to:
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* Yifan Wang - wangyifan2026@ia.ac.cn
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