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@@ -82,144 +82,6 @@ This repository provides an end-to-end evaluation pipeline for **EPIC-Bench** on
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  It includes **Dataset Conversion** utilities, **Inference Launchers**, **Response Standardization**, **Scoring**, and a Streamlit-based **Visualization** tool.
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- ## 🚀 Evaluation guide
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- EPIC-Bench evaluation typically consists of the following stages.
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- ### ⚙️ 0) Environment setup
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- Create a Python environment (example):
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- ```bash
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- conda create -n epicbench python==3.10
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- conda activate epicbench
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- ```
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- Suggested dependencies (reference; choose what matches your model stack):
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- | Model | Environment |
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- |------|-------------|
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- | General environment (compatible with Qwen2.5-VL/Qwen3-VL/InternVL/LLaVA-VL/Phi-4/gemma/RynnBrain/RoboBrain2/) | `pip install uv`<br>`uv pip install 'ms-swift' --torch-backend=auto`<br>`pip install vllm==0.15.1` |
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- | Qwen3.5 | `git clone https://github.com/vllm-project/vllm.git`<br>`cd vllm`<br>`pip install -e .`<br>`git clone https://github.com/modelscope/ms-swift.git`<br>`cd ms-swift`<br>`pip install -e .`<br>`pip install transformers==5.2.0 qwen-vl-utils` |
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- | Step models | `pip install onnxruntime-gpu tokenizers openai-whisper funasr vllm==0.15.1`<br>`git clone https://github.com/modelscope/ms-swift.git`<br>`cd ms-swift`<br>`pip install -e .` |
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- | glm4.6 | `pip install uv`<br>`uv pip install 'ms-swift' --torch-backend=auto`<br>`pip install vllm==0.15.1 transformers==5.2.0` |
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- For the visualization tool:
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- ```bash
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- pip install streamlit pillow numpy pandas pycocotools
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- ```
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- ### 📦 1) Data preparation
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- #### 1.1 Download raw annotations
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- Download EPIC-Bench raw annotation data (and the referenced images) from the official release page (e.g., Hugging Face / ModelScope) and place them under:
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- ```
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- dataset/annotation/EPIC_Bench
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- ```
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- #### 1.2 Build ms-swift inference data (swift format)
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- Generate ms-swift compatible inference JSON files from raw annotations:
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- ```bash
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- bash scripts/build_swift_data.sh \
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- ANN_ROOT=dataset/annotation/EPIC_Bench \
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- OUT_DIR=dataset/swift_data/EPIC_Bench
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- ```
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- Outputs will be written to:
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- ```
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- dataset/swift_data/EPIC_Bench
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- ```
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- #### 1.3 Customize prompts (optional)
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- You can customize prompts and response formats in:
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- - `tools/data_gen/prompts/`
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- - `tools/data_gen/converters/`
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- For best compatibility with the scoring pipeline, we recommend starting with the default settings in this repo.
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- ### 🤖 2) Inference
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- Run inference using either:
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- - example per-model scripts under `scripts/infer/<MODEL_FAMILY>/`, or
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- - the unified launcher `scripts/infer.sh`
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- Recommended (unified launcher):
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- ```bash
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- bash scripts/infer.sh \
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- --model Qwen3_VL \
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- --data dataset/swift_data/EPIC_Bench \
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- --out outputs/model_response/swift_format
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- ```
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- By default, raw ms-swift outputs are organized under:
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- ```
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- outputs/model_response/swift_format/<model_series>/<model_name>.jsonl
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- ```
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- Closed-source / API inference (optional):
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- - `scripts/infer/api/` contains an example script for `lmms-eval`.
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- - You must configure API keys via environment variables and **must not commit credentials** to GitHub.
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- ### 🔄 3) Standardize responses (std_format)
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- Convert raw ms-swift outputs into EPIC-Bench **standard format** while preserving directory structure:
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- ```bash
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- bash scripts/format_response.sh \
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- --in outputs/model_response/swift_format \
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- --out outputs/model_response/std_format
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- ```
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- If you evaluate a custom model/framework outside this repo, please ensure your outputs follow the **same std-format schema produced by** `tools/formatting/format_response.py`.
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- ### 📊 4) Scoring
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- After obtaining standardized responses, compute detailed scores:
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- ```bash
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- bash scripts/evaluate.sh \
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- --in outputs/model_response/std_format \
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- --out outputs/scores
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- ```
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- The scorer produces:
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- - overall / category / type breakdowns
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- - per-sample details (unless you pass `--no-details`)
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- Supported formats:
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- - **bbox** (most tasks)
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- - **point** (FeasiblePath tasks)
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- Mask-based evaluation is planned (releasing soon).
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- ```bash
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- bash scripts/evaluate.sh
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- ```
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- ### 📈 5) Visualization
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- Launch the Streamlit visualization tool and default-load results from `outputs/scores`:
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- ```bash
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- bash scripts/visualization.sh
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- ```
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  ## 🏆 Leaderboard and data examples
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  Please refer to the [EPIC-Bench Homepage](https://epic-bench.github.io/EPIC-Bench/) for:
 
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  It includes **Dataset Conversion** utilities, **Inference Launchers**, **Response Standardization**, **Scoring**, and a Streamlit-based **Visualization** tool.
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  ## 🏆 Leaderboard and data examples
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  Please refer to the [EPIC-Bench Homepage](https://epic-bench.github.io/EPIC-Bench/) for: