DGE is the official repository for DGE: A Dynamic Metric and Grounded Evaluation Benchmarks for Text-to-Image and Image Editing Models.
The current release focuses on making the text-to-image evaluation path reproducible. The DGE-T2I directory contains the implementation for DGE-FineEval, the model-generation utilities, cached evaluation outputs, and ablation experiments used for the paper's text-to-image results.
.
├── DGE-T2I/ # DGE-FineEval and T2I ablation implementation
├── docs/ # Reproducibility and artifact documentation
├── artifacts/manifest/ # External artifact manifests and checksums
├── dataset_pipeline.pdf # Benchmark construction figure
└── 526_DGE_A_Dynamic_Metric_and_G.pdf
DGE-T2I-og/, when present locally, is a historical working copy and is not part of the release workflow.
The repository supports two reproduction modes:
Large assets are intentionally kept outside git. This includes generated images, prompt embeddings, model checkpoints, local Hugging Face snapshots, and scratch run outputs. See docs/artifacts.md for the artifact policy and manifests.
cd DGE-T2I
python -m pip install -e .
python test_modular_structure.py
The lightweight checks do not require GPU inference. Full evaluation requires CUDA-capable hardware and access to the VLM/generation models described in docs/reproducibility.md.
The primary paper result mapping is documented in docs/paper_results_map.md. In short:
DGE-T2I/data/raw/eval_v1/.DGE-T2I/data/images/survey_samples/ and DGE-T2I/reports/.DGE-T2I/reports/ablation/ and DGE-T2I/reports/baselines/.@article{dge2026,
title={DGE: A Dynamic Metric and Grounded Evaluation Benchmarks for Text-to-Image and Image Editing Models},
author={Anonymous},
year={2026}
}
Python
91.2%
Shell
8.8%
DGE is the official repository for DGE: A Dynamic Metric and Grounded Evaluation Benchmarks for Text-to-Image and Image Editing Models.
The current release focuses on making the text-to-image evaluation path reproducible. The DGE-T2I directory contains the implementation for DGE-FineEval, the model-generation utilities, cached evaluation outputs, and ablation experiments used for the paper's text-to-image results.
.
├── DGE-T2I/ # DGE-FineEval and T2I ablation implementation
├── docs/ # Reproducibility and artifact documentation
├── artifacts/manifest/ # External artifact manifests and checksums
├── dataset_pipeline.pdf # Benchmark construction figure
└── 526_DGE_A_Dynamic_Metric_and_G.pdf
DGE-T2I-og/, when present locally, is a historical working copy and is not part of the release workflow.
The repository supports two reproduction modes:
Large assets are intentionally kept outside git. This includes generated images, prompt embeddings, model checkpoints, local Hugging Face snapshots, and scratch run outputs. See docs/artifacts.md for the artifact policy and manifests.
cd DGE-T2I
python -m pip install -e .
python test_modular_structure.py
The lightweight checks do not require GPU inference. Full evaluation requires CUDA-capable hardware and access to the VLM/generation models described in docs/reproducibility.md.
The primary paper result mapping is documented in docs/paper_results_map.md. In short:
DGE-T2I/data/raw/eval_v1/.DGE-T2I/data/images/survey_samples/ and DGE-T2I/reports/.DGE-T2I/reports/ablation/ and DGE-T2I/reports/baselines/.@article{dge2026,
title={DGE: A Dynamic Metric and Grounded Evaluation Benchmarks for Text-to-Image and Image Editing Models},
author={Anonymous},
year={2026}
}
Python
91.2%
Shell
8.8%