📃 Paper • 🌐 Project Page

T³Bench is the first comprehensive text-to-3D benchmark containing diverse text prompts of three increasing complexity levels that are specially designed for 3D generation (300 prompts in total). To assess both the subjective quality and the text alignment, we propose two automatic metrics based on multi-view images produced by the 3D contents. The quality metric combines multi-view text-image scores and regional convolution to detect quality and view inconsistency. The alignment metric uses multi-view captioning and Large Language Model (LLM) evaluation to measure text-3D consistency. Both metrics closely correlate with different dimensions of human judgments, providing a paradigm for efficiently evaluating text-to-3D models.

[2023/10/24] We have released mesh results of all prompt sets and methods! Please check here to download.

We adopt the implementation of ThreeStudio to test the current text-to-3D methods. Please first follow the instructions of ThreeStudio to setup the generation environment.

Then install the following packages used for evaluation:

pip install -r requirements.txt

Note that we use a slightly modified version of ThreeStudio to ensure efficient generation.

# YOUR_GROUP: Choose the prompt set to test, including [single, surr, multi]
# YOUR_METHOD: We now support latentnerf, magic3d, fantasia3d, dreamfusion, sjc, and prolificdreamer.
python run_t3.py --group YOUR_GROUP --gpu YOUR_GPU --method YOUR_METHOD
python run_mesh.py --group YOUR_GROUP --gpu YOUR_GPU --method YOUR_METHOD

python run_eval_quality.py --group YOUR_GROUP --gpu YOUR_GPU --method YOUR_METHOD

# First get the 3D prompt of the text-to-3D result
python run_caption.py --group YOUR_GROUP --gpu YOUR_GPU --method YOUR_METHOD
# then run the LLM Evaluation
python run_eval_alignment.py --group YOUR_GROUP --gpu YOUR_GPU --method YOUR_METHOD

@misc{he2023t3bench,
      title={T$^3$Bench: Benchmarking Current Progress in Text-to-3D Generation}, 
      author={Yuze He and Yushi Bai and Matthieu Lin and Wang Zhao and Yubin Hu and Jenny Sheng and Ran Yi and Juanzi Li and Yong-Jin Liu},
      year={2023},
      eprint={2310.02977},
      archivePrefix={arXiv},
      primaryClass={cs.CV}
}

This project could not be possible without the open-source works from ThreeStudio, Cap3D, Stable-DreamFusion, ImageReward, LAVIS. We sincerely thank them all.