Awesome
<div align="center"> <h1>Tokenize Anything via Prompting</h1>Ting Pan<sup>1,2*</sup>, Lulu Tang<sup>2*</sup>, Xinlong Wang<sup>2¶</sup>, Shiguang Shan<sup>1</sup>
<sup>1</sup>ICT-CAS, <sup>2</sup>BAAI<br> <sup>*</sup> Equal Contribution, <sup>¶</sup>Project Lead
[Paper
] [🤗 Demo
]
<br><br><image src="assets/model_overview.png"/>
We present Tokenize Anything via Prompting, a unified and promptable model capable of simultaneously segmenting, recognizing, and captioning arbitrary regions, with flexible visual prompts (point, box and sketch). The model is trained with exhaustive segmentation masks sourced from SA-1B, coupled with semantic priors from a pre-trained EVA-CLIP with 5 billion parameters.
Installation
Preliminaries
torch
>= 2.1
flash-attn
>= 2.3.3 (for TextGeneration)
gradio-image-prompter
(for GradioApp, Install from URL)
Installing Package
Clone this repository to local disk and install:
cd tokenize-anything && pip install .
You can also install from the remote repository:
pip install git+ssh://git@github.com/baaivision/tokenize-anything.git
Quick Start
Development
The TAP models can be used for diverse vision and language tasks.
We adopt a modular design that decouples all components and predictors.
As a best practice, implement your custom predictor and asynchronous pipeline as follows:
from tokenize_anything import model_registry
with <distributed_actor>:
model = model_registry["<model_type>"](checkpoint="<path/to/checkpoint>")
results = <custom_predictor>(model, *args, **kwargs)
server.collect_results()
See builtin examples (web-demo and evaluations) provided in scripts for more details.
Inference
See Inference Guide.
See Concept Guide.
Evaluation
See Evaluation Guide for TAP-H.
See Evaluation Guide for TAP-L.
See Evaluation Guide for TAP-B.
Models
Model weights
V1.1 Release Notes
- Three versions of the model are available with different image encoders.
- Use a longer pre-training and fine-tuning schedule (improved segmentation and caption performance).
- Apply weight decay for all bias parameters (avoid FP16 overflow in QK matmul).
- Sample point prompts from predicted mask instead of GT box during VG training.
Model | Description | Schedule | MD5 | Weights |
---|---|---|---|---|
tap_vit_h | ViT-H TAP v1.1 model | (100% SA-1B, 180k), (VG, 50ep) | 4bdfb9 | 🤗 HF link |
tap_vit_l | ViT-L TAP v1.1 model | (100% SA-1B, 180k), (VG, 50ep) | c1d41f | 🤗 HF link |
tap_vit_b | ViT-B TAP v1.1 model | (100% SA-1B, 180k), (VG, 50ep) | 707f80 | 🤗 HF link |
V1.0 Release Notes
- Two versions of the model are available with different image encoders.
- Original paper results.
Model | Description | Schedule | MD5 | Weights |
---|---|---|---|---|
tap_vit_l | ViT-L TAP v1.0 model | (50% SA-1B, 90k), (VG, 25ep) | 03f8ec | 🤗 HF link |
tap_vit_b | ViT-B TAP v1.0 model | (50% SA-1B, 90k), (VG, 25ep) | b45cbf | 🤗 HF link |
Concept weights
Note: You can generate these weights following the Concept Guide.
Concept | Description | Weights |
---|---|---|
Merged-2560 | Merged concepts | 🤗 HF link |
LVIS-1203 | LVIS concepts | 🤗 HF link |
COCO-80 | COCO concepts | 🤗 HF link |
License
Citation
@article{pan2023tap,
title={Tokenize Anything via Prompting},
author={Pan, Ting and Tang, Lulu and Wang, Xinlong and Shan, Shiguang},
journal={arXiv preprint arXiv:2312.09128},
year={2023}
}
Acknowledgement
We thank the repositories: SAM, EVA, LLaMA, FlashAttention, Gradio, Detectron2 and CodeWithGPU.