BackgroundMattingV2

Real-Time High-Resolution Background Matting

Official repository for the paper Real-Time High-Resolution Background Matting. Our model requires capturing an additional background image and produces state-of-the-art matting results at 4K 30fps and HD 60fps on an Nvidia RTX 2080 TI GPU.

• Visit project site
• Watch project video

 

Overview

• Updates
• Download
  • Model / Weights
  • Video / Image Examples
  • Datasets
• Demo
  • Scripts
  • Notebooks
• Usage / Documentation
• Training
• Project members
• License
• Community Projects

 

Updates

• [Jan 09 2021] PhotoMatte85 dataset is now published.
• [Dec 21 2020] We updated our project to MIT License, which permits commercial use!

 

Download

Model / Weights

• Download model / weights

Video / Image Examples

• HD videos (by Sengupta et al.) (Our model is more robust on HD footage)
• 4K videos and images

Datasets

• VideoMatte240K (Coming soon)
• PhotoMatte85

 

Demo

Scripts

We provide several scripts in this repo for you to experiment with our model. More detailed instructions are included in the files.

• inference_images.py: Perform matting on a directory of images.
• inference_video.py: Perform matting on a video.
• inference_webcam.py: An interactive matting demo using your webcam.

Notebooks

Additionally, you can try our notebooks in Google Colab for performing matting on images and videos.

• Image matting (Colab)
• Video matting (Colab)

Virtual Camera

We provide a demo application that pipes webcam video through our model and outputs to a virtual camera. The script only works on Linux system and can be used in Zoom meetings. For more information, checkout:

• Webcam plugin

Web Demo

Developers in the community has helped us build a web demo. See Community Projects section below.

 

Usage / Documentation

You can run our model using PyTorch, TorchScript, TensorFlow, and ONNX. For detail about using our model, please check out the Usage / Documentation page.

 

Training

Training code will be released upon acceptance of the paper.

 

Project members

• Shanchuan Lin*, University of Washington
• Andrey Ryabtsev*, University of Washington
• Soumyadip Sengupta, University of Washington
• Brian Curless, University of Washington
• Steve Seitz, University of Washington
• Ira Kemelmacher-Shlizerman, University of Washington

^{* Equal contribution.}

 

License

This work is licensed under the MIT License. If you use our work in your project, we would love you to include an acknowledgement and fill out our survey.

 

Community Projects

A list of projects built by third-party developers in the community. If you have a project to share, fill out this survey.

• Web Demo by Gradio: Matting your own images from your browser.