This is the official repository of the paper Bridging Composite and Real: Towards End-to-end Deep Image Matting.
Google Colab Demo | Introduction | GFM | AM-2k | BG-20k | Results Demo | Train and Test | Inference Code | Statement
[2021-11-12]: The training code, test code and all the pretrained models are released in this code-base page.
[2021-10-22]: The paper has been accepted by the International Journal of Computer Vision (IJCV)! 🎉
[2021-09-21]: The datasets AM-2k and BG-20k can now be openly accessed from the links below (both at Google Drive and at Baidu Wangpan) ! Please follow the dataset release agreements to access. Due to some privacy issues, the dataset PM-10k will be published after privacy-preserving from the project Privacy-Preserving Portrait Matting (ACM MM 21). You can refer to this repo for access and updates.
Dataset Dataset Link
(Google Drive)Dataset Link
(Baidu Wangpan 百度网盘)Dataset Release Agreement AM-2k Link Link (pw: 29r1) Agreement (MIT License) BG-20k Link Link (pw: dffp) Agreement (MIT License) [2020-11-17]: Create Google Colab demo to benefit users who want to have a try online.
[2020-11-03]: Publish the inference code and a pretrained model that can be used to test on your own animal images.
[2020-10-27]: Publish a video demo (YouTube | bilibili | Google drive) contains motivation, network, datasets, and test results on an animal video.
For those who do not have GPUs in their environment or only want to have a simple try online, you can try our Google Colab demo to generate the results for your images easily.
This repository contains the code, datasets, models, test results and a video demo for the paper Bridging Composite and Real: Towards End-to-end Deep Image Matting. We propose a novel Glance and Focus Matting network (GFM), which employs a shared encoder and two separate decoders to learn both tasks in a collaborative manner for end-to-end image matting. We also establish a novel Animal Matting dataset (AM-2k) to serve for end-to-end matting task. Furthermore, we investigate the domain gap issue between composition images and natural images systematically, propose a carefully designed composite route RSSN and a large-scale high-resolution background dataset (BG-20k) to serve as better candidates for composition.
We have released the train code, the test code, the datasets, and the pretrained models in this code-base page. We have also prepared a Google Colab demo and inference code for you to test on our pre-trained models on your own sample images. For the datasets AM-2k and BG-20k, please follow the sections AM-2k and BG-20k to access. Besides, we prepare a video demo (YouTube | bilibili) to illustrate the motivation, the network, the datasets, and the test results on an animal video
The architecture of our proposed end-to-end method GFM is illustrated below. We adopt three kinds of Representation of Semantic and Transition Area (RoSTa) -TT, -FT, -BT within our method.
We trained GFM with four backbones, -(r) (ResNet-34), -(d) (DenseNet-121), -(r2b) (ResNet-34 with 2 extra blocks), and -(r') (ResNet-101). The trained model for each backbone can be downloaded via the link listed below.
| Model | GFM(d)-TT | GFM(r)-TT | GFM(r)-FT | GFM(r)-BT | GFM(r2b)-TT | GFM(r')-TT | GFM(d)-RIM |
|---|---|---|---|---|---|---|---|
| Google Drive | Link | Link | Link | Link | Link | Link | Link |
Baidu Wangpan |
Link |
Link |
Link |
Link |
Link |
Link |
Link |
Our proposed AM-2k contains 2,000 high-resolution natural animal images from 20 categories along with manually labeled alpha mattes. Some examples are shown as below, more can be viewed in the video demo (YouTube | bilibili | Google drive).
AM-2k can be accessed from here (Google Drive | Baidu Wangpan (pw: 29r1)), please make sure that you have read this agreement before accessing the dataset. Please refer to the readme.txt in the dataset folder for more details.
Our proposed BG-20k contains 20,000 high-resolution background images excluded salient objects, which can be used to help generate high quality synthetic data. Some examples are shown as below, more can be viewed in the video demo (YouTube | bilibili | Google drive).
BG-20k can be accessed from here (Google Drive | Baidu Wangpan (pw: dffp)), please make sure that you have read this agreement before accessing the dataset. Please refer to the readme.txt in the dataset folder for more details.
We test GFM on our AM-2k test dataset and show the results as below. More results on AM-2k test set can be found here.
Here we provide the procedure of testing on sample images by our pretrained models:
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Setup environment following this instruction page.
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Download pretrained models as shown in section GFM, unzip to the folder
models/pretrained/ -
Save your high-resolution sample images in folder
samples/original/. -
Setup parameters in
scripts/test/test_samples.shand run itchmod +x scripts/*./scripts/test/test_samples.sh -
The results of alpha matte and transparent color image will be saved in folder
samples/result_alpha/.andsamples/result_color/.
We show some sample images from the internet, the predicted alpha mattes, and their transparent results as below. We adopt backbone='r34_2b', rosta=TT, hybrid testing strategy and the pretrained model (Google Drive | Baidu Wangpan (pw: 34hf)) for this case.
If you are interested in our work, please consider citing the following:
@article{li2022bridging,
title={Bridging composite and real: towards end-to-end deep image matting},
author={Li, Jizhizi and Zhang, Jing and Maybank, Stephen J and Tao, Dacheng},
journal={International Journal of Computer Vision},
volume={130},
number={2},
pages={246--266},
year={2022},
publisher={Springer}
}
This project is under the MIT license. For further questions, please contact Jizhizi Li at [email protected].
[1] Deep Automatic Natural Image Matting, IJCAI, 2021 | Paper | Github
Jizhizi Li, Jing Zhang, and Dacheng Tao
[2] Privacy-Preserving Portrait Matting, ACM MM, 2021 | Paper | Github
Jizhizi Li∗, Sihan Ma∗, Jing Zhang, and Dacheng Tao
[3] Referring Image Matting, CVPR, 2023 | Paper | Github
Jizhizi Li, Jing Zhang, and Dacheng Tao
[4] Rethinking Portrait Matting with Privacy Preserving, IJCV, 2023 | Paper | Github
Sihan Ma∗, Jizhizi Li∗, Jing Zhang, He Zhang, Dacheng Tao
[5] Deep Image Matting: A Comprehensive Survey, ArXiv, 2023 | Paper | Github
Jizhizi Li, Jing Zhang, and Dacheng Tao