SC-FEGAN
SC-FEGAN : Face Editing Generative Adversarial Network with User's Sketch and Color (ICCV 2019)
Youngjoo Jo, Jongyoul Park
arXiv: https://arxiv.org/abs/1902.06838
Overview
Edit face images using a a deep neural network. Users can edit face images using intuitive inputs such as sketching and coloring, from which our network SC-FEGAN generates high quality synthetic images. We used SN-patchGAN discriminator and Unet-like generator with gated convolutional layers.
Dependencies
- tensorflow
- numpy
- Python3
- PyQt5
- opencv-python
- pyyaml
Setup
First, download the model from Google drive.
Run these commands to start the program.
mv /${HOME}/SC-FEGAN.ckpt.* /${HOME}/ckpt/
python3 demo.py
Select the number of GPUs you want to use by editing demo.yaml
file (multi-GPUs are not supported).
GPU_NUM: 1 (the number you want to use)
#GPU_NUM: (if you want to use only CPU, erase the number)
How to Use
Edit face images using a simple GUI. Only erased regions of the image are filled in by the network.
Explanation of the buttons:
Open Image
: Open the image you want to edit.Mask
: Draw a mask on the desired regions of the face on the left viewer.Sketches
: Sketch the desired lines on the left viewer.Color
: Draw colored lines. If you click this button the first time, you have to choose a color from the palette.Palette
: Change color. After choosing a color, click theColor
button to apply the change.Save Img
: Save the results. It is saved as 'name.jpg'.Arrange
: Arrange the editing works.Undo
: Undo previous editing work.Complete
: Generate the image and show it on the right viewer.
We recommend using the following workflow:
1. Draw the sketch plausibly referring to the original image.
2. Draw the mask on the sketched region.
3. Click the `Arrange` button.
4. Draw the color on the masked region.
5. Click `Complete'.
Example Results
Face editing
Edit earring
Face restoration
Face restoration (with only sketch and color)
License
CC 4.0 Attribution-NonCommercial International
The software is for educational and academic research purpose only.
Notes
- This is developed on Linux machine running Ubuntu 18.04.1
- Provided model and sample code is under a non-commercial creative commons license.
Citing
@InProceedings{Jo_2019_ICCV,
author = {Jo, Youngjoo and Park, Jongyoul},
title = {SC-FEGAN: Face Editing Generative Adversarial Network With User's Sketch and Color},
booktitle = {The IEEE International Conference on Computer Vision (ICCV)},
month = {October},
year = {2019}
}
Next
- Update training code
Acknowledgement
We acknowledge the official code DeepFillv1. We thank all the researchers at ETRI, especially Kimin Yun and Jinwoo Jung, for insightful discussions.