SATT

The implementation of the paper "Structure-aware Texture Transfer for Arbitrary Images"

It is provided for educational/research purpose only. Please cite the related paper if you found the software useful for your work.

Conventional Online Texture Transfer (COTT)

This also a Matlab imlementation of the paper "A Common Framework for Interactive Texture Transfer", CVPR 2018.

Startup external codes:

Run the function startup.m.

Texture transfer:

Run the function demo.m use the main function texture_transfer in demo.m with the parameter configuration.

Example:

[targetStylizedFinal,optS] = texture_transfer(sty, src, trg, imgpath, optS);

External codes:

1. Flann: for fast approximate nearest neighbor searching.

   http://www.cs.ubc.ca/research/flann/

2. mirt2D_mexinterp: for fast 2D linear interpolation.

   http://www.mathworks.com/matlabcentral/fileexchange/24183-2d-interpolation/content/mirt2D_mexinterp/mirt2D_mexinterp.m

3. cpd: for coherent point drift.

   http://www.bme.ogi.edu/~myron/matlab/cpd/

4. Saliency: for content-aware saliency detection.

   https://cgm.technion.ac.il/Computer-Graphics-Multimedia/Software/Saliency/Saliency.html

5. tpsWarp: for thin-plane spline warping.

   https://ww2.mathworks.cn/matlabcentral/fileexchange/24315-warping-using-thin-plate-splines

Acknowledgments

Our code is inspired by [Text-Effects-Transfer] (https://github.com/williamyang1991/Text-Effects-Transfer/).

Neural Fast Texture Transfer (NFTT)

Requirements

• python 2.7
• pytorch >= 0.4.1
• opencv-python
• skimage
• numpy
• scipy
• pandas

Getting Started

• Clone this repo:

git clone https://github.com/menyifang/SATT.git
cd SATT/SATT-NFTT

• Data preparation

The structure of the data folder is recommanded as the provided sub-folders inside imgs folder.

The dataset structure is recommended as:

+--imgs
|   +--example
|       +--train
|           +--paired_source_img
|       +--test
|           +--sem1
|           +--sem2
...

• Structure guiding

-extract saliency map for the source image with the tool in 'SATT/COTT/saliencyExtraction.m' and put the result in 'imgs/example/sal_train', then convert the saliency map into color image as the source attention map.

-propagate structure with a CNN geometric matcher and put the attention maps in 'imgs/example/att_train', 'imgs/example/att_test', w.r.t images in 'train' and 'test'.

• Training

Download pre-trained vgg models use commands in 'scripts/download_vgg_models.sh', put vgg_conv.pth under './models' folder

You can train a model using commands like

bash ./scripts/train.sh

Some hyper parameters can be modified in the script (train.sh, test.sh) and others are provided in options folder. To see more intermediate results, check out './checkpoints/example/web/images'.

• Testing

You can test a model using commands like

bash ./scripts/test.sh

Check the results in 'results/example'.

Acknowledgments

Our code is inspired by non-stationary_texture_syn.