Authors: Zhijie Wang & Hanqiu Deng & Binkai Tan
This repository contains the source code for the paper Learning Contextual Kernels for High Quality Image Inpainting (This work is done for ECE 644 Winter 2021, University of Alberta).
This work was previously submitted as a paper in 2021, however, it neither got accepted nor has follwo-up work. After all I think it worthes open-source and hope it could be useful to any future work.
We don't have any plan to relase the paper draft.
We use FFHQ and ParisStreetView in our experiments. For the irregular masks, we use the test set of NVIDIA Irregular Mask Dataset.
Since we don't have the rights to hold any datasets, please download them from original sources.
For FFHQ dataset, you can use the .txt files under dataset/ffhq/
to get exactly same splits in our experiments.
For ParisStreetView dataset, you should create your own data splits .txt files and put them under dataset/paris/
.
Basic environments: Python >= 3.6
and PyTorch >= 1.4.0
.
Required packages:
pip install -r requirements.txt
Organize your dataset and codes as follows:
├── data
│ ├── ffhq
│ │ │── images1024x1024 # (1024*1024)
│ │ │── thumbnails128x128 # (128*128)
│ ├── paris
│ ├── mask
│ │ │── testing_mask_dataset
├── CK_Inpainting
Replace {CONFIG}
as ffhq_irregular
, ffhq_suare
, or paris
.
python runner_inpainting.py --config={CONFIG}
Replace {CONFIG}
as ffhq_irregular
, ffhq_suare
, or paris
, {CHECKPOINTS_PATH}
as the path of your checkpoints, init_lr
as your learning rate after resuming.
python runner_inpainting.py --config={CONFIG} --weights={CHECKPOINTS_PATH} --init_lr={LEARNING_RATE}
Replace {CONFIG}
as ffhq_irregular
, ffhq_suare
, or paris
, {CHECKPOINTS_PATH}
as the path of your checkpoints.
python runner_inpainting.py --config={CONFIG} --test --weights={CHECKPOINTS_PATH}
https://drive.google.com/drive/folders/10diAVDy2y2NtoGLYmoB-H4Spef8DbwJC?usp=sharing
CK_Inpainting is release under MIT license (see LICENSE).
We thank anonymous reviewers in ECE 644 Winter 2021 at the University of Alberta.
We thank the following open source projects and codes.