git clone https://github.com/demircantas/inverse-drawings.git
cd inverse-drawings
We provide an environment.yml file listing the dependences and to create a conda environment. Our model uses Pytorch 1.7.1
conda env create -f environment.yml
conda activate drawings
Use the following command to install CLIP (only needed for training).
conda activate drawings
pip install git+https://github.com/openai/CLIP.git
Pre-trained model is available here, place the model weights in checkpoints.
cd checkpoints
unzip model.zip
run pre-trained model on images in --dataroot. Replace examples with the folder path containing your input images.
python test.py --name anime_style --dataroot examples/test
Results will be saved to the results directory by default. You can change the save location by specifying the file path with --results_dir.
We provide a pre-trained network for mapping ImageNet features into depth images here. Place the pre-trained features to depth network in the ./checkpoints/feats2Geom folder.
cd checkpoints/feats2Geom
unzip feats2depth.zip
To train a model with name myexperiment from scratch use the following command.
python train.py --name myexperiment \
--dataroot examples/train/sketches \
--depthroot examples/train/depthmaps \
--root2 examples/train/photographs \
--no_flip
Replace the example data examples/train/photos, examples/train/depthmaps, and examples/train/drawings with the paths to the dataset of photographs, depth maps, and line drawings respectively. Corresponding images and depth maps in the file paths specified by --dataroot and --depthroot should have the same file names. You will also need to specify a path to an unaligned dataset of line drawings with --root2. A small example of training data is provided in examples/train.
Because the model can start making grayscale photos after some training, it is recommended to save model checkpoints frequently by adding the flag --save_epoch_freq 1.
For training, geometry supervision requires depth maps for the dataset of photographs. To produce psuedo-ground truth depth maps we rely on a pretrained model from Boosting Monocular Depth Estimation Models to High-Resolution via Content-Adaptive Multi-Resolution Merging.
Thesis in progress.
Model code adapted from informative-drawings, pix2pixHD and pytorch-CycleGAN-and-pix2pix