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DistanceGAN

Pytorch implementation of "One-Sided Unsupervised Domain Mapping" (arxiv). The implementation is based on the architectures of both DiscoGAN and CycleGAN.

Prerequisites

  • Python 2.7
  • Pytorch 0.1.12
  • Numpy/Scipy/Pandas
  • Progressbar
  • OpenCV
  • visdom
  • dominate

Distance Model based on DiscoGAN architecture

Download dataset

Download dataset [edges2shoes, edges2handbags, facecurb]: python datasets/download.py $DATASET_NAME. Use ./datasets/combine_A_and_B.py to create handbags2shoes dataset.

Download seperately: celebA dataset, car dataset used in Deep Visual Analogy-Making and head/face dataset. Then extract into ./datasets folder.

CelebA training (Male to Female, Blond to Black hair, With Eyeglasses to Without Eyeglasses)

Male to Female: python ./discogan_arch/distance_gan_model.py --task_name='celebA' --style_A='Male'

Blond to Black hair: python ./discogan_arch/distance_gan_model.py --task_name='celebA' --task_name='celebA' --style_A='Blond_Hair' --style_B='Black_Hair' --constraint='Male' --constraint_type=-1

Eyeglasses to Without Eyeglasses: python ./discogan_arch/distance_gan_model.py --task_name='celebA' --style_A='Eyeglasses' --constraint='Male' --constraint_type=1

Edges, Handbags and Shoes (Edges to Shoes, Edges to Handbags, Shoes to Handbags)

Edges to Shoes: python ./discogan_arch/distance_gan_model.py --task_name='edges2shoes' --num_layers=3

Edges to Handbags: python ./discogan_arch/distance_gan_model.py --task_name='edges2handbags' --num_layers=3

Shoes to Handbags: python ./discogan_arch/distance_gan_model.py --task_name='handbags2shoes' --starting_rate=0.5

Car, Head/Face (Car to Car, Car to Head/Face, Head/Face to Head/Face)

Car to Car: python ./discogan_arch/distance_gan_angle_pairing_model.py --task_name='car2car'

Head/Face to Head/Face: python ./discogan_arch/distance_gan_angle_pairing_model.py --task_name='face2face'

Car to Head/Face: python ./discogan_arch/distance_gan_angle_pairing_model.py --task_no ame='car2face'

Options

Add following flags to python command as follows:

To train from A to B only: --model_arch=distance_A_to_B. To train from B to A only: --model_arch=distance_B_to_A.

To add reconstruction/cycle loss to distance loss: --use_reconst_loss.

To use self distance instead of regular distance:--use_self_distance.

To avoid normalizing distances: --unnormalized_distances.

To change number of items used for expectation and std calculation: --max_items=NUM.

Additional options can be found in ./discogan_arch/discogan_arch_options/options.py

Sample Results

Male to Female (First row is input and Second row is output):

Blond to Black Hair:

With to Without Eyeglasses:

Edges to Shoes:

Shoes to Edges:

Handbags to Shoes:

Car to Car:

Car to Head:

Distance Model based on CycleGAN architecture

Horse to Zebra:

Dataset: python datasets/download.py horse2zebra

Train: python train.py --dataroot ./datasets/horse2zebra --name horse2zebra_distancegan --model distance_gan

Test: python test.py --dataroot ./datasets/horse2zebra --name horse2zebra_distancegan --model distance_gan --phase test

Results saved in ./results/horse2zebra_distancegan/latest_test/index.html. Loss results and plots: 'run python -m visdom.server' and navigate to http://localhost:8097 (For other options see pytorch-CycleGAN-and-pix2pix)

Options:

To train from A to B only: --A_to_B.

To train from B to A only: --B_to_A.

To add reconstruction/cycle loss to distance loss: --use_cycle_loss.

To change weights of distance loss: --lambda_distance_A=NUM, --lambda_distance_B=NUM.

--use_self_distance, --unnormalized_distances, --max-items=NUM are as above.

Additional options can be found in ./cyclegan_arch/cyclegan_based_options.

MNIST to SVHN:

python ./cyclegan_arch/mnist_to_svhn/main.py --use_distance_loss=True --use_reconst_loss=False --use_self_distance=False

Change above flags as required.

Sample Results

Horse to Zebra:

SVHN to MNIST:

Reference

If you found this code useful, please cite the following paper:

@inproceedings{Benaim2017OneSidedUD,
  title={One-Sided Unsupervised Domain Mapping},
  author={Sagie Benaim and Lior Wolf},
  booktitle={NIPS},
  year={2017}
}

Acknowledgements

This project has received funding from the European Research Council (ERC) under the European Union's Horizon 2020 research and innovation programme (grant ERC CoG 725974).