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Learning Semantic Person Image Generation by Region-Adaptive Normalization

The source code for our paper "Learning Semantic Person Image Generation by Region-Adaptive Normalization" (CVPR 2021)

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Quick Start

Installation

Clone this repo

git clone https://github.com/cszy98/SPGNet.git.
cd SPGNet

Prerequisites

- python3.7
- pytorch1.2.0 + torchvision0.4.0
- numpy
- opencv
- tqdm

Create environment and install dependencies:

# 1. Create a conda virtual environment.
conda create -n spgnet python=3.7 anaconda
source activate spgnet

# 2. Install dependency
pip install -r requirements.txt

Data Preparation

The DeepFashion and Market-1501 datasets can be downloaded from GoogleDrive.

Testing and Evaluate

The pretrained models can be downloaded from GoogleDrive.

Test on DeepFashion

python scripts/test_pose_transfer_model.py     --id deepfashion     --gpu_ids 0     --dataset_name deepfashion     --which_model_G dual_unet     --G_feat_warp 1     --G_vis_mode residual     --pretrained_flow_id FlowReg_deepfashion     --pretrained_flow_epoch best     --dataset_type pose_transfer_parsing     --which_epoch latest     --batch_size 4     --save_output     --output_dir output

Test on Market-1501

python scripts/test_pose_transfer_model.py  --id market  --gpu_ids 0  --dataset_name market  --which_model_G dual_unet  --G_feat_warp 1  --G_vis_mode residual  --pretrained_flow_id FlowReg_market  --pretrained_flow_epoch best  --dataset_type pose_transfer_parsing_market  --which_epoch latest  --batch_size 1  --save_output  --output_dir output

Evaluate

Run eval_deepfashion.sh and eval_market.sh to evaluate LPIPS and FID on DeepFashion and Market-1501, respectively.

To evaluate the PCKh, download pose estimator from GoogleDrive and put it under the root folder. Then change the path in tool/compute_coordinates.py and launch python2 compute_coordinates.py. After that, launch python tool/calPCKH_market.py or python tool/calPCKH_fashion.py to get PCKh. Please refer to Pose-Transfer for more details.

Training

1. Train on DeepFashion

python scripts/train_pose_transfer_model.py     --id deepfashion     --gpu_ids 0,1     --dataset_name deepfashion     --which_model_G dual_unet     --G_feat_warp 1     --G_vis_mode residual     --pretrained_flow_id FlowReg_deepfashion     --pretrained_flow_epoch best     --dataset_type pose_transfer_parsing     --check_grad_freq 3000     --batch_size 4     --n_epoch 45

2. Train on Market-1501

python scripts/train_pose_transfer_model.py --id marketest --gpu_ids 0,1,2,3 --dataset_name market --which_model_G dual_unet --G_feat_warp 1 --G_vis_mode residual --pretrained_flow_id FlowReg_market --pretrained_flow_epoch best --dataset_type pose_transfer_parsing_market --check_grad_freq 3000 --batch_size 32 --n_epoch 10

Citation

If you find our work useful in your research or publication, please cite:

@article{lv2021learning,
  title={Learning Semantic Person Image Generation by Region-Adaptive Normalization},
  author={Lv, Zhengyao and Li, Xiaoming and Li, Xin and Li, Fu and Lin, Tianwei and He, Dongliang and Zuo, Wangmeng},
  booktitle = {IEEE Conference on Computer Vision and Pattern Recognition},
  year = {2021}
}

Acknowledgments

This code borrows heavily from intrinsic_flow and Pose-Transfer.