

Note, if you don't want to warmup the Global Flow Field Estimator, you can extract its weights from GFLA by downloading the pretrained weights GFLA from here. If one wants to try it, specify -netG diorv1.) ( DIORv1_64 was trained with a minor difference in code, but it may give better visual results in some applications. To get the original results, please check our released generated images here.) (The checkpoints above are reproduced, so there could be slightly difference in quantitative evaluation from the reported results. Please download the pretrained weights from here and unzip at checkpoints/.Īfter downloading the pretrained model and setting the data, you can try out our applications in notebook demo.ipynb. | - fashion-annotation-test.csv (keypoints for test images) | - fashion-annotation-train.csv (keypoints for training images) | - fashion-pairs-test.csv (paired poses for test) | - fashion-pairs-train.csv (paired poses for training) | + testM_lip (human parse of all test images) | + trainM_lip (human parse of all training images)

Run off-the-shelf human parser SCHP (with LIP labels) on $DATA_ROOT/train and $DATA_ROOT/test.Run python tools/generate_fashion_dataset.py -dataroot $DATAROOT to split the data.
Stat transfer fized how to#
Please follow the instruction from PATN for how to generate the keypoints in desired format. If one wants to extract the keypoints from scratch, please run OpenPose as the pose estimator with COCO label (so no mid-hip joint).Download the train/val split and pre-processed keypoints annotations fromĪnd put the.Download and unzip img_highres.zip from the deepfashion inshop dataset at $DATA_ROOT.We run experiments on Deepfashion Dataset.
Stat transfer fized install#
You can use later version of PyTorch and you don't need to worry about how to install GFLA's cuda functions. Please follow the installation instruction in GFLA to install the environment.
Stat transfer fized skin#
However, this doesn't affect our conclusions nor the comparison with the prior work, because it is an independent skin encoding design.
