TailorNet

This repository contains training and inference code for the following paper:

TailorNet: Predicting Clothing in 3D as a Function of Human Pose, Shape and Garment Style  
Chaitanya Patel*, Zhouyingcheng Liao*, Gerard Pons-Moll  
CVPR 2020 (ORAL)  

[arxiv] [project website] [Dataset Repo] [Youtube]

Requirements

python3
pytorch
scipy
chumpy
psbody.mesh

How to Run

• Download and prepare SMPL model and TailorNet data from dataset repository.
• Set DATA_DIR and SMPL paths in global_var.py file accordingly.
• Download trained models' weights and unzip it. Set paths of LF_MODEL_PATH, HF_MODEL_PATH and SS2G_MODEL_PATH variables in global_var.py accordingly.
  • old-t-shirt_female_weights
  • [Other garments coming soon]
• Set output path in run_tailornet.py and run it to predict garments on some random inputs. You can play with different inputs. You can also run inference on motion sequence data.
• To visualize predicted garment using blender, run python run_tailornet.py render. (Blender needs to be installed.)

If you download trained model weights for multiple garments...

... then you can merge downloaded weights directories to follow a directory structure similar to the following.

weights_folder
----tn_orig_baseline
--------{garment_class}_{gender}  (e.g. t-shirt_female)
------------lin.pth.tar  (model weights)
------------params.json  (some model params)
----tn_orig_lf
--------{garment_class}_{gender}
------------lin.pth.tar
------------params.json
----tn_orig_ss2g
--------{garment_class}_{gender}
------------lin.pth.tar
------------params.json
----tn_orig_hf
--------{garment_class}_{gender}
------------{shape_idx}_{style_idx}  (e.g. 000_023 pivot)
----------------lin.pth.tar
----------------params.json

and then you won't need to change model checkpoint paths while dealing with multiple garments.

Training TailorNet yourself

• Set global variables in global_var.py, especially LOG_DIR where training logs will be stored.
• Set config variables like gender and garment class in trainer/base_trainer.py (or pass them via command line) and run python trainer/base_trainer.py to train TailorNet MLP baseline.
• Similarly, run python trainer/lf_trainer.py to train low frequency predictor and trainer/ss2g_trainer.py to train shape-style-to-garment(in canonical pose) model.
• Run python trainer/hf_trainer.py --shape_style <shape1>_<style1> <shape2>_<style2> ... to train pivot high frequency predictors for pivots <shape1>_<style1>, <shape2>_<style2>, and so on. See DATA_DIR/<garment_class>_<gender>/pivots.txt to know available pivots.
• Use models.tailornet_model.TailorNetModel with appropriate logdir arguments to do prediction.

Citation

Cite us if you use our model, code or data:

@inproceedings{patel20tailornet,
        title = {TailorNet: Predicting Clothing in 3D as a Function of Human Pose, Shape and Garment Style},
        author = {Patel, Chaitanya and Liao, Zhouyingcheng and Pons-Moll, Gerard},
        booktitle = {{IEEE} Conference on Computer Vision and Pattern Recognition (CVPR)},
        month = {jun},
        organization = {{IEEE}},
        year = {2020},
    }

Misc

• Thanks to Bharat for many fruitful discussions and for smpl_lib library taken from his MultiGarmentNet repo's lib folder.
• Thanks to Garvita for helping out during the onerous procedure of data generation.