Environment Requirement

• PyTorch >= 1.0.0
• Python >= 3.6 (numpy, scipy, matplotlib, tqdm)
• OpenCV == 3.4.5
• Platform: Linux

Get program

git clone [email protected]:FunkyKoki/Look_At_Boundary_PyTorch.git

Program structure is as below:

.
├── dataset.py
├── evaluate.py
├── models
│ ├── __init__.py
│ ├── losses.py
│ └── models.py
├── README.md
├── train.py
├── utils
│ ├── args.py
│ ├── dataload.py
│ ├── dataset_info.py
│ ├── __init__.py
│ ├── pdb.py
│ ├── train_eval_utils.py
│ └── visual.py
└── weights
  └── ckpts

Dataset Prepare

This program support 4 popular face landmark datasets: 300W, AFLW, COFW, WFLW. The dataset file folder structure is as below:

.
├── 300W
│ ├── afw
│ ├── helen
│ │ ├── testset
│ │ └── trainset
│ ├── ibug
│ ├── lfpw
│ │ ├── testset
│ │ └── trainset
│ ├── test_imgs
│ └── testset
│   ├── 01_Indoor
│   └── 02_Outdoor
├── AFLW
│ ├── 0
│ ├── 2
│ └── 3
├── COFW
│ ├── test_imgs
│ └── train_imgs
└── WFLW
  └── WFLW_images
    ├── 0−−Parade
    ├── 10−−People_Marching
    ├── 11−−Meeting
    ├── 12−−Group
    ├── 13−−Interview
    ├── 14−−Traffic
    ├── 15−−Stock_Market
    ├── 16−−Award_Ceremony
    ├── 17−−Ceremony
    ├── 18−−Concerts
    ├── 19−−Couple
    ├── 1−−Handshaking
    ├── 20−−Family_Group
    ├── 21−−Festival
    ├── 22−−Picnic

Tips: Pay attention to the test_imgs folder and testset folder in 300W dataset, the test_imgs pics are human faces from COFW which are annotated with 68 landmarks, that's why it is put here. Some other things are written in readme.txt.

The annotation file can be download from https://pan.baidu.com/s/1hYFcz260IB0pMISbHbxoTg, the code is tuz9, annotation format is [x1, y1, x2, y2, …, xn, yn, bboxleft, bboxtop, bboxright, bboxbottom, picH, picW, pic_route], which are coordinates, bounding box position, height and width of inital pic, and route of the pic in order.

Model Evaluation

WFLW training model can be download from https://pan.baidu.com/s/1tM3oJFUHmP4kJA7enXVLjA, the code is tbgi and put at weights folder, this model is trained with 900 epoch.

When evaluating, you can config the param in utils/args.py or just set the param by terminal, for example, if you want to evaluate at Pose Testset normalized in the way of inter_ocular:

python evaluate.py −−dataset WFLW −−split pose −−eval_epoch 900 −−norm_way inter_ocular

Model Training

Config almost everything in utils/args or set them by terminal:

python train.py −−dataset WFLW −−split train −−loss_type L2

Tips: This program integrates the Wingloss and Pose-based Date Balancing, if you want to use them, just choose it ^_^.

In the end

Fuck every LICENSE.