This repository is the official implementation of Coastal Aquaculture Extraction Using GF-3 Fully Polarimetric SAR Imagery: A Framework Integrating UNet++ with Marker-Controlled Watershed Segmentation. The main work flow is as follows:

This method can be split into two steps: 1. getting coarse segmentation via U-Net; 2. According to the difficult boundary proposals, repairing the boundary in a patch.

• torch
• torchvision
• opencv-python
• gdal

1. train your custom coarse segmentation model

   cd fishpondTrain
   python train.py --dataRoot ${your data root} --in_chs 1 --num_classes 2
   

2. prediction(coarse segmentation)

   cd fishpondPredict
   python predict.py --data_path ${the path of image} --seg_model_path ${coarse segmentation model}
   

3. patch repair (training and prediction)

   cd PatchSeg
   python train.py --dataRoot ${your data path}
   python PatchPredict.py --imgPath entropy_shannon_subset_Feature.tif --CoarseSegPath coarse.tif --modelPath patch.pth --outPath final.tif
   

Thanks for completing this repo with Dr. Yu's kind help.