hellotem / LT3P

LONG-TERM TYPHOON TRAJECTORY PREDICTION: A PHYSICS-CONDITIONED APPROACH WITHOUT REANALYSIS DATA ()

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LT3P Inference code

UM data link: [https://drive.google.com/drive/folders/1_hos41VlpbFIlhjCcuniN8OTCKe4ctBu?usp=drive_link]

Best Track link: [https://drive.google.com/drive/folders/1fyiXUdseyUVCabqT7JcxxblTpXup1RVR?usp=drive_link]

Additional Visualization Results [https://drive.google.com/drive/folders/1-ZTpPgQ0YRdxL0xzdTvC0fYz6hKLKLdf?usp=drive_link]

pre-trained weight [https://drive.google.com/file/d/1ShXQ1lA6zKoyDvugY79NbczIWhz5Mjig/view?usp=drive_link]

Note that because the capacity of UM data is very large, the size that can be uploaded anonymously is limited. We only disclose test data. Full data link will be released later.

Folder Structure

./README.md
./infer.py
./lt_tpc.py
./metrics.py
./model.py
./modules.py
./utils.py
./UM_2019/
---------/.npy
./2019/
---------/.txt
./1900.pth

python3 infer.py

Visualization results are automatically saved.

The red dot is prediction, the green dot is input, and the blue dot is GT. bwp292019_KAMMURI_part1 bwp292019_KAMMURI_part3

Note that we provide a deterministic model due to inference code compatibility.

Our full training and inference code will be released after review.


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LONG-TERM TYPHOON TRAJECTORY PREDICTION: A PHYSICS-CONDITIONED APPROACH WITHOUT REANALYSIS DATA ()


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