Prediction of solar magnetic flux emergence using deep neural nets. "Active region (AR) oracle"
- Virtual environments are strongly recommended, to prevent dependencies with conflicting versions. Create a conda virtual environment and activate it:
$conda create -n aracle python=3.6 -y $conda activate aracle
- Now do one of the following.
Option 2(a): clone the repo (please do this if you'd like to contribute to the development).
$git clone https://github.com/jiwoncpark/aracle.git $cd aracle $pip install -e . -r requirements.txt
Option 2(b): pip install the release version (only recommended if you do not plan to contribute to the development).
$pip install aracle
- (Optional) To run the notebooks, add the Jupyter kernel.
$python -m ipykernel install --user --name aracle --display-name "Python (aracle)"
- Generate the training toy data, e.g.
$python -m aracle.toy_data.generate_toy_data 5 224 ./my_data
- Run
$python -m aracle.train_faster_rcnn
You can visualize the training results by running
$tensorboard --logdir runs
Suggestions are always welcome! If you encounter issues or areas for improvement, please message @jiwoncpark or make an issue.