cgeniepy

cgeniepy is a Python package to analyse the output of cGENIE Earth System Model. It aims to provide a set of convenient tools for the post-simulation work, including analysing the model output, plotting publication-quality figures, and conducting model-data comparison.

⚠ cgeniepy is in beta stage with main functionalities being accompolished.

Installation

1. Install from PyPI.

python3 -m pip install cgeniepy

1. Install from GitHub:

python3 -m pip install git+https://github.com/ruiying-ocean/cgeniepy.git@master

1. Install extra dependency

python3 -m pip install "cgeniepy[extra]"

Quickstart

I have uploaded a sample model run, which is a preindustrial spinup configuration with marine ecosystem and biogeochemistry enabled (C, P, Fe, Si, O).

import cgeniepy
from cgeniepy.model import GenieModel

model = cgeniepy.sample_model()
## for your own model experiment
model = GenieModel("directory_to_your_model_output")

## select variable -> select coordinate -> operation like mean or plot
model.get_var('ocn_sur_temp').isel(time=-1).plot(colorbar=True)

• If you want to try other cGENIE model runs, you may go to this zenodo record (https://zenodo.org/records/10575295).
• If you want to try non-cGENIE model, I have also uploaded two example files to here (https://zenodo.org/records/13786014).

Documentation

An online documentation is hosted in readthedoc.

Citation

Ying, R. (2024). cgeniepy: A Python package for analysing cGENIE Earth System Model output. Journal of Open Source Software, 9(101), 6762. https://doi.org/10.21105/joss.06762

Logo

Logo is designed by me using free righteous font.

Alternative

• Prof. Andy Ridgwell's muffinplot
• Dr. Alex Phol's genie_basicdiags

Raise a bug

Please use GitHub's Issues to raise a bug. This makes the issues traceable so that future users having the same problem can find the answer in the public domain.

Contributing

How to contribute