apollinaire 1.4.0

Module for helio- and asteroseismic data analysis.

apollinaire

Python tools for helioseismic and asteroseismic frameworks. This package provides functions and frameworks designed for helioseismic and asteroseismic instruments data analysis.

The core of the package is the peakbagging library, which provides a full framework to extract oscillation modes parameters from solar and stellar power spectra.

Getting Started

Prerequisites

The apollinaire package core framework is written in Python 3. The following Python package are necessary to use apollinaire :

• numpy
• scipy
• pandas
• matplotlib
• h5py
• emcee
• corner
• pathos
• dill
• statsmodels
• numba
• george
• astropy
• tqdm

Installing

With conda:

conda install -c conda-forge apollinaire

With pip:

pip install apollinaire

You can also install the most recent version of apollinaire by cloning the GitLab repository:

git clone https://gitlab.com/sybreton/apollinaire.git

Documentation

Documentation is available on Read the Docs.

Authors

Software development:

• Sylvain N. Breton - Maintainer - (INAF - Osservatorio astrofisico di Catania)

Commit contributors are listed below:

• Vincent Delsanti (CentraleSupélec)
• Fabien Desmurs (CentraleSupélec)
• Aurélien Hamy (CentraleSupélec)
• Dinil Bose Palakkatharappil (CEA Saclay)

Additionally, the module development benefitted from the scientific contribution from:

• Rafael A. García (CEA Saclay)
• Jérôme Ballot (IRAP - Université de Toulouse)

Acknowledgements

If you use apollinaire in your work, please cite the apollinaire reference paper (Breton et al., 2022), the Astrophysics Source Code Library code record,
and provide a link to the GitLab repository. You will find more detailed citing instructions in the documentation.