Note: development on SpectroscoPyx is currently suspended.
An open source community developed Python 3.6+ package for spectroscopy in the early stages of development. The focus is on atomic spectroscopy with applications for plasma spectroscopy. SpectroscoPyx intends to be for spectroscopy what Astropy is for astronomy - a collection of commonly used programs to be shared between spectroscopists and researchers globally, running within and leveraging the open source scientific Python ecosystem.
Goals include:
- Creating a generalized syntax for describing atomic energy levels and transitions
- Creating a single interface for multiple spectroscopic databases (e.g., NIST, CHIANTI), opacity databases, and lineshape databases
- Maintaining a system of unique identifiers to precisely share and cite which databases and versions were used for a particular analysis run
- Generating tools convenient for common tasks in simulation and analysis of spectroscopic data
- Creating a spectroscopic simulation suite which can use the aforementioned interfaces to readily compare spectra generated using different databases
We created a guide on contributing to SpectroscoPyx and have a code of conduct. New contributors are very welcome!
We are in the process of writing online documentation.
We're not on PyPI or Conda yet, but we're working on it!
To install the development verison follow the contribution guidelines.
Like most scientific Python packages, PlasmaPy probably runs best on the Anaconda distribution.
SpectroscoPyx requires Python 3.6 and is not compatible with Python 2.
SpectroscoPyx is licensed under a 3-clause BSD license with added protections
against software patents - see the LICENSE.md file in
the top-level directory.