cometspec 0.1.1

Fluorescence modeling and MCMC fitting for cometary spectra.

CometSpec

Fluorescence modeling and MCMC fitting for cometary spectra.

• Documentation: https://cometspec.readthedocs.io/en/latest/
• Source code: https://github.com/baltasarluco/CometSpec

A usage example is provided in WorkFlow_Example/ as a Jupyter notebook called WorkFlow.ipynb, and Test_getting_started.ipynb are the cells on the documentation.

For citation information, see the Citation page in the documentation.

Data DOI: 10.5281/zenodo.19801569

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Install

pip install cometspec

Or install from source:

git clone https://github.com/baltasarluco/CometSpec.git
cd CometSpec
pip install .

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Roadmap

CometSpec is under active development. Planned additions include:

• Dust and solar continuum — model the underlying continuum alongside emission lines
• More molecules — extend beyond CN, C₂, Fe to other cometary species and polishing of existing line lists.
• Non-equilibrium and non-LTE models — go beyond fluorescence equilibrium to model more complex excitation conditions
• Nested sampling — add nested sampling as an alternative or complement to MCMC for posterior estimation

If you are interested in collaborating, feel free to reach out at [e-mail].

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Contact

For questions, suggestions, or bug reports, open an issue on GitHub or contact [e-mail].

Version 0.1.1 what's new:

• We add the possibility to include the $\rm X^2 \Sigma^+$ rovibrational transitions of CN.
• We improve the mcmc plotting, which was previously hidding some labels for some corner cases.
• We changed two parameter names:
  • logQ is now f_col. In order to avoid confusion between collisions and production rates.
  • q is now logQ to clarify that the production rate is in log scale.
  • In relation top both changes, any _err, _iso or other parameter directly related to the oldlogQ or q has been renamed accordingly.