Víctor Zabalza

In addition to the current information, the README file should include: - [ ] A more detailed motivation for `lens`. - [ ] A link to the docs. - [...

Currently, lens requires a pandas dataframe as input to the `lens.summarise` method. This places an upper limit on the size of the dataset analysed, which must be smaller than the...

Currently the docs are comprised of a tutorial rendered from a notebook, and an API reference built form the python docstrings. We should expand the docs to include: - [...

This adds a class to compute synchrotron from a proton population. Fixes #134. ToDo: - [ ] Documentation - [ ] Validate and add reference values in tests

Add proton synchrotron computation

6

This is a relatively simple modification that would require an additional argument to the `Synchrotron` class and setting the particle mass to either `m_e` or `m_p` in the gyroradius calculation.

Subclass models from astropy.modeling

2

Work is under way to support Quantities as parameters in `astropy.modeling`. When this is ready, naima should use or subclass the functional models from `astropy.modeling`, and subclass them for the...

Use specutil classes for internal representation of spectra.

Create an automatic sherpa model generator

3

From the radiative and functional models, create a sherpa model automagically, e.g.: ``` python >>> from naima.models import create_sherpa_model, Synchrotron, PowerLaw >>> SynPL = create_sherpa_model(model=Synchrotron, particle_distribution=PowerLaw) ``` All parameter fields,...