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The recombination rates are currently stored in a (version-controlled) HDF5 file. If it is more ideal to not have to maintain this relatively large chunk of data, I will note that fiasco, while still in early development, can calculate relatively easily the ionization and recombination rates as a function of temperature from CHIANTI, e.g. https://fiasco.readthedocs.io/en/latest/generated/gallery/plot_recomb_rate.html.
I realize that having a dependence on an unreleased package is not ideal. I would be happy to push to cut a release of fiasco if having this dependence/capability is something people want.
There is probably also some work to do to reconcile the different ways fiasco and plasmapy treat ions/particles.
The text was updated successfully, but these errors were encountered:
The recombination rates are currently stored in a (version-controlled) HDF5 file. If it is more ideal to not have to maintain this relatively large chunk of data, I will note that
fiasco
, while still in early development, can calculate relatively easily the ionization and recombination rates as a function of temperature from CHIANTI, e.g. https://fiasco.readthedocs.io/en/latest/generated/gallery/plot_recomb_rate.html.In can also calculate the equilibrium populations as a function of temperature which is likely useful for constructing a set of initial conditions, e.g. https://fiasco.readthedocs.io/en/latest/generated/gallery/plot_ioneq.html#sphx-glr-generated-gallery-plot-ioneq-py. It looks like this is already done here though:
PlasmaPy-NEI/plasmapy_nei/eigen/eigenclass.py
Line 24 in 7c6700a
I realize that having a dependence on an unreleased package is not ideal. I would be happy to push to cut a release of fiasco if having this dependence/capability is something people want.
There is probably also some work to do to reconcile the different ways
fiasco
andplasmapy
treat ions/particles.The text was updated successfully, but these errors were encountered: