Erik Everson
Erik Everson
The is a refactoring of `find_floating_potential` such that its returned value is a two element tuple matching the pattern `(vf, extras)`. In this case `vf` is the computed floating potential...
This is a plotter function for graphing the results of `find_floating_potential()` in the swept Langmuir analysis module.
Not official...just to see the beginnings of this prototype
This PR updates `plasmapy` in accordance with moving `plasmapy_sphinx` into its own repository, [`plasmapy_sphinx`](https://github.com/PlasmaPy/plasmapy_sphinx). --- ### Note The requirements currently have `plasmapy_sphinx` being pulled directly from the GitHub repo, since...
1. Functionality for `plasmapy.analysis` - [ ] Create a `bdot_probe.py` - [ ] Create `calc_bfield()` function. Does not use units, strictly `numpy` arrays (probably 1D). - [ ] Create a...
Right now the Stix cold plasma tensor parameters (S, D, L, R, and P) are calculate with functions `cold_plasma_permittivity_SDP` and `cold_plasma_permittivity_LRP` int `plamsapy.formulary.dielectric`. I'm proposing to create a class that...
I'm thinking we should add an admonition to the top of the documentation landing page that directs users to which version of the documentation they should be viewing. For example,...
Add an example to the two fluid dispersion notebook where the solution yields both real and complex values for omega.
`@particle_input` ques off of arguments annotated with `Particle` to properly condition that argument into a `Particle()` object. However, that argument is allowed to be a string (e.g. `"He+"`) or a...
The `quantum_theta` function should be moved from `plasmapy.formulary.dimensionless` to `plasmapy.formulary.quantum`. I would have no problem still keeping it exposed in the `dimensionless` namespace. Additionally, the one test written for `quantum_theta`...