Questions about which issues would be most appreciated to work on

[AllySmith03]

Hello! I'm a masters student at the University of Colorado, Boulder, and for one of my classes we are doing a project to contribute to an open source community. I'm very interested in adding something valuable to Pyro, and I'm looking for some insight as to what would be most appreciated!

I'm curious, specifically, about the tutorial issue. Since there are already resources included that cover the methods in Pyro, as well as detailed documentation, would this tutorial be more like a document that details how to set up, run, and interpret some example problem? What was the original thought about what a Pyro tutorial would look like?
If the tutorial issue is too redundant at this point, I would also be interested in tackling one or more of the other bug fix or improvement related issues. In that case, are there any issues that stand out as higher priority than others?

I really like the mission of Pyro. I've been working with hydrodynamics solvers for the past couple of years, and I always appreciate (and would have found valuable when I was starting) projects aimed at helping newcomers. I would love to be able to support this project!

Thanks
-Ally Smith

[zingale]

Hi, thanks for the interest.

To be honest, I am not sure what I was thinking when we made that tutorials issue. But there has been a lot of development since then, in particular, with showing how to work with pyro in Jupyter. For example this:

https://python-hydro.github.io/pyro2/rt_average.html

So I think adding anything you think of interest to the "examples" section would be useful.

I did an example of convection for a class:
https://zingale.github.io/stars/notebooks/convection/convection-2d.html
and I should probably bring that over too.

[AllySmith03]

Hi!
My apologies for the delay in response.
Thanks for clarifying!

Doing something similar to your convection example but for some of the other problems that don't currently have examples sounds intriguing to me. Specifically I would start with some that utilize the compressible solver, like plume and ramp. I'll also keep my eyes open for any interesting examples more along the lines of the RT average notebook or other problems I think might be worth adding!

Thanks!
-Ally