Ryan Coe

I returned this after a long hiatus and realized the pygmsh can indeed do refinement via the `extra_gmsh_arguments` arg for the method [`generate_mesh`](https://github.com/nschloe/pygmsh/blob/3160ff472da5de2783baf4e0de4ec642b402f6de/pygmsh/helpers.py#L48). However, I don't know (yet) how to...

This probably can work with some tweaking, but doesn't quite work yet. Unfortunately, I'm afraid this is far enough outside of my current knowledge base that it'd be another year...

Very cool. Perhaps we can incorporate your `all_faces_as_tetra` method above into capytaine (perhaps as part of `heal_mesh`)?

Sounds good. I messed with this a bit and wasn't able to get `pygmsh` to create quads in the same way that basic `gmsh` does... raised issue here https://github.com/nschloe/pygmsh/issues/331

@mancellin - Any preference on whether I put together tests for this via `meshmagick` or `capytaine`??

Looking at this a bit more, here's my current understanding: **stiffness:** I think there was a bit of a problem here, which I've submitted a fix for with #22 (note...

related to #1

@akeeste - Not sure if you already solved this, but I recently stumbled across a workable solution using the methods in `meshmagick` that generate `RigidBodyInertia` objects. For example, you can...

@akeeste - Happy to help. Would you mind posting an example of your workflow here? Or (even better) submit a PR that would make this seamless?

Referring back to [Aubrey's paper on the PCA contours](https://doi.org/10.1016/j.oceaneng.2015.12.018), I suspect it may have to do with the binning that's done to fit in second principal component/dimension (see [Section 3.2](https://www.sciencedirect.com/science/article/pii/S0029801815006721#s0040)),...