Rob Hetland

I think that [xgcm](https://xgcm.readthedocs.io/en/latest/) has a good model for calculating derivatives on structured grids. The key is to create a grid class that contains the metrics needed to do the...

Thanks for this thorough reply, @daanreijnders. I think that a more difficult case to consider is interpolation of properties where gradients are strong. E.g., surface floats will congregate at fronts,...

What you propose should work. The coordinates on the CF page you link to correspond to the two transforms listed in the [ROMS Wiki](https://www.myroms.org/wiki/Vertical_S-coordinate). I think it makes sense for...

I agree with the excellent summary by @hrajagers. A comment and an addition: - One way to think of S-GRID conventions, is (as Bert says) as an extension of the...

I'll leave it to the folks who wrote the SGRID convention to give the final word on this, but regarding your first point, I think that the SGRID conventions are...

The pre-processor issue is fixed, but I think it is still not working on PCs. -r On Mar 11, 2014, at 11:32 AM, Rich Signell [email protected] wrote: > As I...

CSA is certainly a stand-alone utility. It is a wrapper of Pavel Sakov's utility for fast interpolation. It is useful for interpolating many many points, like interpolating millions of soundings...

Awesome. Perhaps we could make a setup-basic.py file that could be used instead that would not use any compiled code. I still need to refactor to make explicit all the...

Does your windows machine have a fortran compiler? That would be required to build the iso module. Perhaps the import should be wrapped in a try/except, and then it will...

Yes, indeed, this is very welcome. I have exactly zero weeks of experience building software on windows, so this is quite useful. Note that we have also had issues with...