Adrian Fraser

Results 12 comments of Adrian Fraser

It's ugly, but I've seen people do complex numbers with netCDF by basically introducing an additional axis of length 2 that corresponds to the real/imaginary parts. I guess that means...

Hi, If I understand correctly, it sounds like you are trying to impose BCs along both axes. This feature is not included in the current Dedalus release, but I do...

Thanks for confirming. The last time I tried to install from source/github on my laptop, I eventually figured it out but ran into a lot of hangups. I'll give it...

I've tested this, but now calling `GlobalFlowProperty.max` throws the following error when it ends up calling `GlobalArrayReducer.reduce_scalar`: > Traceback (most recent call last): File "/Users/adfraser/PycharmProjects/dedalus_dev/planar_Kolmogorov_linear.py", line 132, in KH_EVP last_KE...

Do we want to promote the model parameters (like K_B = 1.24) to inlist options in case users want to fiddle with that? I think the original Brown et al...

As of this point, I've implemented the speedups that have zero error (change of basis / block diagonalization), and that have asymptotically small error (low Péclet number limit, which introduces...

I think this is working as intended. I've added a `safety` option to choose different combinations of the above speedups to employ: - safety = 0: Low-tau limit, low-Rm limit,...

For now, `safety=4` reverts back to the model as implemented before I began this PR, for sake of comparison with these other options. Note that `safety=4` and `safety=3` give identical...

FYI Keaton: looks like there's an incomplete section on the zenodo page, see screenshot below. Doesn't look like a big deal, just thought I'd notify you in case you're worried...

Note that length scales are non-dimensionalized by d = (kappa_T * nu / thermal_brunt^2)^(1/4), and velocity scales are non-dimensionalized by kappa_T/d. And that lhat is a wavenumber so it has...