Marshall Perrin

Here is a rather complex older issue. Not sure if we want to look at this or not right now, but better sooner than later?

This issue is too complex to do anything about for right now. I checked in the code and the defaults are all consistently at 2 right now, so that's at...

**Comment by [mperrin](https://github.com/mperrin)** _Tuesday Jan 17, 2017 at 15:06 GMT_ ---- Argh, good catch. I have to admit, the multiple types of oversampling available is sort of a confused and...

@kvangorkom This PR may be of interest to you. (but definitely feel free to completely ignore this if you're getting busy with other things and don't feel like looking at...

Oh, and this PR also adds functions `plot_noll_zernikes` and `plot_wyant_zernikes` to make pretty plots of the polynomials. Mostly for debugging purposes but I figured I would add them to `poppy.zernike`...

oh nice! I figured there had to be an algorithmic way to do that mapping rather than my hack of a lookup table. I will look at merging in your...

@sdwill can you comment on this one? I believe the issue here is specifically with the DM class option for evaluating the surface as a sum of many gaussians, not...

Ah. The trick is not to use the Gaussian influence function at all. There is another path that uses a convolution kernel with a measured influence function and that is...

We should update the docs for ContinuousDeformableMirror to add some brief remarks on performance, and recommendation to use the convolution pathway rather than the Gaussian.

Hi, and thanks for the kind words. In principle yes I think this should be straightforward enough, though I don’t know if anyone has yet tried modeling holograms (so there...