Danhickstein
Danhickstein
Looks cool! Thanks for looking into this. How does this compare with the "Fourier Hankel" method? And how does fitting cosine functions to the data differ from just taking the...
Yeah, in my mind, I always thought of the FT as a magical way to simultaneously "fit" a bunch of cosine (and sine) functions to your data. So, it seems...
Isn't getting the amplitudes of the cosine functions as simple as taking the real part of the FFT?
So, you're able to replace the fitting procedure with an FFT? This should be much faster.
Awesome! The explanation for why the indices of the coefficients from the FFT and from your fitting algorithm don't align is that the FFT is calculating the coefficients for different...
Well, I think that the spatial frequencies that we work with are arbitrary, but they are basically defined in this case by the `series` function, specifically in this line: ```python...
Dear Professor Liu, Apologies for the delayed reply. Thank you very much for presenting this method and for bringing your paper to our attention! We are delighted that PyAbel has...
@liuxunchen, did you get chance to take a look at these questions?
Hi @TheKevJames! Thanks for the info. Yeah, I think that you might be correct. We could set up another Travis run to build the docs and fail if there are...
Hi Pawel! Thanks for pointing this out. The `abel.Transform()` function is intended to operate on left-right symmetric images. If you want to transform just the right-side array, then you can...