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Good work! I was wondering if we both have _different_ implementation of Legendre polynomials. This is inspired from the Chebyshev KAN layer.
```
class LegendreKANLayer(nn.Module):
""" Inspir…
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Hi everyone and thank you for your great package!
I'm trying to implement a MultiOutput Kernel, to be used in a gpytorch setting, but I fail at constructing the matrix with `LazyTensor`s. I'm deali…
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Steps to reproduce:
- Download the two files `taylor.py` and `taylor.ipynb` from: https://gist.github.com/certik/10196463
- Run the notebook and you will see that the two cells [9] and [10] take forev…
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Hi Mikael.
Based on shenfun, I have been able to implement a fairly efficient solver for two-dimensional decaying turbulence in a doubly-periodic domain which I eventually plan to use for part of m…
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[Owen's T function](https://en.wikipedia.org/wiki/Owen%27s_T_function) currently does not seem to have a native julia implementation. Most existing implementations in Fortran or C are under GPL, which…
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Review research articles and books to get a better understanding of different applications of common numerical integration tools.
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related to #7
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I would like to know if there is a way to generate an orthonormal expansion of polynomials from the output of glexindex directly.
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Package: qtmultimedia[core,ffmpeg,gstreamer,qml,widgets]:x64-windows -> 6.4.1#1
Build failed at random point (all related to qsb shader) and without useful error log.
[install-x64-windows-rel-out.…
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The conversion of wavelength to reduced wavelength for Legendre polynomials currently happens in 3 different places in the Redrock code:
```
py/redrock/targets.py:186: self._legendre = { hs:np…