-
```
Some applications require a complete extinction matrix K either for fixed
orientation or orientation-averaged. For fixed orientation K can be easily
obtained from the amplitude scattering matrix…
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Hi all! A couple of quick suggestions for speeding up the Kwant simulations:
### Potential computation
Kwant evaluates potentials one site at a time, which is inefficient because it maximizes Py…
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I just recently came across [JAX](https://www.youtube.com/watch?v=_0D5lXDjNpw) and I am now trying to use it for my implementation of the [Hapke Anisotropic Multiple Scattering Approximation model](ht…
-
```
Some applications require a complete extinction matrix K either for fixed
orientation or orientation-averaged. For fixed orientation K can be easily
obtained from the amplitude scattering matrix…
-
```
It is possibly to calculate T-matrix using the DDA, which can be used for
repeated simulation of different particle orientations. Originally it was
proposed by Dan Mackowski in 2002 - http://dx.…
-
W.R.C. Somerville, B. Augui\'e, E.C. Le Ru,
J, Quantitative Spectroscopy Rad. Transfer {\bf 113}(7), May 2012, 524-535
http://dx.doi.org/10.1016/j.jqsrt.2012.01.007
Walter R. C. Somerville, Bapti…
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Our current solution has some shortcomings.
It can do basically everything we need but does not protect users from some easy to make mistakes.
# Transformations of points and vectors
Currently,…
-
```
It is possibly to calculate T-matrix using the DDA, which can be used for
repeated simulation of different particle orientations. Originally it was
proposed by Dan Mackowski in 2002 - http://dx.…
-
```
It is possibly to calculate T-matrix using the DDA, which can be used for
repeated simulation of different particle orientations. Originally it was
proposed by Dan Mackowski in 2002 - http://dx.…
-
I think that the calculation performed when requesting Q units for 2d map calculations appears to be only valid when x=0, which does not work if you want to move the detector using rot2.
The functio…