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@AnnieStephenson pointed out that there is currently an upper limit of 20 spheres (specified in scfodim.for file). Is there a physical or computational reason for this hard limit?
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I have managed to get ScattPy to work with the latest versions of Numpy and Scipy (and the new formulation for spherical bessel functions).
I have got good replication of results, but am having iss…
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```
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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cameraZoom is used to [scale the mesh](https://github.com/AcademySoftwareFoundation/MaterialX/blob/b0b42ec81e01e182e370ada6d1911c0101201cd1/source/MaterialXView/Viewer.cpp#L2287).
If cameraZoom is ch…
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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.…
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`sss2_input` is a boolean input to determine if the user is using serpent or scale group constants, and depending on which one, a different formula is used to calculate the `jac` due to the fact that …
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Implement simulation for single given incident polarization (complex
amplitude). It will cut down simulation time twice for certain applications.
```
Original issue reported on code.google.com b…
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It would be useful to expose the matrix element calculations in a user friendly and documented way.
For example, if I want to calculate Stark shifts on state |s> from a laser beam, I need to sum ov…
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```
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…
-
```
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…