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This is part of #340.
We have a Laplace approximation, but we only want to use it on a subset of variables (the latent field). We want to use some other inference method on the other variables (hyp…
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Hello, thanks for your excellent work!
Here I meet two problems mainly:
1. When I run original Gaussian Splatting on MIP NeRF 360_v2/kitchen scene, it can achieve around 25 it/s as showing as fo…
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Microsoft Windows [Version 10.0.19045.3448]
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C:\Users\Michael>cd gaussian-splatting
C:\Users\Michael\gaussian-splatting>SET DISTUTILS_USE_SDK=…
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Non-Gaussianity amplitude is no longer computed in v0.3 (i.e., in multi-field version). It needs to be reimplemented.
This would require optimizations for `InflationValue` as right now using expres…
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I followed the README and the video at https://www.youtube.com/watch?v=UXtuigy_wYc but i fell in a slump for a few hours due to persistent errors in installing as suggested.
As many others pointed ou…
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```
Part of the radiation force is produced by direct influence of the incident
field on the point dipoles. When computing this part, ADDA currently assumes
the standard plane wave. Therefore, the r…
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```
Part of the radiation force is produced by direct influence of the incident
field on the point dipoles. When computing this part, ADDA currently assumes
the standard plane wave. Therefore, the r…
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dear sir,
My laser is Gaussian on a time scale, but after my laser is over, there is still an electric field coming out. What happens?
!Thank you for your answer and have a good life.
![(W62V9 `P…
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```
Part of the radiation force is produced by direct influence of the incident
field on the point dipoles. When computing this part, ADDA currently assumes
the standard plane wave. Therefore, the r…
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A recent change to scipy.stats.gaussian_kde is the removal of the _norm_factor field which rswarp is depending on here:
https://github.com/radiasoft/rswarp/blob/47cc514bcca20becd043f9f981a661b000ad…