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Dr. Sun,
the latest pyscf if include fast multipole method (FMM) ?
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This continues a conversation that started here:
https://github.com/JuliaDiffEq/MultiScaleArrays.jl/issues/25#issuecomment-371539346
HierarchicalMatrices.jl gives a convenient way to implement t…
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```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
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Hello there,
I'm currently working on astrophysics simulations and I'm really excited about kiddo. I would like to use [treecode algorithm](https://en.wikipedia.org/wiki/Barnes%E2%80%93Hut_simulati…
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```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…