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With the implementation of #298 the spliner classes can now handle all combinations of radial basis functions and atomic densities we offer 🎉. And, there is already some technical documentation available. On top some mathematical background explanation would be very useful. i.e. We use a semi-analytical version when we have GaussianDensities etc.
@kvhuguenin already wrote a very good tex document on overleaf which we basically "only" have to cleanup and port to rst.
The text was updated successfully, but these errors were encountered:
With the implementation of #298 the spliner classes can now handle all combinations of
radial basis
functions andatomic densities
we offer 🎉. And, there is already some technical documentation available. On top some mathematical background explanation would be very useful. i.e. We use a semi-analytical version when we have GaussianDensities etc.@kvhuguenin already wrote a very good
tex
document on overleaf which we basically "only" have to cleanup and port torst
.The text was updated successfully, but these errors were encountered: