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Right now our evalbase method for SplineParams and LinParams doesn't utilize the information in the type parameter (which specifies the type of the breaks <: AbstractVector)
Cases where breaks::Range could be sped up significantly in at least two places:
computing the indices specifying the lower boundary on the breaks. This could be simplified into rescaling the input point to live on 1:length(breaks) and then adjusting the endpoints
Computing the actual basis matrix: here we wouldn't need to do lookups of adjacent points in breaks and dividing by their difference -- that difference is the same constant for all pairs of adjacent breaks.
The text was updated successfully, but these errors were encountered:
Right now our
evalbase
method forSplineParams
andLinParams
doesn't utilize the information in the type parameter (which specifies the type of thebreaks <: AbstractVector
)Cases where
breaks::Range
could be sped up significantly in at least two places:1:length(breaks)
and then adjusting the endpointsbreaks
and dividing by their difference -- that difference is the same constant for all pairs of adjacent breaks.The text was updated successfully, but these errors were encountered: