firionus / nonuniformresampling1d.jl Goto Github PK
View Code? Open in Web Editor NEWResamples uniformly sampled 1D data at nonuniform locations
License: MIT License
Resamples uniformly sampled 1D data at nonuniform locations
License: MIT License
For example, emulate the behavior of normalize
in LinearAlgebra
:
https://github.com/JuliaLang/julia/blob/bf534986350a991e4a1b29126de0342ffd76205e/stdlib/LinearAlgebra/src/generic.jl#L1744-L1787
Some suggested content:
Examples, e.g. frequency response measurements -> do that in smoothing library
see https://docs.julialang.org/en/v1/base/base/#Base.@assert
We must not rely on AssertionErrors for e.g. input validation.
There should be a diagram and concise explanation of the resampling approach in the README.
Come up with a good way to state the requirements and how to test them.
Perform a Style Check, etc.
EDIT: I think this would be better put into a separate package that depends on this one, called something like "NonuniformSmoothing1D".
Move private implementations for logrange and polyrange into the repo.
Improve the API to be as close to Base's range as possible. Use something like step=1/24, base=2
for 24 points per octave in logrange.
Check if it makes sense to return an iterator instead of an array (see here: https://stackoverflow.com/questions/59985035/does-there-exist-any-alternative-of-logspace-in-julia-v1-3-1/59987565#59987565)
The end goal is to have a high level API to perform log or poly non-linear smoothing.
Currently, an error is thrown if out-of-bounds points would be required. I think this is a good default behavior, but for advanced usage some boundary conditions would be useful like:
E.g. use the hopefully already existing examples. This should be low priority.
Once done, the following list of performance concerns could be tackled:
regrid
instead of allocating every time. Problem: With current upsampling scheme, the maximum length required for this buffer is not well defined.During early development, I noticed that the use case of resampling from arbitrary grids to something else is a bit too special for me. Therefore, I'll focus on resampling from uniform to nonuniform grids with the main goal of smoothing FFT data, even though upsampling would also be supported.
Alternative Name: NonuniformResampling
Pros:
Cons:
EDIT: ToDo
rectwin
: not very readable with the mashed abbreviationsWindowFuncitons.rect
: long, wordy, the important part (rect) at the endrect_window
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