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It is slow because a lot of empty space is taken at both sides of the mutliplets - when intepolating it requires very large arrey.
The multiplet could go through a checkof the quality of the cut of the multiplet.
It would chop off the sides with no signals.
Algorithm: The integral of the region could be calculated (sum of all points or sum of abs of all points), and then and scaled to 100%. Then, keep only the part of the spectrum where (say) 98% of the integral is found, plus a margin of (say) 5 Hz. More implementationally: run from the sides and discard until the cumulated integral reach 1%, then go back (say) 10 Hz (to avoid chopping the lineshape... which is bad for deconvolution).
There seems to be 2 limiting steps:
In node to get profiling you can do:
node -r esm --inspect-brk examples/ddd.js
And the in the browser enter the url
chrome://inspect
to profile the code.The text was updated successfully, but these errors were encountered: