Georg Holzmann schrieb:
Hallo!
to explain it with an example imagine a sine Signal of appropriate
frequency (like 44100/1024 Hz to fit into a 1024-array) with some
added white noise
with maverage~ the result would be 0
with the average function i need the result would be a clear sine
without noise (if you average over enough blocks)
hm, I don't know if I understand what you want, but maybe you want to
only leave correlated signals ?
E.g. noise is highly uncorrelated ...
i tried to realize it with the FIR~ object and an array with all
values set to 1 ... and it seemed to work
greater array leads to a average of more blocks, but the FIR~ object
does some weird things, like shifting my signal which makes it not
usable for me
okay, I understand ...
ok, now i know why FIR~ didn't work for me, the delay is in samples not
in blocks (of course) so what i need is a patch with something like that
(for a blocksize of 1024)
|inlet~|
|\ \ \
||z~ 1024| |z~ 2048| |z~ 3072| ... (n-times)
| / / /
|/ / /
|
|/~ n|
|
|outlet~|
it works this way, but is a bit hard to handle
i appretiate any hints for an easier implementation of this
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