Hi again!
Thank you for all your tips!
I suggest placing all of your coefficients into a large parallel
signal bank:
coeffs = (b0, b1, b2, ..., b511); // FIR filter coefficients for
length 512
and then use par() etc.
I tried both of these:
process = fi.fir(coeffs);
process = _ <: par(i, 512, @(i) * ba.take(i + 1, coeffs)) :> _;
Which, unfortunately, both suffer from the same problem. Did I got the
suggestion right?
You can set unlimited time by adding
-t 0
to your compile command.
I am currently trying this.
Interesting ! Do you have some code to show? Is is part of an
official JULIA ==> Faust project?
No, it isn't an official project. I just design some filters using
DSP.jl then I try to generate Faust code that implements them. I just
open a file for writing and I fill it with Faust code. I guess I can
cook a few minimal examples to share, I cannot share my code right away
as it is sort of confidential.
On Mon, 19 Mar, 2018 at 8:20 AM, Stéphane Letz <l...@grame.fr> wrote:
Le 18 mars 2018 à 23:06, CrocoDuck o'Ducks
<crocoduck.odu...@gmail.com> a écrit :
Hi there!
I currently have some Julia code producing 512 taps for an FIR
filter.
Interesting ! Do you have some code to show? Is is part of an
official JULIA ==> Faust project?
Stéphane
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