Hi Brandon,
how about this?
Cheers, Klaus
import("stdfaust.lib");
n = 4;
a = si.bus(n);
b = si.bus(n);
process = a,b : summing(n);
summing(n) = si.bus(n*2) : ro.interleave(n,2) : par(i,n,( _,_ :> _ ));
Klaus Scheuermann
[email protected]
+491716565511
> On 17. Aug 2025, at 04:34, Brandon Hale <[email protected]> wrote:
>
> Hello all,
>
> I'm working on some faust code that adds some multichannel signals together.
> Below is an example of what I'm trying to do:
>
> import("stdfaust.lib");
>
> a = no.noise,no.noise,no.noise,no.noise;
> b = no.noise,no.noise,no.noise,no.noise;
>
> process = a+b;
>
> My idea for what I'm trying to do is:
>
> chan 1 of a gets added to chan 1 of b
> chan 2 of a gets added to chan 2 of b
> ... and so on
>
> So the audio output of the dsp would be 4 channels.
>
>
> I know this code above is nonsensical, but I'm trying to figure out how one
> would do this in faust, as I have some Ambisonics code that I'm working
> through.
>
> Thank you very much for your help,
> Brandon Hale
>
>
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