On 8/19/22 08:19, Yann Orlarey wrote:
> Hi Robin,
>
> Here is a generic shelfcascade with an arbitrary list of frequencies. The
> gains are directly routed. They are in the reverse order (the first input
> is the gain of the last stage).
>
>
> shelfcascade(lf) = bus(lf), ls3(first(lf)) : sc(lf) // lf : list of
> frequencies
> with {
> sc((f1, f2, lf)) = bus((f2,lf)), bs3(f1,f2) : sc((f2,lf)); // recursive
> pattern
> sc((f1, f2)) = _, bs3(f1,f2) : hs3(f2); // halting pattern
> bus(l) = par(i, outputs(l), _); // a bus of the size of a list
> first((x,xs)) = x; // first element of a list
> };
> Hello Yann, Wow. Now that is a brilliant solution, and I have learned a few nice new tricks there as well. Splicing the frequency list for the halting pattern is something I would never have thought to do. I was too focused on using an iterator. Is there a reason why you have used outputs(l) instead of ba.count(l)? Thank you! -- robin
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