On Sun, Aug 21, 2022 at 2:51 PM Robin Gareus wrote:
> thank you for faust2lv2! It is my favorite target.
>
Well, I'm afraid that my upstream repo for faust-lv2 has been lagging
behind for quite some time now. Fortunately, Stephane, alex-tee, and jpcima
have picked up the slack, though. Thanks
On 8/20/22 00:23, Albert Graef wrote:
> On Fri, Aug 19, 2022 at 6:23 PM Yann Orlarey wrote:
>
>> We will never thank Albert Graef enough for the black magic of pattern
>> matching in Faust ;-)
>>
>
> Thanks! So even though nobody uses Pure much these days (including myself),
> its
On Fri, Aug 19, 2022 at 6:23 PM Yann Orlarey wrote:
> We will never thank Albert Graef enough for the black magic of pattern
> matching in Faust ;-)
>
Thanks! So even though nobody uses Pure much these days (including myself),
its pattern-matching code will survive in Faust. ;-)
I was about to
Hi Robin,
We will never thank Albert Graef enough for the black magic of pattern
matching in Faust ;-)
Concerning "outputs()" it is not exactly the same as "ba.count()" but it
will give the same result for a usual list of numbers (*). But "outputs()"
being primitive, based on internal
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)
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)) =
On 8/19/22 00:24, b...@magnetophon.nl wrote:
> Hi Robin,
>
> When I saw your shelving based MB compressor, I also set out to make a
> generic N band and M channel version of it. :)
> I ran into the same problem, and came up with this solution:
>
Hi Robin,
When I saw your shelving based MB compressor, I also set out to make a
generic N band and M channel version of it. :)
I ran into the same problem, and came up with this solution:
https://github.com/magnetophon/faustExperiments/blob/shelfComp/N_band_Compressor_N_chan.dsp#L47
Hope
On 8/17/22 22:12, Hermann Meyer wrote:
>
> were you could put anything you like into the filterbank, when defined,
> while set frequency at runtime.
>
> process= _: geq: ( dist5s , dist4s , dist3s, dist2s, dist1s)
Thanks for the confirmation that what I'm currently doing is not far off
the
Am 17.08.22 um 18:10 schrieb Robin Gareus:
Hello Faust community,
I'm brushing up my FAUST skills. It's been over a decade and it's
amazing to see how far things have grown. Well now, I just ran into an
issue:
How can I place signal primitive into a list?
e.g. use _,_ as list arguments
Hi Robin,
Welcome back!
As written, analyzer needs a list of frequencies as a second argument.
These frequencies can be numbers or more complex circuits, but they have to
be number-like, i.e. with no input and only one output. So you can't use
the identity function _ as a frequency (because it
Hi Klaus,
Thanks for the reply. If I understand correctly, waveform is a read-only
primitive, and only work for constant data. Am I missing something? Do
you have an example?
I suppose a rwtable could be abused as intermediate. But it seems like
overkill, for just getting arguments from a
I did a list with wavform once
https://faustdoc.grame.fr/manual/syntax/#waveform-primitive
Hope it helps...
> On 17. Aug 2022, at 18:10, Robin Gareus wrote:
>
> Hello Faust community,
>
> I'm brushing up my FAUST skills. It's been over a decade and it's
> amazing to see how far things have
Hello Faust community,
I'm brushing up my FAUST skills. It's been over a decade and it's
amazing to see how far things have grown. Well now, I just ran into an
issue:
How can I place signal primitive into a list?
e.g. use _,_ as list arguments (_,_) for `an.analyzer(3, HERE)`
If I
14 matches
Mail list logo
