> Welcome to Faust!
>
thanks! i am so excited that i can forget my current dsp/synthesis
knowledge with such a cool language
> In your example you can use :
>
> gate = button("../basshit-gate");
>
>
thank you!
this is interesting.. is there a resource for learning about the way that
the pathing works in detail?
..
it seems like i can look at the diagrams Faust generates to see groups and
components..
but i am not sure about what the rules are.
like for another example in that same code, I cannot seem to get the
modulation envelope controls to be in a different group (box) than the
oscillator controls using 1 or more ../
is there a specific doc about the language itself, that maybe I've missed?
I'm a big fan of rtfm, just need to find it, maybe..
Cheers
>
> Yann
>
>
>
> -------------------------
>
> Yann Orlarey
> Directeur scientifique / Scientific Director
>
> <http://www.grame.fr>
>
>
> Le mar. 11 juin 2019 à 19:56, interrupt <misterinterr...@gmail.com> a
> écrit :
>
>> Bonjour, FAUST users!
>> My name is Matt Howell, Nice to meet all of you. I have just started
>> learning the language so I have a few questions. I have a long experience
>> as a programmer, artist, and sound design, so I'm excited to be using
>> FAUST for a percussion synth that I am building on the Teensy3.6.
>>
>> I am currently trying to understand at least two things:
>> 1. how to make a button trigger two envelopes
>> 2. how to make the button show up in a higher level group, instead of
>> twice in the two envelope ui groups
>>
>> source >>>
>>
>> import("stdfaust.lib");
>>
>> gate = button("basshit-gate");
>>
>> carrierAmpEnv(trig) = hgroup("[0]Carrier-Amp-Envelope",
>> en.dx7envelope(
>> vslider("[0]amp-rate1",0,0,2,0.001): si.smoo,
>> vslider("[2]amp-rate2",0.02,0,2,0.001): si.smoo,
>> vslider("[4]amp-rate3",0.04,0,2,0.001): si.smoo,
>> vslider("[6]amp-rate4",0.25,0,2,0.001): si.smoo,
>> vslider("[1]amp-level1",1,0,1,0.01): si.smoo,
>> vslider("[3]amp-level2",1,0,1,0.01): si.smoo,
>> vslider("[5]amp-level3",0.5,0,1,0.01): si.smoo,
>> vslider("[7]amp-level4",0,0,1,0.01): si.smoo,
>> trig
>> )
>> );
>> modulationEnv(trig) = hgroup("[1]Modulation-Envelope",
>> en.dx7envelope(
>> vslider("[0]mod-rate1",0.00,0,2,0.001): si.smoo,
>> vslider("[2]mod-rate2",0.02,0,2,0.001): si.smoo,
>> vslider("[4]mod-rate3",0.04,0,2,0.001): si.smoo,
>> vslider("[6]mod-rate4",0.25,0,2,0.001): si.smoo,
>> vslider("[1]mod-level1",1,0,1,0.01): si.smoo,
>> vslider("[3]mod-level2",1,0,1,0.01): si.smoo,
>> vslider("[5]mod-level3",0.5,0,1,0.01): si.smoo,
>> vslider("[7]mod-level4",0,0,1,0.01): si.smoo,
>> trig
>> )
>> );
>> modulatorFreq = hslider("modulator-freq", 110, 20, 15000, 10) : si.smoo;
>> carrierFreq = hslider("carrier-freq", 90, 20, 15000, 10) : si.smoo;
>> modIndex = hslider("modulator-index", 10000, 0, 15000, 10) : si.smoo;
>> modGain = hslider("modulator-gain", 0.5, 0, 1, 0.01) : si.smoo;
>> carrierGain = hslider("carrier-gain", 0.5, 0, 1, 0.01) : si.smoo;
>>
>> dualOpFm(trig, carFreq, modFreq, ampEnv, modEnv) = (out)
>> with {
>> modulator = os.osc(modulatorFreq);
>> carrier = os.osc(carrierFreq + modulator * (modIndex *
>> modulationEnv(trig)));
>> out = ((modulator * modGain) , (carrier * (carrierGain *
>> carrierAmpEnv(trig))));
>> };
>>
>> process = dualOpFm(gate) <: _,_;
>>
>> <<< end source
>>
>> Any thoughts?
>>
>> Cheers,
>> Matt
>> _______________________________________________
>> Faudiostream-users mailing list
>> Faudiostream-users@lists.sourceforge.net
>> https://lists.sourceforge.net/lists/listinfo/faudiostream-users
>>
>
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