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Had accidentally left out the input synth

feature-refactor-osc
Mike Lynch 2022-04-10 17:22:09 +10:00
parent 1df4c1d03a
commit 364b8c6bb7
2 changed files with 17 additions and 89 deletions
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9
grains.scd
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@ -102,6 +102,15 @@ s.sampleRate
~recordb = Bus.audio(s, 1);
~infilter = SynthDef(
\input_null,
{
arg in = 2, out = 4;
Out.ar(out, In.ar(in));
}
).play(s, [\in, ~usbinput, \out, ~recordb]);
~granulatorb = Bus.audio(s, 2);
// LFO bus and synth used to modulate the filter

97
touchOSC_grains.scd
View File

@ -5,8 +5,15 @@ Server.killAll
Server.default.options.inDevice_("Scarlett 2i2 USB");
// 3c:06:30:16:c1:50 192.168.0.11
Quarks.install("~/Music/Supercollider/Quarks/TouchOSC")
t = OSCSettings("192.168.0.209", 9000)
t.port
(
~bpm = 135; // hack for buffer sync and recording
@ -27,94 +34,6 @@ Server.default.options.inDevice_("Scarlett 2i2 USB");
~patchdir = "~/Music/SuperCollider/Patches/granulator/";
// instrument settings
// ~sets is a dictionary with all of the settings
// ~mset adds a setting to ~sets
// a setting has a max, min, default, value, and an apply method
// apply takes the current v and applies it to the synth(s)
// converting between control values and real values is
// done in the touchOSC section, below
~sets = ();
// The following two functions are the default methods for going from
// touchOSC control settings (0-1) to setting values as defined by min,max.
// Default uses linlin - for linexp or fancier stuff, override them.
// It's up to you to make sure they're mathematically inverse.
~ctrlset = { | self, msg | self.v = msg[1].linlin(0, 1, self.min, self.max); };
~ctrlget = { | self | self.v.linlin(self.min, self.max, 0, 1) };
~ctrlexpset = { | self, msg | self.v = msg[1].linexp(0, 1, self.min, self.max); };
~ctrlexpget = { | self | self.v.linlin(self.min, self.max, 0, 1) };
// getter and setter for an x-y control - the default, max and min are arrays
// of [ x, y ] pairs
// note: msg is what we get from the OSC and x = 1, y = 2
~ctrlxyset = {
| self, msg |
self.v[0] = msg[1].linlin(0, 1, self.min[0], self.max[0]);
self.v[1] = msg[2].linlin(0, 1, self.min[1], self.max[1]);
};
~ctrlxyget = {
| self |
var vals = [ 0, 0 ];
vals[0] = self.v[0].linlin(self.min[0], self.max[0], 0, 1);
vals[1] = self.v[1].linlin(self.min[1], self.max[1], 0, 1);
vals;
};
// ~ctrlsend sends the current self.v back to the TouchOSC control,
// for when we send the defaults or load a patch
~ctrlsend = {
| self |
var ctrlval = self.ctrlget();
[ "ctrlsend", self.oscurl, ctrlval ].postln;
~touchosc.sendMsg(self.oscurl, ctrlval);
};
// TODO: each of these needs to be able to write its value back
// to its TouchOSC control - this should be a fairly simple
// method like ~ctrlset and ~ctrlget
// then call all of those on an iterator at startup to write the
// defaults to the controller
~mset = {
| name, oscurl, min, max, default, apply=({}), ctrlset=(~ctrlset), ctrlget=(~ctrlget), ctrlsend=(~ctrlsend) |
~sets.put(name, (
name: name,
oscurl: oscurl,
default: default,
min: min,
max: max,
v: default,
ctrlset: ctrlset,
ctrlget: ctrlget,
ctrlsend: ctrlsend,
apply: apply
));
OSCdef.new(
'osc' ++ name,
{ | msg |
~sets.at(name).ctrlset(msg);
~sets.at(name).apply() },
oscurl
);
};
// sidebar controls
@ -272,7 +191,7 @@ OSCdef.new(
// ~infilter = SynthDef(
// \input_null,
// {
// {x
// arg in = 2, out = 4;
// Out.ar(out, In.ar(in));
// }