AdachiAyers | SuperCollider 3.13.1 Help

Description

Digital wave guide physical model of a Lip blown instrument. Resulting audio frequency depends on flip (which should be about 0.9*desired_audio_freq) and delay (Length in samples of air tube)

Class Methods

.ar

Arguments:

flip	Lip vibration frequency.
pO	Mouth pressure.
radio	Lip aperture in meters.
buffnum	Buffer with Rgi.raw float data.
buffnum2	Buffer with Rgd.raw float data.
buffnum3	Buffer with Rrbri.raw float data.
yequil	Y balance value.
gate	Releases synth when value changes from >0 to 0.
delay	Length of tube in samples.

Examples

//get impulses
(
p = Platform.systemExtensionDir ++ "/Myplugins/AdachiAyers/impulses/trombon/";
//p = Platform.systemExtensionDir ++ "/Myplugins/AdachiAyers/impulses/trumpet/";

b = Buffer.read(s,p++"Rgi.wav");
c = Buffer.read(s,p++"Rgd.wav");
d = Buffer.read(s,p++"Rrbri.wav");
e = Buffer.read(s,p++"POUI.wav");

//Define reverb synthdef
~nbuf = 2048*4;
SynthDef(\reverb,{
    |out = 0, len = 2000, roomsize = #[6.2,8,2.7], receiver = #[3,3,1.2], b = 0.74, hw = 0.4, n = 3, revl = 0.3, bypass = 0, dist=1,angle=0.2|
    var in, bufL, bufR, trig, sigL, sigR, early, sig;
    var omangle = angle*pi*0.5;
    var source = [receiver[0] + (omangle.sin*dist), receiver[1] + (omangle.cos*dist), receiver[2]];
    in = Mix(In.ar(out,2))*0.5;
    bufL = LocalBuf(~nbuf);
    bufR = LocalBuf(~nbuf);
    trig = EarlyRefGen.kr(bufL, bufR, source, receiver, roomsize, hw, b.neg, n);
    sigL = PartConvT.ar(in, 2048, bufL, trig);
    sigR = PartConvT.ar(in, 2048, bufR, trig);
    early = [sigL, sigR];
    sig = DWGReverb3Band.ar(Mix(early) * 0.5, len) * revl + early;
    sig = Select.ar(bypass, [sig, in]);
    ReplaceOut.ar(out, sig);
}).add;

//Define trombone synthdef
SynthDef("help_AdachiAyers",{arg out=0, radio=0.0085, reflec=0, reflec2=0,reflec3=0, kernel=0,trig=0,open=0.0014,gate=1,sweep=0.1,delay=800,gdamp=0.003,pan=0;

var presion = MouseX.kr(6000,40000);
    var flip = MouseY.kr(30,1200);
    var env = EnvGen.kr(Env.asr(0,1,0.1),gate,doneAction:2);
    var gd2= SinOsc.kr(4,0,gdamp,1);
    var signal = AdachiAyers.ar(Lag.kr(flip*gd2,sweep),presion,radio,reflec,reflec2,reflec3,open,1,delay)*80;

signal = Convolution2.ar(signal,kernel,trig,2048, 0.5)*env;
    signal = LeakDC.ar(signal);

Out.ar(out,Pan2.ar(signal,pan));
}).add;
)

//Use it
(
x = Synth(\help_AdachiAyers,[\kernel, e,\reflec,b,\reflec2,c,\reflec3,d]);
r = Synth.after(x,\reverb);
)

helpfile source: AdachiAyers/sc/HelpSource/Classes/AdachiAyers.schelp
link::MyUGens/Classes/AdachiAyers::

AdachiAyersExtension

Description

Class Methods

.ar

Arguments:

Examples

AdachiAyers
Extension