// noise generator, biquad filter, dac (audio output) Noise n => BiQuad f => dac;// set biquad pole radius.99 => f.prad;// set biquad gain.025 => f.gain;// set equal zeros 1 => f.eqzs;// our float0.0 => float t;3::second + now => time later;// time-loopwhile( now < later ){ // sweep the filter resonant frequency 100.0 + Std.fabs(Math.sin(t)) * 1000.0 => f.pfreq; t + .05 => t; // advance time 100::ms => now;}// unlink the ugen f from dacf =< dac;// let more time pass3::second => now;// relinkf => dac;// time-loop3::second + now => later;while( now < later ){ // resume sweep 100.0 + Std.fabs(Math.sin(t)) * 1000.0 => f.pfreq; t + .05 => t; // advance time 100::ms => now; }
// noise generator, biquad filter, dac (audio output)
Noise n => BiQuad f => dac;
// set biquad pole radius
.99 => f.prad;
// set biquad gain
.025 => f.gain;
// set equal zeros
1 => f.eqzs;
// our float
0.0 => float t;
3::second + now => time later;
// time-loop
while( now < later )
{
// sweep the filter resonant frequency
100.0 + Std.fabs(Math.sin(t)) * 1000.0 => f.pfreq;
t + .05 => t;
// advance time
100::ms => now;
}
// unlink the ugen f from dac
f =< dac;
// let more time pass
3::second => now;
// relink
f => dac;
// time-loop
3::second + now => later;
while( now < later )
{
// resume sweep
100.0 + Std.fabs(Math.sin(t)) * 1000.0 => f.pfreq;
t + .05 => t;
// advance time
100::ms => now;
}