/
CaosKick2.sc
94 lines (70 loc) · 2.6 KB
/
CaosKick2.sc
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//written by @mixfuckedup
//Rough kick with two amps mix + Wave Oscillator selection
//Part of CaosPercLib 2.0
CaosKick2 : CaosEnv {
*ar {|att=0.01,rel=0.5,modFreq=1,modbw=0.1,bw=0.1,freq1=60,freq2=60,lowcutfreq=38, gate=1,amp=1,pan=0,doneAction=2,amp2=0.125,wave="SinOsc"| // DEBUG: orden de 'amp2' y en ultima posicion para no romper 'CaosBox'
var kick,env;
kick = this.signal(modFreq,modbw,bw,freq1,freq2,lowcutfreq,amp,amp2,wave);
kick = this.comp(kick);
env = this.envKR(att,rel,gate,doneAction);
^Pan2.ar(kick*env,pan);
}
ar {|att=0.01,rel=0.25,modFreq=1,modbw=0.5,bw=0.5,freq1=60,freq2=62,lowcutfreq=38,gate=1,amp=1,pan=0,doneAction=2,amp2=0.5,wave="SinOsc"|
var kick,env;
kick = this.signal(modFreq,modbw,bw,freq1,freq2,lowcutfreq,amp,amp2,wave);
kick = this.comp(kick);
env = this.envKR(att,rel,gate,doneAction);
^Pan2.ar(kick*env,pan);
}
*robot {|att=0.01,rel=0.25,modFreq=1,modbw=0.5,bw=0.5,freq1=60,freq2=62,lowcutfreq=38,amp=1,t=1,tp=0,pan=0,doneAction=0,amp2=0.5,wave="SinOsc"|
var kick,env;
kick = this.signal(modFreq,modbw,bw,freq1,freq2,lowcutfreq,amp,amp2,wave);
kick = this.comp(kick);
env = this.envKR(att,rel,Impulse.kr(t,tp),doneAction);
^Pan2.ar(kick*env,pan);
}
*signal {|modFreq,modbw,bw,freq1,freq2,lowcutfreq,amp,amp2,wave|
var sig,sig2;
// TODO: wave debe ser string y mistteriosamente es un float 0.5
switch(wave,
"LFTri",{
sig = LFTri.ar(Pulse.ar(modFreq,modbw,freq1,freq2),0.5,amp/4);
},
"Saw",{
sig = Saw.ar(Pulse.ar(modFreq,modbw,freq1,freq2),amp/4);
},
"LFNoise0",{
sig = LFNoise0.ar(Pulse.ar(modFreq,modbw,freq1,freq2),amp/6);
},
"SinOsc",{
sig = SinOsc.ar(Pulse.ar(modFreq,modbw,freq1,freq2),0,amp/2);
},
{
sig = LFTri.ar(Pulse.ar(modFreq,modbw,freq1,freq2),0,amp/2);
}
);
sig2 = LFPulse.ar(Pulse.kr(modFreq,modbw,freq1*0.24,freq2*48),bw,0.125,amp2/16);
^RHPF.ar(sig + sig2, lowcutfreq,1); }
signal {|modFreq,modbw,bw,freq1,freq2,lowcutfreq,amp,amp2,wave|
var sig,sig2;
// TODO: wave debe ser string y mistteriosamente es un float 0.5
switch(wave,
"LFTri",{
sig = LFTri.ar(Pulse.ar(modFreq,modbw,freq1,freq2),0.5,amp/4);
},
"Saw",{
sig = Saw.ar(Pulse.ar(modFreq,modbw,freq1,freq2),amp/4);
},
"LFNoise0",{
sig = LFNoise0.ar(Pulse.ar(modFreq,modbw,freq1,freq2),amp/6);
},
"SinOsc",{
sig = SinOsc.ar(Pulse.ar(modFreq,modbw,freq1,freq2),0,amp/2);
},
{
sig = LFTri.ar(Pulse.ar(modFreq,modbw,freq1,freq2),0,amp/2);
}
);
sig2 = LFPulse.ar(Pulse.kr(modFreq,modbw,freq1*0.24,freq2*48),bw,0.125,amp2/16);
^RHPF.ar(sig + sig2, lowcutfreq,1); }
}