/
add_synth.scd
168 lines (128 loc) · 3.22 KB
/
add_synth.scd
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//Anthony Di Furia (2010)
s.boot ; // first boot the server
(
// audio
SynthDef.new("sine1",
{
arg
kfreq = 50,
amp1 = 0,
amp2 = 0,
amp3 = 0,
amp4 = 0,
amp5 = 0,
amp6 = 0,
amp7 = 0,
amp8 = 0,
amp9 = 0,
amp10 = 0 ;
var o1,o2,o3,o4,o5,o6,o7,o8,o9,o10,out;
//ARMONIC
o1 = SinOsc.ar(kfreq*1,0, amp1);
o2 = SinOsc.ar(kfreq*2,0, amp2);
o3 = SinOsc.ar(kfreq*3,0, amp3);
o4 = SinOsc.ar(kfreq*4,0, amp4);
o5 = SinOsc.ar(kfreq*5,0, amp5);
o6 = SinOsc.ar(kfreq*6,0, amp6);
o7 = SinOsc.ar(kfreq*7,0, amp7);
o8 = SinOsc.ar(kfreq*8,0, amp8);
o9 = SinOsc.ar(kfreq*9,0, amp9);
o10 = SinOsc.ar(kfreq*10,0, amp10);
out = (o1+o2+o3+o4+o5+o6+o7+o8+o9+o10);
Out.ar([0,1],out);
};
).send(s);
)
(
// vars
var aSynth, window,t, text, kslider1, kslider2, kslider3, kslider4, kslider5, kslider6, kslider7, kslider8, kslider9, kslider10, kffondbox, kffond, button, w, fft ; aSynth = Synth.new("sine1"); // the synth
aSynth.run(false);
// GUI
window = GUI.window.new("SIMPLE ADDITIVE SYNTHESIS", Rect(1000,1000,500,500)); window.front;
//TITLE
t = "SIMPLE ADDITIVE SYNTHESIS";
text = GUI.staticText.new(window, Rect(50, 50, 380, 30)).string_(t).align_( \center );
//Slider
kslider1 = GUI.slider.new(window, Rect(30, 100, 20, 300));
kslider1.value = 0;
kslider2 = GUI.slider.new(window, Rect(60, 100, 20, 300));
kslider2.value = 0;
kslider3 = GUI.slider.new(window, Rect(90, 100, 20, 300));
kslider3.value = 0;
kslider4 = GUI.slider.new(window, Rect(120, 100, 20, 300));
kslider4.value = 0;
kslider5 = GUI.slider.new(window, Rect(150, 100, 20, 300));
kslider5.value = 0;
kslider6 = GUI.slider.new(window, Rect(180, 100, 20, 300));
kslider6.value = 0;
kslider7 = GUI.slider.new(window, Rect(210, 100, 20, 300));
kslider7.value = 0;
kslider8 = GUI.slider.new(window, Rect(240, 100, 20, 300));
kslider8.value = 0;
kslider9 = GUI.slider.new(window, Rect(270, 100, 20, 300));
kslider9.value = 0;
kslider10 = GUI.slider.new(window, Rect(300, 100, 20, 300));
kslider10.value = 0;
kffond = GUI.slider.new(window, Rect(20, 430, 300, 30));
kffond.value = 0;
kffondbox = GUI.numberBox.new( window, Rect( 350, 430, 100, 30 ));
kffondbox.value = 0;
button = GUI.button.new(window, Rect(10, 10, 30, 30)) ;
button.states = [ // array of states
[ "ON", Color.black ], ["OFF", Color.red]] ;
button.action = ({ arg button;
var val = button.value.postln;
if (val == 0, { aSynth.run(false) }, { aSynth.run }) });
// GUI: controlling audio
kslider1.action_({
arg v;
aSynth.set("amp1", v.value);
});
kslider2.action_({
arg v;
aSynth.set("amp2", v.value);
});
kslider3.action_({
arg v;
aSynth.set("amp3", v.value);
});
kslider4.action_({
arg v;
aSynth.set("amp4", v.value);
});
kslider5.action_({
arg v;
aSynth.set("amp5", v.value);
});
kslider6.action_({
arg v;
aSynth.set("amp6", v.value);
});
kslider7.action_({
arg v;
aSynth.set("amp7", v.value);
});
kslider8.action_({
arg v;
aSynth.set("amp8", v.value);
});
kslider9.action_({
arg v;
aSynth.set("amp9", v.value);
});
kslider10.action_({
arg v;
aSynth.set("amp10", v.value);
});
kffond.action_({
arg v;
var freq;
freq = v.value.linlin( 0, 1, 50, 2000);
kffondbox.value = (freq);
aSynth.set("kfreq", freq);
});
kffondbox.action_({
arg v;
aSynth.set("kfreq", v.value);
});
)