// MIDI

MIDI
s.boot

MIDIIn.connectAll;

MIDIdef.cc(\knobs, {arg ...args; args.postln}, (1..10)); // match cc 1-10



MIDIdef.noteOn(\noteon, {arg vel, noteOn, channel, devID;
	//	args[1].postln;
	[vel, noteOn, channel, devID].postln;

	/*
	if(noteOn== 36, { Synth("xylo", [\freq, 60.midicps]) });
	if(noteOn== 37, { Synth("xylo", [\freq, 61.midicps]) });
*/
	Synth("xylo", [\freq, (50+noteOn).midicps])

});



Synth("xylo", [\freq, 66.midicps])

60.midicps

a = [11, 22, 33, 44, 55]


{Saw.ar(MouseX.kr(100, 6000))}.freqscope

a[0]












s.scope
SynthDef(\sine, {arg freq=440, amp=0.31, gate=1;
	var signal;
	signal = (Saw.ar(freq, amp) + Saw.ar(freq+0.5, amp) ) * 0.5;
	signal = signal * EnvGen.ar(Env.adsr(0.01, 0.3, 0.6, 1), gate:gate, doneAction:2);
	Out.ar(0, Pan2.ar(signal, 0));
}).store

a = Synth(\sine, [\freq, 333])
a.free

s.boot

// OUR FIRST SOFTWARE APPLICATION .... THE MIDI KEYBOARD
(
var amp, noteArray;

MIDIIn.connectAll;

SynthDef(\sine, {arg freq=440, amp=0.31, gate=1;
	var signal;
	signal = (Saw.ar(freq, amp) + Saw.ar(freq+0.5, amp) ) * 0.5;
	signal = signal * EnvGen.ar(Env.adsr(0.01, 0.3, 0.6, 1), gate:gate, doneAction:2);
	Out.ar(0, Pan2.ar(signal, 0));
}).store;

amp = 0.1;
MIDIdef.cc(\knobs, {arg ...args;
	amp = args[0] / 127;
	amp.postln;
}, (1..10)); // match cc 1-10

noteArray = Array.fill(127, {0});

MIDIdef.noteOn(\noteon, {arg vel, noteOn, channel, devID;
	noteOn.postln;

	noteArray[noteOn] = Synth(\sine, [\freq, noteOn.midicps, \amp, amp]);
	noteArray.postln;
}, nil, nil, nil, nil);

MIDIdef.noteOff(\noteoff, {arg vel, noteOff, channel, devID;
	noteOff.postln;
	noteArray[noteOff].release

}, nil, nil, nil, nil);

)


a = Synth(\sine, [\freq, 66.midicps]);
a.release



a = Array.fill(44100*2, {arg i; 1.0.rand2})

b = Buffer.loadCollection(s, a);

{PlayBuf.ar(1, b, 1, loop:1)}.play