// 48.ck : midi read (fail-correct) MidiOut mout;MidiMsg mg;MidiMsgIn mrw; // open MIDI output - see 'chuck --probe'if( !mout.open( 0 ) ) me.exit(); Mandolin m => JCRev r => dac;.2 => r.mix; // open file for readmrw.open( "z.txt" );//"foo.wav" => s.read; // time scale0.5 => float scale; // get current timetime t;now => t; int count; // while there is more to readwhile( mrw.read( mg ) != 0 ){ // advance time scale * (mg.when - t) => now; mg.when => t; mout.send( mg ); std.rand2f( .8, .9 ) => m.pluckPos; std.mtof( mg.data2 ) => m.freq; mg.data3 / 128.0 => m.pluck; <<< "when:", mg.when, mg.data1, mg.data2, mg.data3 >>>; // <<<count + 1 => count>>>;} mrw.close(); //<<<mrw.read( mg, t )>>>;
// 48.ck : midi read (fail-correct)
MidiOut mout;
MidiMsg mg;
MidiMsgIn mrw;
// open MIDI output - see 'chuck --probe'
if( !mout.open( 0 ) )
me.exit();
Mandolin m => JCRev r => dac;
.2 => r.mix;
// open file for read
mrw.open( "z.txt" );
//"foo.wav" => s.read;
// time scale
0.5 => float scale;
// get current time
time t;
now => t;
int count;
// while there is more to read
while( mrw.read( mg ) != 0 )
{
// advance time
scale * (mg.when - t) => now;
mg.when => t;
mout.send( mg );
std.rand2f( .8, .9 ) => m.pluckPos;
std.mtof( mg.data2 ) => m.freq;
mg.data3 / 128.0 => m.pluck;
<<< "when:", mg.when, mg.data1, mg.data2, mg.data3 >>>;
// <<<count + 1 => count>>>;
}
mrw.close();
//<<<mrw.read( mg, t )>>>;