public Form1()
{
InitializeComponent();
stream = new OutputStream(0);
stream.StartPlaying();
clock = new MidiInternalClock();
clock.Tick += new EventHandler(calculateOutputs);
clock.Tempo = 1000000; // 60 bpm
initializeNetworks();
// start evolutionary algorithm thread
UpdateMessage("Starting evolutionary thread.");
evoObject = new NeatMusicEvoThread();
evoThread = new Thread(evoObject.doWork);
evoThread.Start(); // WARN reenable this two lines to activate the evolution thread
while (!evoThread.IsAlive)
{
;
}
// start timer thread to change target phrase for fitness
UpdateMessage("Starting timer for changing fitness target; set to " + SECONDS_TO_CHANGE + "");
timerObject = new ChangeFitnessThread(SECONDS_TO_CHANGE, this);
timerThread = new Thread(timerObject.doWork);
timerThread.Start();
while (!timerThread.IsAlive)
{
;
}
}
private void onTick(object sender, EventArgs args)
{
MidiInternalClock obj = (MidiInternalClock)sender;
float seqPos = (float)sequencer1.Position;
PgBar.SetValue(seqPos);
}
private void PrepareClock()
{
//if (_clock != null) _clock.Dispose();
_clock = new MidiInternalClock();
//Pulses per quarter note... 24 sounds reasonable.
//Trade off between accuracy and CPU
_clock.Ppqn = 24;
//clock tempo in microseconds per beat. Song in bpm
_clock.Tempo = LengthOfBeatInMicroSeconds(_songCopy.Tempo);
// Setup clock tick event handling
_clock.Tick += HandleClockTick;
}
