void Parse()
{
var parts = (from i in code.Split(',') select i.Trim()).ToArray();
sequence = new NoteTrigger[parts.Length];
for (var i = 0; i < parts.Length; i++)
{
var noteTrigger = new NoteTrigger()
{
duration = 1, volume = 0.9f
};
var pda = (from x in parts[i].Split(':') select x.Trim()).ToArray();
if (pda.Length >= 1)
{
float hz;
if (float.TryParse(pda[0], out hz))
{
noteTrigger.hz = hz;
noteTrigger.noteNumber = -1;
}
else
{
noteTrigger.hz = Note.Frequency(pda[0]);
noteTrigger.noteNumber = Note.Number(noteTrigger.hz);
}
}
if (pda.Length >= 2)
{
int duration;
if (int.TryParse(pda[1], out duration))
{
noteTrigger.duration = duration;
}
}
if (pda.Length >= 3)
{
float volume;
if (float.TryParse(pda[2], out volume))
{
noteTrigger.volume = volume;
}
}
sequence[i] = noteTrigger;
}
if (type == SequencerType.Down)
{
Reverse();
}
lastCode = code;
lastType = type;
}
void NextBeat(float[] signals)
{
beatIndex++;
if (beatDivider == 0 || beatIndex % beatDivider == 0)
{
if (!notes.IsEmpty)
{
var note = notes.Peek();
if (note.beat <= beatIndex)
{
position = 0;
outputTrigger.SetValue(signals, 1);
activeNote = notes.Pop();
var tr = (int)transpose.GetValue(signals);
if (tr != 0)
{
if (activeNote.noteNumber >= 0)
{
activeNote.hz = Note.Frequency(activeNote.noteNumber + tr);
}
else
{
activeNote.hz += tr;
}
}
activeNote.hz *= frequencyMultiply.GetValue(signals);
if (notes.IsEmpty)
{
ChangeNoteTriggerPattern();
ScheduleNoteTriggers(beatIndex + activeNote.duration);
}
nextNote = notes.Peek();
if (tr != 0 && nextNote.noteNumber >= 0)
{
nextNote.hz = Note.Frequency(nextNote.noteNumber + tr);
}
nextNote.hz *= frequencyMultiply.GetValue(signals);
}
}
}
}
