public MarkovSortedTrack(MidiTrack p_track)
{
notesWithLengths = new List <MarkovNote>();
for (int i = 0; i < p_track.getNumNotes(); i++)
{
//if note on
if (p_track.getNote(i).getStatusByte() == 0x90)
{
MarkovNote _note = new MarkovNote(p_track.getNote(i));
//find coupled note off
for (int j = i + 1; j < p_track.getNumNotes(); j++)
{
if (p_track.getNote(j).getByteOne() == _note.getByteOne() /* is same note */ &&
(p_track.getNote(j).getByteTwo() == 0x00 || p_track.getNote(j).getStatusByte() == 0x80) /* is note off */)
{
_note.length = p_track.getNote(j).getAbsTimeStamp() - p_track.getNote(i).getAbsTimeStamp();
j = p_track.getNumNotes(); //force break for loop
}
}
if (_note.length == -1)
{
Debug.Log("<color=red>Error- no note off</color>");
}
notesWithLengths.Add(_note);
}
}
}
//each node- check it doesn't exist already
public void addNote(MarkovNote p_mes)
{
if (Midi.debugLevel > 1)
{
Debug.Log("Add note : " + p_mes.getByteOne());
}
for (int i = 0; i < nodeMatrix.Count; i++)
{
if (p_mes.getMessageAsBytes().SequenceEqual(nodeMatrix[i].getMessageAsBytes()) && p_mes.length == nodeMatrix[i].getNoteLen())
{
nodeMatrix[previousWritePos].addWeight(nodeMatrix[i]);
previousWritePos = i;
return;
}
}
TransitionNode node = new TransitionNode(p_mes);
nodeMatrix[previousWritePos].addWeight(node);
nodeMatrix.Add(node);
previousWritePos = nodeMatrix.Count - 1;
}
public TransitionNode(MarkovNote p_mes)
{
message = p_mes;
transitionWeights = new List <TransitionWeight>();
}
