/*
* Getting midi signals from outside and process it
*/
private void _ReceiveMidiEvents(List<SmfLite.MidiEvent> events)
{
if( events == null ) {
return;
}
while( m_midimsgs.Count > nMsgs ) {
m_midimsgs.Dequeue();
}
foreach(SmfLite.MidiEvent e in events ) {
// Parse the message.
var message = new MidiBridge.Message (e.status, e.data1, e.data2);
m_midimsgs.Enqueue(message);
// Split the first byte.
var statusCode = message.status >> 4;
var channelNumber = message.status & 0xf;
// Note on message?
if (statusCode == 9) {
var velocity = 1.0f / 127 * message.data2 + 1.0f;
channelArray [channelNumber].noteArray [message.data1] = velocity;
channelArray [(int)MidiChannel.All].noteArray [message.data1] = velocity;
}
// Note off message?
if (statusCode == 8 || (statusCode == 9 && message.data2 == 0)) {
channelArray [channelNumber].noteArray [message.data1] = -1.0f;
channelArray [(int)MidiChannel.All].noteArray [message.data1] = -1.0f;
}
// CC message?
if (statusCode == 0xb) {
// Normalize the value.
var value = 1.0f / 127 * message.data2;
// Update the channel if it already exists, or add a new channel.
if (channelArray [channelNumber].knobMap.ContainsKey (message.data1)) {
channelArray [channelNumber].knobMap [message.data1].Update (value);
} else {
channelArray [channelNumber].knobMap [message.data1] = new KnobState (value);
}
// Do again for All-ch.
if (channelArray [(int)MidiChannel.All].knobMap.ContainsKey (message.data1)) {
channelArray [(int)MidiChannel.All].knobMap [message.data1].Update (value);
} else {
channelArray [(int)MidiChannel.All].knobMap [message.data1] = new KnobState (value);
}
}
}
}
/*
* Getting midi signals from outside and process it
*/
private void _ReceiveMidiEvents(List <SmfLite.MidiEvent> events)
{
if (events == null)
{
return;
}
while (m_midimsgs.Count > nMsgs)
{
m_midimsgs.Dequeue();
}
foreach (SmfLite.MidiEvent e in events)
{
// Parse the message.
var message = new MidiBridge.Message(e.status, e.data1, e.data2);
m_midimsgs.Enqueue(message);
// Split the first byte.
var statusCode = message.status >> 4;
var channelNumber = message.status & 0xf;
// Note on message?
if (statusCode == 9)
{
var velocity = 1.0f / 127 * message.data2 + 1.0f;
channelArray [channelNumber].noteArray [message.data1] = velocity;
channelArray [(int)MidiChannel.All].noteArray [message.data1] = velocity;
}
// Note off message?
if (statusCode == 8 || (statusCode == 9 && message.data2 == 0))
{
channelArray [channelNumber].noteArray [message.data1] = -1.0f;
channelArray [(int)MidiChannel.All].noteArray [message.data1] = -1.0f;
}
// CC message?
if (statusCode == 0xb)
{
// Normalize the value.
var value = 1.0f / 127 * message.data2;
// Update the channel if it already exists, or add a new channel.
if (channelArray [channelNumber].knobMap.ContainsKey(message.data1))
{
channelArray [channelNumber].knobMap [message.data1].Update(value);
}
else
{
channelArray [channelNumber].knobMap [message.data1] = new KnobState(value);
}
// Do again for All-ch.
if (channelArray [(int)MidiChannel.All].knobMap.ContainsKey(message.data1))
{
channelArray [(int)MidiChannel.All].knobMap [message.data1].Update(value);
}
else
{
channelArray [(int)MidiChannel.All].knobMap [message.data1] = new KnobState(value);
}
}
}
}