// Check if a note matchs the note options.
bool NoteFilter(MidiNoteControl note)
{
var device = (Minis.MidiDevice)note.device;
if (_channel != Channel.All && (int)_channel != device.channel)
{
return(false);
}
var number = note.noteNumber;
switch (_source)
{
case Source.NoteNumbers:
foreach (var n in _noteNumbers)
{
if (n == number)
{
return(true);
}
}
return(false);
case Source.NoteRange:
return(_lowestNote <= number && number <= _highestNote);
default: // Source.AllNotes:
return(true);
}
}
// Note off callback for MIDI device
void OnMidiNoteOff(MidiNoteControl note)
{
if (NoteFilter(note))
{
OnNoteOff(note.noteNumber);
}
}
// Note on callback for MIDI device
void OnMidiNoteOn(MidiNoteControl note, float velocity)
{
if (NoteFilter(note))
{
OnNoteOn(note.noteNumber, velocity);
}
}
// Note off callback for MIDI device
void OnMidiNoteOff(MidiNoteControl note)
{
if (NoteFilter(note))
{
OnNoteOff();
}
}
void OnPerformed(InputAction.CallbackContext ctx)
{
MidiNoteControl controller = ctx.control as MidiNoteControl;
precisionManager.PadHit(controller.noteNumber);
//color changing
var cubeRenderer = cube.GetComponent <Renderer>();
System.Random ran = new System.Random();
//int r = (int)(255 * controller.velocity / (ran.NextDouble() * 8));
//int g = (int)(255 * controller.velocity / (ran.NextDouble() * 8));
//int b = (int)(255 * controller.velocity / (ran.NextDouble() * 8));
int r = (int)(255 * 2.5 / (ran.NextDouble() * 8));
int g = (int)(255 * 2 / (ran.NextDouble() * 8));
int b = (int)(255 * 2 / (ran.NextDouble() * 8));
cubeRenderer.material.SetColor("_Color", new Color(r / 255f, g / 255f, b / 255f));
}
void OnPerformed(InputAction.CallbackContext ctx)
{
MidiNoteControl controller = ctx.control as MidiNoteControl;
recordManager.PadHit(controller.noteNumber);
}