void MantaAudioUnitController::updatePadColor(int row, int column)
{
if (padMap.count(row * 8 + column) == 0)
{
setPadLedState(row, column, Manta::Off);
setPadColor(row, column, ofColor::white);
}
else if (padMap[row * 8 + column]->toggle)
{
ofColor synthColor = synths[padMap[row * 8 + column]->synthName]->getColor();
if (padMap[row * 8 + column]->parameter == padMap[row * 8 + column]->min)
{
setPadColor(row, column, ofColor(synthColor, 100));
setPadLedState(row, column, Manta::Off);
}
else
{
setPadColor(row, column, synthColor);
setPadLedState(row, column, Manta::Red);
}
}
else
{
ofColor synthColor = synths[padMap[row * 8 + column]->synthName]->getColor();
setPadLedState(row, column, Manta::Red);
setPadColor(row, column, synthColor);
}
}
void MantaController::markAllPads(bool mark)
{
setLedManual(true);
for (int r=0; r<6; r++)
{
for (int c=0; c<8; c++) {
setPadLedState(r, c, mark ? Manta::Red : Manta::Off);
}
}
setLedManual(false);
}
void MantaAudioUnitController::setMidiMapping(int idx, AudioUnitInstrument * synth)
{
int row = floor(idx / 8);
int col = idx % 8;
int degree = (2 * row - (int)(row / 2) + col) % 7;
int octave1 = octave + floor((2 * row - floor(row / 2) + col) / 7);
midiMap[idx].synth = synth;
midiMap[idx].note = getNoteAtScaleDegree(key, degree, mode, octave1);
setPadColor(row, col, synth->getColor());
if (toSetMidiLedColor) {
setPadLedState(row, col, Manta::Red);
}
}
void MantaAudioUnitController::clearMidiMapping()
{
for (int r = 0; r < 6; r++)
{
for (int c = 0; c < 8; c++)
{
if (midiMap.count(r * 8 + c) > 0)
{
setPadColor(r, c, ofColor::white);
setPadLedState(r, c, Manta::Off);
}
}
}
midiMap.clear();
}
void MantaController::markPad(int row, int col, bool mark)
{
setLedManual(true);
setPadLedState(row, col, mark ? Manta::Red : Manta::Off);
setLedManual(false);
}
