QuNeoMIDI2CV
Monophonic MIDI keyboard note input, gate, velocity and release velocity to use with the QuNeo midicontroller. The module sorts out the 2 extra X/Y midicontrols that are send with each note and outputs these a 2 extra polyphonic controls next to the pressure output.
Inlets
None
Outlets
frac32.bipolar midi note number (-64..63)
bool32 key pressed, no retrigger legato
bool32 key pressed, retrigger on legato
frac32.positive note-on velocity
frac32.positive note-off velocity
frac32 pressure
frac32 CV1
frac32 CV2
int32 polyindex
int8_t _note;
int32_t _gate;
int32_t _gate2;
uint8_t _velo;
uint8_t _rvelo;
int32_t ccv0[128];
int32_t ccv1[128];
int32_t ccv2[128];
int8_t _tmp;_gate = 0;
_note = 0;outlet_note = _note << 21;
outlet_gate = _gate;
outlet_gate2 = _gate2;
_gate2 = _gate;
outlet_velocity = _velo << 20;
outlet_releaseVelocity = _rvelo << 20;
outlet_pressure = ccv0[_tmp];
outlet_CV1 = ccv1[_tmp + 1];
outlet_CV2 = ccv2[_tmp + 2];
outlet_polyindex = parent->polyIndex;if ((status == MIDI_NOTE_ON + attr_midichannel) && (data2)) {
_velo = data2;
_note = data1 - 64;
_gate = 1 << 27;
_gate2 = 0;
//_tmp=((data1-36)&15)*3;
_tmp = (data1 - 36);
_tmp = (_tmp - _tmp / 16 * 16) * 3;
} else if (((status == MIDI_NOTE_ON + attr_midichannel) && (!data2)) ||
(status == MIDI_NOTE_OFF + attr_midichannel)) {
if (_note == data1 - 64) {
_rvelo = data2;
_gate = 0;
}
} else if ((status == attr_midichannel + MIDI_CONTROL_CHANGE) &&
(data1 == MIDI_C_ALL_NOTES_OFF)) {
_gate = 0;
}
if ((status == attr_midichannel + MIDI_CONTROL_CHANGE) &&
(data1 == (_tmp + 23)) && (_gate)) {
ccv0[_tmp] = data2 << 20;
}
if ((status == attr_midichannel + MIDI_CONTROL_CHANGE) &&
(data1 == (_tmp + 24)) && (_gate)) {
ccv1[_tmp + 1] = data2 << 20;
}
if ((status == attr_midichannel + MIDI_CONTROL_CHANGE) &&
(data1 == (_tmp + 25)) && (_gate)) {
ccv2[_tmp + 2] = data2 << 20;
}