void MidiDecoder::controlChange(int timbre, MidiEvent& midiEvent) {
int receives = this->synthState->fullState.midiConfigValue[MIDICONFIG_RECEIVES] ;
// the following one should always been treated...
switch (midiEvent.value[0]) {
case CC_BANK_SELECT:
bankNumber[timbre] = midiEvent.value[1];
break;
case CC_BANK_SELECT_LSB:
bankNumberLSB[timbre] = midiEvent.value[1];
break;
case CC_MODWHEEL:
this->synth->getTimbre(timbre)->setMatrixSource(MATRIX_SOURCE_MODWHEEL, INV127 * midiEvent.value[1]);
break;
case CC_BREATH:
this->synth->getTimbre(timbre)->setMatrixSource(MATRIX_SOURCE_BREATH, INV127 * midiEvent.value[1]);
break;
case CC_ALL_NOTES_OFF:
this->synth->allNoteOff(timbre);
break;
case CC_ALL_SOUND_OFF:
this->synth->allSoundOff(timbre);
break;
case CC_HOLD_PEDAL:
this->synth->setHoldPedal(timbre, midiEvent.value[1]);
break;
case CC_VOLUME:
this->synth->setMidiVolume(timbre, midiEvent.value[1]);
break;
case CC_PAN:
this->synth->setMidiPan(timbre, midiEvent.value[1]);
break;
case CC_OMNI_OFF:
// Omni on && omni OFF only accepted on original bas channel
if (this->synthState->fullState.midiConfigValue[MIDICONFIG_CHANNEL1 + timbre] == midiEvent.channel ) {
this->synth->allNoteOff(timbre);
omniOn[timbre] = false;
}
break;
case CC_OMNI_ON:
// Omni on && omni OFF only accepted on original bas channel
if (this->synthState->fullState.midiConfigValue[MIDICONFIG_CHANNEL1 + timbre] == midiEvent.channel ) {
this->synth->allNoteOff(timbre);
omniOn[timbre] = true;
}
break;
case CC_RESET:
this->synth->allNoteOff(timbre);
this->runningStatus = 0;
this->songPosition = 0;
break;
}
// Receive CC enabled?
if (receives & 0x01) {
switch (midiEvent.value[0]) {
case CC_ALGO:
this->synth->setNewValueFromMidi(timbre, ROW_ENGINE, ENCODER_ENGINE_ALGO,
(float)midiEvent.value[1]);
break;
case CC_IM1:
case CC_IM2:
this->synth->setNewValueFromMidi(timbre, ROW_MODULATION1, ENCODER_ENGINE_IM1 + (midiEvent.value[0] - CC_IM1) * 2,
(float)midiEvent.value[1] * .1f);
break;
case CC_IM3:
case CC_IM4:
this->synth->setNewValueFromMidi(timbre, ROW_MODULATION2, ENCODER_ENGINE_IM3 + (midiEvent.value[0] - CC_IM3) *2,
(float)midiEvent.value[1] * .1f);
break;
case CC_IM5:
this->synth->setNewValueFromMidi(timbre, ROW_MODULATION3, ENCODER_ENGINE_IM5 + (midiEvent.value[0] - CC_IM5),
(float)midiEvent.value[1] * .1f);
break;
case CC_MIX1:
case CC_MIX2:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX1, ENCODER_ENGINE_MIX1 + (midiEvent.value[0] - CC_MIX1),
(float)midiEvent.value[1] * .00787401574803149606f);
break;
case CC_MIX3:
case CC_MIX4:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX2, ENCODER_ENGINE_MIX3 + (midiEvent.value[0] - CC_MIX3),
(float)midiEvent.value[1] * .00787401574803149606f);
break;
case CC_PAN1:
case CC_PAN2:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX1, ENCODER_ENGINE_PAN1 + (midiEvent.value[0] - CC_PAN1),
(float)midiEvent.value[1] * .00787401574803149606f * 2.0f - 1.0f);
break;
case CC_PAN3:
case CC_PAN4:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX2, ENCODER_ENGINE_PAN3 + (midiEvent.value[0] - CC_PAN3),
(float)midiEvent.value[1] * .00787401574803149606f * 2.0f - 1.0f);
break;
case CC_OSC1_FREQ:
case CC_OSC2_FREQ:
case CC_OSC3_FREQ:
case CC_OSC4_FREQ:
case CC_OSC5_FREQ:
case CC_OSC6_FREQ:
this->synth->setNewValueFromMidi(timbre, ROW_OSC1 + midiEvent.value[0] - CC_OSC1_FREQ , ENCODER_OSC_FREQ,
(float) midiEvent.value[1] * .0833333333333333f);
break;
case CC_MATRIXROW1_MUL:
case CC_MATRIXROW2_MUL:
case CC_MATRIXROW3_MUL:
case CC_MATRIXROW4_MUL:
// cc.value[1] = newValue * 5.0f + 50.1f;
this->synth->setNewValueFromMidi(timbre, ROW_MATRIX1 + midiEvent.value[0] - CC_MATRIXROW1_MUL, ENCODER_MATRIX_MUL,
(float) midiEvent.value[1] * .2f - 10.0f);
break;
case CC_LFO1_FREQ:
case CC_LFO2_FREQ:
case CC_LFO3_FREQ:
// cc.value[1] = newValue * 5.0f + .1f;
this->synth->setNewValueFromMidi(timbre, ROW_LFOOSC1 + midiEvent.value[0] - CC_LFO1_FREQ, ENCODER_LFO_FREQ,
(float) midiEvent.value[1] *.2f);
break;
case CC_LFO_ENV2_SILENCE:
this->synth->setNewValueFromMidi(timbre, ROW_LFOENV2, ENCODER_LFO_ENV2_SILENCE,
(float) midiEvent.value[1] * .125f);
break;
case CC_STEPSEQ5_GATE:
case CC_STEPSEQ6_GATE:
// cc.value[1] = newValue * 100.0f + .1f;
this->synth->setNewValueFromMidi(timbre, ROW_LFOSEQ1 + midiEvent.value[0] - CC_STEPSEQ5_GATE, ENCODER_STEPSEQ_GATE,
(float)midiEvent.value[1] * .01f);
break;
case CC_MATRIX_SOURCE_CC1:
case CC_MATRIX_SOURCE_CC2:
case CC_MATRIX_SOURCE_CC3:
case CC_MATRIX_SOURCE_CC4:
// cc.value[1] = newValue * 5.0f + 50.1f;
this->synth->setNewValueFromMidi(timbre, ROW_PERFORMANCE1, midiEvent.value[0] - CC_MATRIX_SOURCE_CC1,
(float)(midiEvent.value[1] -64) * INV127 * 2.0 );
break;
break;
case CC_FILTER_TYPE:
this->synth->setNewValueFromMidi(timbre, ROW_EFFECT, ENCODER_EFFECT_TYPE,
(float)midiEvent.value[1]);
break;
case CC_FILTER_PARAM1:
case CC_FILTER_PARAM2:
case CC_FILTER_GAIN:
this->synth->setNewValueFromMidi(timbre, ROW_EFFECT, midiEvent.value[0] - CC_FILTER_PARAM1 + 1,
(float)midiEvent.value[1] * .01f);
break;
case CC_ENV_ATK_OP1:
case CC_ENV_ATK_OP2:
case CC_ENV_ATK_OP3:
case CC_ENV_ATK_OP4:
case CC_ENV_ATK_OP5:
case CC_ENV_ATK_OP6:
this->synth->setNewValueFromMidi(timbre, ROW_ENV1a + (midiEvent.value[0] - CC_ENV_ATK_OP1)* 2, ENCODER_ENV_A,
(float)midiEvent.value[1] * .01562500000000000000f);
break;
case CC_ENV_ATK_ALL:
for (int e = 0; e < 6; e++) {
this->synth->setNewValueFromMidi(timbre, ROW_ENV1a + e * 2, ENCODER_ENV_A,
(float)midiEvent.value[1] * .01562500000000000000f);
}
break;
case CC_ENV_REL_OP1:
case CC_ENV_REL_OP2:
case CC_ENV_REL_OP3:
case CC_ENV_REL_OP4:
case CC_ENV_REL_OP5:
case CC_ENV_REL_OP6:
this->synth->setNewValueFromMidi(timbre, ROW_ENV1b + (midiEvent.value[0] - CC_ENV_REL_OP1)* 2, ENCODER_ENV_R,
(float)midiEvent.value[1] * .03125000000000000000f);
break;
case CC_ENV_REL_ALL:
for (int e = 0; e < 6; e++) {
this->synth->setNewValueFromMidi(timbre, ROW_ENV1b + e * 2, ENCODER_ENV_R,
(float)midiEvent.value[1] * .03125000000000000000f);
}
break;
case CC_LFO1_PHASE:
case CC_LFO2_PHASE:
case CC_LFO3_PHASE:
this->synth->setNewValueFromMidi(timbre, ROW_LFOPHASES, ENCODER_LFO_PHASE1 + midiEvent.value[0] - CC_LFO1_PHASE,
(float)midiEvent.value[1] * .01f);
break;
case CC_LFO1_BIAS:
case CC_LFO2_BIAS:
case CC_LFO3_BIAS:
this->synth->setNewValueFromMidi(timbre, ROW_LFOOSC1 + midiEvent.value[0] - CC_LFO1_BIAS, ENCODER_LFO_BIAS,
(float)midiEvent.value[1] * .01f);
break;
case CC_LFO1_SHAPE:
case CC_LFO2_SHAPE:
case CC_LFO3_SHAPE:
this->synth->setNewValueFromMidi(timbre, ROW_LFOOSC1 + midiEvent.value[0] - CC_LFO1_SHAPE, ENCODER_LFO_SHAPE,
(float)midiEvent.value[1]);
break;
case CC_ARP_CLOCK:
this->synth->setNewValueFromMidi(timbre, ROW_ARPEGGIATOR1, ENCODER_ARPEGGIATOR_CLOCK,
(float)midiEvent.value[1]);
break;
case CC_ARP_DIRECTION:
this->synth->setNewValueFromMidi(timbre, ROW_ARPEGGIATOR1, ENCODER_ARPEGGIATOR_DIRECTION,
(float)midiEvent.value[1]);
break;
case CC_ARP_OCTAVE:
this->synth->setNewValueFromMidi(timbre, ROW_ARPEGGIATOR1, ENCODER_ARPEGGIATOR_OCTAVE,
(float)midiEvent.value[1]);
break;
case CC_ARP_PATTERN:
this->synth->setNewValueFromMidi(timbre, ROW_ARPEGGIATOR2, ENCODER_ARPEGGIATOR_PATTERN,
(float)midiEvent.value[1]);
break;
case CC_ARP_DIVISION:
this->synth->setNewValueFromMidi(timbre, ROW_ARPEGGIATOR2, ENCODER_ARPEGGIATOR_DIVISION,
(float)midiEvent.value[1]);
break;
case CC_ARP_DURATION:
this->synth->setNewValueFromMidi(timbre, ROW_ARPEGGIATOR2, ENCODER_ARPEGGIATOR_DURATION,
(float)midiEvent.value[1]);
break;
}
}
// Do we accept NRPN in the menu
if (receives & 0x02) {
switch (midiEvent.value[0]) {
case 99:
this->currentNrpn[timbre].paramMSB = midiEvent.value[1];
break;
case 98:
this->currentNrpn[timbre].paramLSB = midiEvent.value[1];
break;
case 6:
this->currentNrpn[timbre].valueMSB = midiEvent.value[1];
break;
case 38:
this->currentNrpn[timbre].valueLSB = midiEvent.value[1];
this->currentNrpn[timbre].readyToSend = true;
break;
case 96:
// nrpn increment
if (this->currentNrpn[timbre].valueLSB == 127) {
this->currentNrpn[timbre].valueLSB = 0;
this->currentNrpn[timbre].valueMSB ++;
} else {
this->currentNrpn[timbre].valueLSB ++;
}
this->currentNrpn[timbre].readyToSend = true;
break;
case 97:
// nrpn decremenet
if (this->currentNrpn[timbre].valueLSB == 0) {
this->currentNrpn[timbre].valueLSB = 127;
this->currentNrpn[timbre].valueMSB --;
} else {
this->currentNrpn[timbre].valueLSB --;
}
this->currentNrpn[timbre].readyToSend = true;
break;
default:
break;
}
if (this->currentNrpn[timbre].readyToSend) {
decodeNrpn(timbre);
this->currentNrpn[timbre].readyToSend = false;
}
}
}
void MidiDecoder::controlChange(int timbre, MidiEvent& midiEvent) {
int receives = this->synthState->fullState.midiConfigValue[MIDICONFIG_RECEIVES] ;
// the following one should always been received...
switch (midiEvent.value[0]) {
case CC_BANK_SELECT:
bankNumber[timbre] = midiEvent.value[1];
break;
case CC_BANK_SELECT_LSB:
bankNumberLSB[timbre] = midiEvent.value[1];
break;
case CC_MODWHEEL:
this->synth->getTimbre(timbre)->setMatrixSource(MATRIX_SOURCE_MODWHEEL, INV127 * midiEvent.value[1]);
break;
case CC_ALL_NOTES_OFF:
this->synth->allNoteOff(timbre);
break;
case CC_ALL_SOUND_OFF:
this->synth->allSoundOff(timbre);
break;
case CC_HOLD_PEDAL:
this->synth->setHoldPedal(timbre, midiEvent.value[1]);
break;
case CC_OMNI_OFF:
// Omni on && omni OFF only accepted on original bas channel
if (this->synthState->fullState.midiConfigValue[MIDICONFIG_CHANNEL1 + timbre] == midiEvent.channel ) {
this->synth->allNoteOff(timbre);
omniOn[timbre] = false;
}
break;
case CC_OMNI_ON:
// Omni on && omni OFF only accepted on original bas channel
if (this->synthState->fullState.midiConfigValue[MIDICONFIG_CHANNEL1 + timbre] == midiEvent.channel ) {
this->synth->allNoteOff(timbre);
omniOn[timbre] = true;
}
break;
case CC_RESET:
this->synth->allNoteOff(timbre);
this->runningStatus = 0;
this->songPosition = 0;
break;
}
if (receives == 1 || receives ==3) {
switch (midiEvent.value[0]) {
case CC_ALGO:
this->synth->setNewValueFromMidi(timbre, ROW_ENGINE, ENCODER_ENGINE_ALGO,
(float)midiEvent.value[1]);
break;
case CC_IM1:
case CC_IM2:
this->synth->setNewValueFromMidi(timbre, ROW_MODULATION1, ENCODER_ENGINE_IM1 + (midiEvent.value[0] - CC_IM1) * 2,
(float)midiEvent.value[1] * .1f);
break;
case CC_IM3:
case CC_IM4:
this->synth->setNewValueFromMidi(timbre, ROW_MODULATION2, ENCODER_ENGINE_IM3 + (midiEvent.value[0] - CC_IM3) *2,
(float)midiEvent.value[1] * .1f);
break;
case CC_IM5:
this->synth->setNewValueFromMidi(timbre, ROW_MODULATION3, ENCODER_ENGINE_IM5 + (midiEvent.value[0] - CC_IM5),
(float)midiEvent.value[1] * .1f);
break;
case CC_MIX1:
case CC_MIX2:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX1, ENCODER_ENGINE_MIX1 + (midiEvent.value[0] - CC_MIX1),
(float)midiEvent.value[1] * .00787401574803149606f);
break;
case CC_MIX3:
case CC_MIX4:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX2, ENCODER_ENGINE_MIX3 + (midiEvent.value[0] - CC_MIX3),
(float)midiEvent.value[1] * .00787401574803149606f);
break;
case CC_PAN1:
case CC_PAN2:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX1, ENCODER_ENGINE_PAN1 + (midiEvent.value[0] - CC_PAN1),
(float)midiEvent.value[1] * .00787401574803149606f * 2.0f - 1.0f);
break;
case CC_PAN3:
case CC_PAN4:
this->synth->setNewValueFromMidi(timbre, ROW_OSC_MIX2, ENCODER_ENGINE_PAN3 + (midiEvent.value[0] - CC_PAN3),
(float)midiEvent.value[1] * .00787401574803149606f * 2.0f - 1.0f);
break;
case CC_OSC1_FREQ:
case CC_OSC2_FREQ:
case CC_OSC3_FREQ:
case CC_OSC4_FREQ:
case CC_OSC5_FREQ:
case CC_OSC6_FREQ:
this->synth->setNewValueFromMidi(timbre, ROW_OSC1 + midiEvent.value[0] - CC_OSC1_FREQ , ENCODER_OSC_FREQ,
(float) midiEvent.value[1] * .0833333333333333f);
break;
case CC_MATRIXROW1_MUL:
case CC_MATRIXROW2_MUL:
case CC_MATRIXROW3_MUL:
case CC_MATRIXROW4_MUL:
// cc.value[1] = newValue * 5.0f + 50.1f;
this->synth->setNewValueFromMidi(timbre, ROW_MATRIX1 + midiEvent.value[0] - CC_MATRIXROW1_MUL, ENCODER_MATRIX_MUL,
(float) midiEvent.value[1] * .2f - 10.0f);
break;
case CC_LFO1_FREQ:
case CC_LFO2_FREQ:
case CC_LFO3_FREQ:
// cc.value[1] = newValue * 5.0f + .1f;
this->synth->setNewValueFromMidi(timbre, ROW_LFOOSC1 + midiEvent.value[0] - CC_LFO1_FREQ, ENCODER_LFO_FREQ,
(float) midiEvent.value[1] *.2f);
break;
case CC_LFO_ENV2_SILENCE:
this->synth->setNewValueFromMidi(timbre, ROW_LFOENV2, ENCODER_LFO_ENV2_SILENCE,
(float) midiEvent.value[1] * .125f);
break;
case CC_STEPSEQ5_GATE:
case CC_STEPSEQ6_GATE:
// cc.value[1] = newValue * 100.0f + .1f;
this->synth->setNewValueFromMidi(timbre, ROW_LFOSEQ1 + midiEvent.value[0] - CC_STEPSEQ5_GATE, ENCODER_STEPSEQ_GATE,
(float)midiEvent.value[1] * .01f);
break;
case CC_MATRIX_SOURCE_CC1:
case CC_MATRIX_SOURCE_CC2:
case CC_MATRIX_SOURCE_CC3:
case CC_MATRIX_SOURCE_CC4:
// cc.value[1] = newValue * 5.0f + 50.1f;
this->synth->setNewValueFromMidi(timbre, ROW_PERFORMANCE1, midiEvent.value[0] - CC_MATRIX_SOURCE_CC1,
(float)(midiEvent.value[1] -64) * INV127 * 2.0 );
break;
break;
}
}
// Do we accept NRPN in the menu
if (receives == 2 || receives ==3) {
switch (midiEvent.value[0]) {
case 99:
this->currentNrpn[timbre].paramMSB = midiEvent.value[1];
break;
case 98:
this->currentNrpn[timbre].paramLSB = midiEvent.value[1];
break;
case 6:
this->currentNrpn[timbre].valueMSB = midiEvent.value[1];
break;
case 38:
this->currentNrpn[timbre].valueLSB = midiEvent.value[1];
this->currentNrpn[timbre].readyToSend = true;
break;
case 96:
// nrpn increment
if (this->currentNrpn[timbre].valueLSB == 127) {
this->currentNrpn[timbre].valueLSB = 0;
this->currentNrpn[timbre].valueMSB ++;
} else {
this->currentNrpn[timbre].valueLSB ++;
}
this->currentNrpn[timbre].readyToSend = true;
break;
case 97:
// nrpn decremenet
if (this->currentNrpn[timbre].valueLSB == 0) {
this->currentNrpn[timbre].valueLSB = 127;
this->currentNrpn[timbre].valueMSB --;
} else {
this->currentNrpn[timbre].valueLSB --;
}
this->currentNrpn[timbre].readyToSend = true;
break;
default:
break;
}
if (this->currentNrpn[timbre].readyToSend) {
decodeNrpn(timbre);
this->currentNrpn[timbre].readyToSend = false;
}
}
}
