//---------------------------------------------------
void calcDrumVoiceAsync(const uint8_t voiceNr)
{
//add modulation eg to osc freq (1 = no change. a+eg = original freq + modulation
const float egPitchVal = DecayEg_calc(&voiceArray[voiceNr].oscPitchEg);
const float pitchEgValue = egPitchVal*voiceArray[voiceNr].egPitchModAmount;
voiceArray[voiceNr].osc.pitchMod = 1+pitchEgValue;
//calc snap EG if transient sample 0 is activated
if(voiceArray[voiceNr].transGen.waveform == 0)
{
const float snapVal = SnapEg_calc(&voiceArray[voiceNr].snapEg, voiceArray[voiceNr].transGen.pitch);
voiceArray[voiceNr].osc.pitchMod += snapVal*voiceArray[voiceNr].transGen.volume;
}
// fm amount with pitch eg
voiceArray[voiceNr].osc.fmMod = voiceArray[voiceNr].fmModAmount * egPitchVal;
//calc the osc + noise vol eg
#if (AMP_EG_SYNC==0)
//check if in attack phase
if( (voiceArray[voiceNr].oscVolEg.attack == 1 ) && ((voiceArray[voiceNr].oscVolEg.state == EG_A) || (voiceArray[voiceNr].oscVolEg.state == EG_REPEAT)) )
{
//if attack is set to 0 -> no interpolation
voiceArray[voiceNr].ampFilterInput = slopeEg2_calc(&voiceArray[voiceNr].oscVolEg);
voiceArray[voiceNr].lastGain = voiceArray[voiceNr].ampFilterInput;
}
else
{
voiceArray[voiceNr].lastGain = voiceArray[voiceNr].ampFilterInput;
voiceArray[voiceNr].ampFilterInput = slopeEg2_calc(&voiceArray[voiceNr].oscVolEg);
}
//turn off trigger signal if trigger gate mode is on and volume == 0
if(trigger_isGateModeOn())
{
if(!voiceArray[voiceNr].ampFilterInput) {
trigger_triggerVoice(TRIGGER_1 + voiceNr, TRIGGER_OFF);
voiceControl_noteOff(TRIGGER_1 + voiceNr);
}
}
#endif
//update osc phaseInc
osc_setFreq(&voiceArray[voiceNr].osc);
osc_setFreq(&voiceArray[voiceNr].modOsc);
}
//---------------------------------------------------
void HiHat_calcAsync( )
{
//calc the osc vol eg
hatVoice.egValueOscVol = slopeEg2_calc(&hatVoice.oscVolEg);
//turn off trigger signal if trigger gate mode is on and volume == 0
if(trigger_isGateModeOn())
{
if(!hatVoice.egValueOscVol)
{
if(hatVoice.isOpen)
{
trigger_triggerVoice(TRIGGER_7, TRIGGER_OFF);
voiceControl_noteOff(TRIGGER_7);
} else {
trigger_triggerVoice(TRIGGER_6, TRIGGER_OFF);
voiceControl_noteOff(TRIGGER_6);
}
}
}
//calc snap EG if transient sample 0 is activated
if(hatVoice.transGen.waveform == 0)
{
const float snapVal = SnapEg_calc(&hatVoice.snapEg, hatVoice.transGen.pitch);
hatVoice.osc.pitchMod = 1 + snapVal*hatVoice.transGen.volume;
}
osc_setFreq(&hatVoice.osc);
osc_setFreq(&hatVoice.modOsc);
osc_setFreq(&hatVoice.modOsc2);
}
//---------------------------------------------------
void Cymbal_calcAsync()
{
//calc the osc vol eg
cymbalVoice.egValueOscVol = slopeEg2_calc(&cymbalVoice.oscVolEg);
//turn off trigger signal if trigger gate mode is on and volume == 0
if(trigger_isGateModeOn())
{
if(!cymbalVoice.egValueOscVol) {
trigger_triggerVoice(TRIGGER_5, TRIGGER_OFF);
voiceControl_noteOff(TRIGGER_5);
}
}
//calc snap EG if transient sample 0 is activated
if(cymbalVoice.transGen.waveform == 0)
{
const float snapVal = SnapEg_calc(&cymbalVoice.snapEg,cymbalVoice.transGen.pitch);
cymbalVoice.osc.pitchMod = 1 + snapVal*cymbalVoice.transGen.volume;
}
//update osc phaseInc
osc_setFreq(&cymbalVoice.osc);
osc_setFreq(&cymbalVoice.modOsc);
osc_setFreq(&cymbalVoice.modOsc2);
}
//---------------------------------------------------
void Snare_calcAsync()
{
//add modulation eg to osc freq (1 = no change. a+eg = original freq + modulation
const float egPitchVal = DecayEg_calc(&snareVoice.oscPitchEg);
const float pitchEgValue = egPitchVal*snareVoice.egPitchModAmount;
snareVoice.osc.pitchMod = 1+pitchEgValue;
//calc the osc vol eg
snareVoice.egValueOscVol = slopeEg2_calc(&snareVoice.oscVolEg);
//calc snap EG if transient sample 0 is activated
if(snareVoice.transGen.waveform == 0)
{
const float snapVal = SnapEg_calc(&snareVoice.snapEg, snareVoice.transGen.pitch);
snareVoice.osc.pitchMod += snapVal*snareVoice.transGen.volume;;
}
osc_setFreq(&snareVoice.osc);
osc_setFreq(&snareVoice.noiseOsc);
}
