//---------------------------------------------------
void HiHat_trigger( uint8_t vel, uint8_t isOpen, const uint8_t note)
{
lfo_retrigger(5);
//update velocity modulation
modNode_updateValue(&velocityModulators[5],vel/127.f);
float offset = 1;
if(hatVoice.transGen.waveform==1) //offset mode
{
offset -= hatVoice.transGen.volume;
}
if(hatVoice.osc.waveform == SINE)
hatVoice.osc.phase = (0x3ff<<20)*offset;//voiceArray[voiceNr].osc.startPhase ;
else if(hatVoice.osc.waveform > SINE && hatVoice.osc.waveform <= REC)
hatVoice.osc.phase = (0xff<<20)*offset;
else
hatVoice.osc.phase = 0;
osc_setBaseNote(&hatVoice.osc,note);
osc_setBaseNote(&hatVoice.modOsc,note);
osc_setBaseNote(&hatVoice.modOsc2,note);
hatVoice.isOpen = isOpen;
hatVoice.oscVolEg.decay = isOpen?hatVoice.decayOpen:hatVoice.decayClosed;
slopeEg2_trigger(&hatVoice.oscVolEg);
hatVoice.velo = vel/127.f;
transient_trigger(&hatVoice.transGen);
SnapEg_trigger(&hatVoice.snapEg);
}
//---------------------------------------------------
void Cymbal_trigger( const uint8_t vel, const uint8_t note)
{
lfo_retrigger(4);
//update velocity modulation
modNode_updateValue(&velocityModulators[4],vel/127.f);
float offset = 1;
if(cymbalVoice.transGen.waveform==1) //offset mode
{
offset -= cymbalVoice.transGen.volume;
}
if(cymbalVoice.osc.waveform == SINE)
cymbalVoice.osc.phase = (0x3ff<<20)*offset;//voiceArray[voiceNr].osc.startPhase ;
else if(cymbalVoice.osc.waveform > SINE && cymbalVoice.osc.waveform <= REC)
cymbalVoice.osc.phase = (0xff<<20)*offset;
else
cymbalVoice.osc.phase = 0;
cymbalVoice.modOsc.phase = 0;
cymbalVoice.modOsc2.phase = 0;
osc_setBaseNote(&cymbalVoice.osc,note);
osc_setBaseNote(&cymbalVoice.modOsc,note);
osc_setBaseNote(&cymbalVoice.modOsc2,note);
slopeEg2_trigger(&cymbalVoice.oscVolEg);
cymbalVoice.velo = vel/127.f;
transient_trigger(&cymbalVoice.transGen);
SnapEg_trigger(&cymbalVoice.snapEg);
}
//---------------------------------------------------
void Drum_trigger(const uint8_t voiceNr, const uint8_t vol, const uint8_t note)
{
lfo_retrigger(voiceNr);
//update velocity modulation
modNode_updateValue(&velocityModulators[voiceNr],vol/127.f);
//only reset phase if envelope is closed
#ifdef USE_AMP_FILTER
if((voiceArray[voiceNr].volEgValueBlock[15]<=0.01f) || (voiceArray[voiceNr].transGen.waveform==1))
#else
// if((voiceArray[voiceNr].ampFilterInput<=0.01f) || (voiceArray[voiceNr].transGen.waveform==1))
#endif
{
float offset = 1;
if(voiceArray[voiceNr].transGen.waveform==1) //offset mode
{
offset -= voiceArray[voiceNr].transGen.volume;
#ifdef USE_AMP_FILTER
setOnePoleCoef(&voiceArray[voiceNr].ampFilter,1.0f); //turn off amp filter for super snappy attack
} else {
setOnePoleCoef(&voiceArray[voiceNr].ampFilter,ampSmoothValue);
#endif
}
if(voiceArray[voiceNr].osc.waveform == SINE)
voiceArray[voiceNr].osc.phase = 1024 + ( (0x3ff<<20) - 1024)*offset;//voiceArray[voiceNr].osc.startPhase ;
else if(voiceArray[voiceNr].osc.waveform > SINE && voiceArray[voiceNr].osc.waveform <= REC)
voiceArray[voiceNr].osc.phase = (0xff<<20)*offset;
else
voiceArray[voiceNr].osc.phase = 0;
}
osc_setBaseNote(&voiceArray[voiceNr].osc,note);
osc_setBaseNote(&voiceArray[voiceNr].modOsc,note);
DecayEg_trigger(&voiceArray[voiceNr].oscPitchEg);
slopeEg2_trigger(&voiceArray[voiceNr].oscVolEg);
voiceArray[voiceNr].velo = vol/127.f;
transient_trigger(&voiceArray[voiceNr].transGen);
SnapEg_trigger(&voiceArray[voiceNr].snapEg);
}
//---------------------------------------------------
void Snare_trigger(const uint8_t vel, const uint8_t note)
{
lfo_retrigger(3);
//update velocity modulation
modNode_updateValue(&velocityModulators[3],vel/127.f);
float offset = 1;
if(snareVoice.transGen.waveform==1) //offset mode
{
offset -= snareVoice.transGen.volume;
}
if(snareVoice.osc.waveform == SINE)
snareVoice.osc.phase = (0x3ff<<20)*offset;//voiceArray[voiceNr].osc.startPhase ;
else if(snareVoice.osc.waveform > SINE && snareVoice.osc.waveform <= REC)
snareVoice.osc.phase = (0xff<<20)*offset;
else
snareVoice.osc.phase = 0;
DecayEg_trigger(&snareVoice.oscPitchEg);
slopeEg2_trigger(&snareVoice.oscVolEg);
snareVoice.velo = vel/127.f;
osc_setBaseNote(&snareVoice.osc,note);
//TODO noise muss mit transponiert werden
transient_trigger(&snareVoice.transGen);
SnapEg_trigger(&snareVoice.snapEg);
}