void exprCos::generateCuts (expression *w, //const OsiSolverInterface &si,
OsiCuts &cs, const CouenneCutGenerator *cg,
t_chg_bounds *chg, int wind,
CouNumber lbw, CouNumber ubw) {
// int wi = w -> Index ();
/*if (chg && !(cg -> isFirst ()) &&
(chg [wi].lower() == t_chg_bounds::UNCHANGED) &&
(chg [wi].upper() == t_chg_bounds::UNCHANGED))
return;*/
#ifdef NEW_TRIG
if (trigEnvelope (cg, cs, w, w -> Image () -> Argument (), COU_COSINE) == 0)
#else
if (addHexagon (cg, cs, COU_COSINE, w, w -> Image () -> Argument()) == 0)
#endif
{
}
}
///////////////////////////////////////////////////////////////////////
// Called when a new note is triggered on the channel
void CLogicalChannel::trig(byte note, byte velocity, byte trigEnv)
{
CLogicalVoice *voice = NULL;
// Check if the channel LFO needs to be restarted
// on each note trigger
switch(m_conf->eLFOMode)
{
case TONE_CONFIG::LFO_TRIG_FREE:
case TONE_CONFIG::LFO_TRIG_GATE:
case TONE_CONFIG::LFO_ONE_SHOT:
// Yes - so restart the LFO cycle
m_fLFOPhase = 0.0;
m_flags |= SF_LFOSIGN;
m_flags &= ~SF_LFOCOMPLETE;
break;
case TONE_CONFIG::LFO_UNGATE:
case TONE_CONFIG::LFO_GATE:
case TONE_CONFIG::LFO_FREE:
default:
break;
}
//////////////////////////////////////////////////////////////////
// CHANNEL CONFIGURED IN UNISON OR MONO MODE
if((m_conf->eUnisonMode != TONE_CONFIG::UNISON_OFF) ||
( m_conf->flags & TONE_CONFIG::MONO)) {
// check if a nonzero portamento setting is defined
if(m_conf->portaTime) {
// store trigggered note as the target of the portamento engine
m_portaTargetNote = note;
// is there a previous note to use as start point?
if(m_fPortamentoNote > 0 && note != m_fPortamentoNote) {
// calculate step rate based on distance between the old and new note
// and the portamento time setting
m_fPortaStep = 2.0 * (note - m_fPortamentoNote) / (float)m_conf->portaTime;
}
else {
// just remember the note for next time!
m_fPortamentoNote = note;
m_portaTargetNote = 0;
}
}
else {
m_portaTargetNote = 0;
}
for(int i=m_voiceBegin; i<m_voiceEnd; ++i) {
voice = &Voice[i];
voice->m_midi_note = note;
voice->m_midi_vel = velocity;
if(trigEnv) {
trigEnvelope(&m_conf->ampEnv, &voice->m_amp);
trigEnvelope(&m_conf->modEnv, &voice->m_mod);
}
if(m_conf->flags & TONE_CONFIG::MONO) {
break;
}
}
}
//////////////////////////////////////////////////////////////////
// POLYPHONIC CHANNEL
else
{
// check if the note is already assigned to a channel...
// if it is, then we will retrigger it
for(int i=m_voiceBegin; i<m_voiceEnd; ++i) {
if(Voice[i].m_midi_note == note) {
voice = &Voice[i];
break;
}
}
if(!voice) {
// Otherwise do we have a free channel?
for(int i=m_voiceBegin; i<m_voiceEnd; ++i) {
if(Voice[i].m_amp.ePhase == ENVELOPE_STATE::NONE) {
voice = &Voice[i];
break;
}
}
}
if(!voice) {
// or failing that, one that is in release
for(int i=m_voiceBegin; i<m_voiceEnd; ++i) {
if(Voice[i].m_amp.ePhase == ENVELOPE_STATE::RELEASE) {
voice = &Voice[i];
break;
}
}
}
// Did we get a voice to assign the note to?
if(voice) {
// assign the note to the voice
voice->m_midi_note = note;
voice->m_midi_vel = velocity;
// retrigger envelopes if needed
if(trigEnv) {
trigEnvelope(&m_conf->ampEnv, &voice->m_amp);
trigEnvelope(&m_conf->modEnv, &voice->m_mod);
}
}
}
}
