bool ControlParameter::operator==(const ControlParameter &control)
{
return m_type == control.getType() &&
m_controllerValue == control.getControllerValue() &&
m_min == control.getMin() &&
m_max == control.getMax();
}
// @return the active ruler's parameter situation, or NULL if none.
// Return is owned by caller.
// @author Tom Breton (Tehom)
SelectionSituation *
ControlRulerWidget::getSituation(void)
{
ControllerEventsRuler *ruler = getActiveRuler();
if (!ruler) { return 0; }
EventSelection * selection = ruler->getEventSelection();
if (!selection) { return 0; }
ControlParameter * cp = ruler->getControlParameter();
if (!cp) { return 0; }
return
new SelectionSituation(cp->getType(), selection);
}
ControlParameter::ControlParameter(const ControlParameter &control):
XmlExportable(),
m_name(control.getName()),
m_type(control.getType()),
m_description(control.getDescription()),
m_min(control.getMin()),
m_max(control.getMax()),
m_default(control.getDefault()),
m_controllerValue(control.getControllerValue()),
m_colourIndex(control.getColourIndex()),
m_ipbPosition(control.getIPBPosition())
{
}
void
MidiDevice::addControlToInstrument(const ControlParameter &con)
{
if (!isVisibleControlParameter(con)) {
return;
}
// Run through all of this devices instruments and add default controls and
// values to them.
InstrumentList insList = getAllInstruments();
InstrumentList::iterator iIt = insList.begin();
for(; iIt != insList.end(); ++iIt) {
MidiByte conNumber = con.getControllerValue();
MidiByte conValue = con.getDefault();
(*iIt)->setControllerValue(conNumber, conValue);
}
}
void
MidiDevice::removeControlFromInstrument(const ControlParameter &con)
{
InstrumentList insList = getAllInstruments();
InstrumentList::iterator iIt = insList.begin();
for(; iIt != insList.end(); ++iIt) {
(*iIt)->removeStaticController(con.getControllerValue());
}
}
//--------------------------------------------------------------
void AudioTonicBinaural::setup()
{
Volume = -8.0;
CarrierPitch = 54.0;
CarrierOffset = 0.1;
//TONIC AUDIO STUFF
ControlParameter volume = synth.addParameter("volume", -8.f).displayName("Volume (dbFS)").min(-60.f).max(0.f);
ControlParameter carrierPitch = synth.addParameter("carrierPitch", 54.f).displayName("Carrier Pitch").min(20.f).max(92.f);
ControlParameter carrierOffset = synth.addParameter("carrierOffset", 0.1f).displayName("Carrier Offset").min(0.f).max(8.f);
float smoothTime = 0.1;
Generator rCarrierFreq = carrierPitch.smoothed(smoothTime);
Generator rCarrierOffset = carrierOffset.smoothed(smoothTime);
osc1 = SineWave().freq(rCarrierFreq) * SineWave().freq(rCarrierOffset)* ControlDbToLinear().input(volume).smoothed(smoothTime);
synth.setOutputGen(osc1);
}
void
ControlRulerWidget::slotAddControlRuler(const ControlParameter &controlParameter)
{
if (!m_viewSegment) return;
ControlRuler *controlruler = new ControllerEventsRuler(m_viewSegment, m_scale, this, &controlParameter);
controlruler->setXOffset(m_gutter);
connect(controlruler, SIGNAL(dragScroll(timeT)),
this, SLOT(slotDragScroll(timeT)));
connect(controlruler, SIGNAL(rulerSelectionChanged(EventSelection *)),
this, SLOT(slotChildRulerSelectionChanged(EventSelection *)));
addRuler(controlruler,QString::fromStdString(controlParameter.getName()));
}
//--------------------------------------------------------------
void AudioTonic::setup()
{
volume = 0.0f;
// volume = 0.79f;
//TONIC AUDIO STUFF
ControlParameter volume = synth.addParameter("volume", -58.f).displayName("Volume (dbFS)").min(-60.f).max(0.f);
ControlParameter carrierPitch = synth.addParameter("carrierPitch", 20.f).displayName("Carrier Pitch").min(20.f).max(32.f);
ControlParameter carrierOffset = synth.addParameter("carrierOffset", 1.f).displayName("Carrier Offset").min(0.f).max(8.f);
ControlParameter modIndex = synth.addParameter("modIndex", 0.25f).displayName("FM Amount").min(0.f).max(10.0f);
ControlParameter modLfoAmt = synth.addParameter("modLfoAmt", 0.5f).displayName("Mod LFO Amount").min(0.f).max(4.f);
ControlParameter modLfoSpeed = synth.addParameter("modLfoSpeed", 10.0f).displayName("Mod LFO Speed").min(0.f).max(20.f);
ControlParameter ampLfoAmt = synth.addParameter("ampLfoAmt", 0.75f).displayName("Amp LFO Amount").min(0.f).max(1.f);
ControlParameter ampLfoSpeed = synth.addParameter("ampLfoSpeed", 0.15f).displayName("Amp LFO Speed").min(0.f).max(20.f);
Generator rCarrierFreq = ControlMidiToFreq().input(carrierPitch).smoothed();
Generator rModFreq = rCarrierFreq * 4.0f;
float smoothTime = 0.1;
osc1 = SineWave()
.freq( rCarrierFreq
+ (
SineWave().freq( rModFreq ) *
rModFreq *
(modIndex.smoothed(smoothTime) * (1.0f + SineWave().freq(modLfoSpeed.smoothed(smoothTime)) * modLfoAmt.smoothed(smoothTime) * 0.5f))
)
) * (1.0f + SineWave().freq(ampLfoSpeed.smoothed(smoothTime)) * ampLfoAmt.smoothed(smoothTime) + 0.25) * ControlDbToLinear().input(volume).smoothed(smoothTime);
osc2 = SineWave()
.freq( rCarrierFreq + carrierOffset.smoothed(smoothTime)
+ (
SineWave().freq( rModFreq ) *
rModFreq *
(modIndex.smoothed(smoothTime) * (1.0f + SineWave().freq(modLfoSpeed.smoothed(smoothTime)) * modLfoAmt.smoothed(smoothTime) * 0.5f))
)
) * (1.0f + SineWave().freq(ampLfoSpeed.smoothed(smoothTime)) * ampLfoAmt.smoothed(smoothTime) + 0.25) * ControlDbToLinear().input(volume).smoothed(smoothTime);
synth.setOutputGen(osc1 * osc2);
// synth.getOutputGen();
// synth.getParameters();
}
bool
MidiDevice::isVisibleControlParameter(const ControlParameter &con) const
{
return (con.getIPBPosition() > -1);
}
// Check to see if passed ControlParameter is unique. Either the
// type must be unique or in the case of Controller::EventType the
// ControllerValue must be unique.
//
// Controllers (Control type)
//
//
bool
MidiDevice::isUniqueControlParameter(const ControlParameter &con) const
{
return
findControlParameter(con.getType(), con.getControllerValue()) == 0;
}
