void Particle::move()
{
this->basePositionVector += this->directionVector * velocity;
glm::vec3 norm = getUprightNormVector(this->directionVector);
setBasePositions(this->basePositionVector, norm);
setPeak(this->basePositionVector);
}
Cone::Cone( Vector2D peak,
float fstAngle, float sndAngle,
float maxDistance, float minDistance ) {
setPeak( peak );
setAngles( fstAngle, sndAngle );
setMaxDistance( maxDistance );
setMinDistance( minDistance );
}
void Particle::init(glm::vec3 basePosVector, glm::vec3 aDirectionVector, glm::vec3 normVector)
{
this->basePositionVector = basePosVector;
this->vertexArrayIDParticle = 0;
this->positionVector.resize(3);
this->directionVector = normalizeVector(aDirectionVector);
setPeak(basePosVector);
setBasePositions(basePosVector, normVector);
this->velocity = VELOCITY;
}
void WVuMeter::onConnectedControlChanged(double dParameter, double dValue) {
Q_UNUSED(dValue);
m_dParameter = math_clamp(dParameter, 0.0, 1.0);
if (dParameter > 0.0) {
setPeak(dParameter);
} else {
// A 0.0 value is very unlikely except when the VU Meter is disabled
m_dPeakParameter = 0;
}
updateState(m_timer.restart());
}
void WVuMeter::onConnectedControlValueChanged(double dValue) {
int idx = static_cast<int>(dValue * m_iNoPos);
// Range check
if (idx > m_iNoPos)
idx = m_iNoPos;
else if (idx < 0)
idx = 0;
setPeak(idx);
QTime currentTime = QTime::currentTime();
int msecsElapsed = m_lastUpdate.msecsTo(currentTime);
m_lastUpdate = currentTime;
updateState(msecsElapsed);
}
void WVuMeter::setValue(double fValue)
{
int idx = (int)(fValue * (float)(m_iNoPos)/128.);
// Range check
if (idx>m_iNoPos)
idx = m_iNoPos;
else if (idx<0)
idx = 0;
setPeak(idx);
m_value = fValue;
QTime currentTime = QTime::currentTime();
int msecsElapsed = m_lastUpdate.msecsTo(currentTime);
m_lastUpdate = currentTime;
updateState(msecsElapsed);
//Post a paintEvent() message, so that the widget repaints.
update();
}
void WVuMeter::onConnectedControlValueChanged(double dValue) {
int idx = static_cast<int>(dValue * m_iNoPos);
// Range check
if (idx > m_iNoPos)
idx = m_iNoPos;
else if (idx < 0)
idx = 0;
if (dValue > 0.) {
setPeak(idx);
} else {
// A 0.0 value is very unlikely except when the VU Meter is disabled
m_iPeakPos = 0;
}
QTime currentTime = QTime::currentTime();
int msecsElapsed = m_lastUpdate.msecsTo(currentTime);
m_lastUpdate = currentTime;
updateState(msecsElapsed);
}
void WVuMeter::onConnectedControlChanged(double dParameter, double dValue) {
Q_UNUSED(dValue);
m_iPos = static_cast<int>(dParameter * m_iNoPos);
// Range check
if (m_iPos > m_iNoPos) {
m_iPos = m_iNoPos;
} else if (m_iPos < 0) {
m_iPos = 0;
}
if (dParameter > 0.) {
setPeak(m_iPos);
} else {
// A 0.0 value is very unlikely except when the VU Meter is disabled
m_iPeakPos = 0;
}
// TODO: use something much more lightweight than currentTime.
QTime currentTime = QTime::currentTime();
int msecsElapsed = m_lastUpdate.msecsTo(currentTime);
m_lastUpdate = currentTime;
updateState(msecsElapsed);
}
void Fader::setPeak_R( float fPeak )
{
setPeak( fPeak, m_fPeakValue_R, m_persistentPeak_R, m_lastPeakTime_R );
}
void fader::setPeak_L( float fPeak )
{
setPeak( fPeak, m_fPeakValue_L, m_persistentPeak_L, m_lastPeakTime_L );
}