void WaveformSignalColors::fallBackFromSignalColor()
{
// qWarning() << "WaveformSignalColors::fallBackFromSignalColor - " \
// "skin do not provide low/mid/high signal colors";
// NOTE(rryan): On ARM, qreal is float so it's important we use qreal here
// and not double or float or else we will get build failures on ARM.
qreal h, s, l, a;
m_signalColor.getHslF(&h,&s,&l,&a);
const double analogousAngle = 1.0/12.0;
if (s < 0.1) // gray
{
const qreal sMax = 1.0 - h;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s+sMax*0.2,l);
m_highColor.setHslF(h,s+sMax*0.4,l);
}
else
{
if (l < 0.1) // ~white
{
const qreal lMax = 1.0 - l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s,l+lMax*0.2);
m_highColor.setHslF(h,s,l+lMax*0.4);
}
else if (l < 0.5)
{
const qreal lMax = 1.0 - l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(stableHue(h-analogousAngle*0.3),s,l+lMax*0.1);
m_highColor.setHslF(stableHue(h+analogousAngle*0.3),s,l+lMax*0.4);
}
else if (l < 0.9)
{
const qreal lMin = l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(stableHue(h-analogousAngle*0.3),s,l-lMin*0.1);
m_highColor.setHslF(stableHue(h+analogousAngle*0.3),s,l-lMin*0.4);
}
else // ~black
{
const qreal lMin = l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s,l-lMin*0.2);
m_highColor.setHslF(h,s,l-lMin*0.4);
}
}
}
void WaveformSignalColors::fallBackFromSignalColor()
{
qWarning() << "WaveformSignalColors::fallBackFromSignalColor - " \
"skin do not provide low/mid/high signal colors";
double h,s,l,a;
m_signalColor.getHslF(&h,&s,&l,&a);
const double analogousAngle = 1.0/12.0;
if( s < 0.1) // gray
{
const double sMax = 1.0 - h;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s+sMax*0.2,l);
m_highColor.setHslF(h,s+sMax*0.4,l);
}
else
{
if( l < 0.1) // ~white
{
const double lMax = 1.0 - l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s,l+lMax*0.2);
m_highColor.setHslF(h,s,l+lMax*0.4);
}
else if( l < 0.5)
{
const double lMax = 1.0 - l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(stableHue(h-analogousAngle*0.3),s,l+lMax*0.1);
m_highColor.setHslF(stableHue(h+analogousAngle*0.3),s,l+lMax*0.4);
}
else if ( l < 0.9)
{
const double lMin = l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(stableHue(h-analogousAngle*0.3),s,l-lMin*0.1);
m_highColor.setHslF(stableHue(h+analogousAngle*0.3),s,l-lMin*0.4);
}
else // ~black
{
const double lMin = l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s,l-lMin*0.2);
m_highColor.setHslF(h,s,l-lMin*0.4);
}
}
}
void WaveformSignalColors::fallBackFromSignalColor() {
// qWarning() << "WaveformSignalColors::fallBackFromSignalColor - "
// << "skin do not provide low/mid/high signal colors";
// NOTE(rryan): On ARM, qreal is float so it's important we use qreal here
// and not double or float or else we will get build failures on ARM.
qreal h, s, l, a;
m_signalColor.getHslF(&h,&s,&l,&a);
const double analogousAngle = 1.0/12.0;
if (s < 0.1) { // gray
const qreal sMax = 1.0 - h;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s+sMax*0.2,l);
m_highColor.setHslF(h,s+sMax*0.4,l);
} else {
if (l < 0.1) { // ~white
const qreal lMax = 1.0 - l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s,l+lMax*0.2);
m_highColor.setHslF(h,s,l+lMax*0.4);
} else if (l < 0.5) {
const qreal lMax = 1.0 - l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(stableHue(h-analogousAngle*0.3),s,l+lMax*0.1);
m_highColor.setHslF(stableHue(h+analogousAngle*0.3),s,l+lMax*0.4);
} else if (l < 0.9) {
const qreal lMin = l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(stableHue(h-analogousAngle*0.3),s,l-lMin*0.1);
m_highColor.setHslF(stableHue(h+analogousAngle*0.3),s,l-lMin*0.4);
} else { // ~black
const qreal lMin = l;
m_lowColor.setHslF(h,s,l);
m_midColor.setHslF(h,s,l-lMin*0.2);
m_highColor.setHslF(h,s,l-lMin*0.4);
}
}
// NOTE(rryan): It is critical that every color is converted to RGB with
// toRgb(). Otherwise Mixxx will waste 3% of its CPU time while rendering
// the filtered waveform doing RGB color space conversions!
m_lowColor = m_lowColor.toRgb();
m_midColor = m_midColor.toRgb();
m_highColor = m_highColor.toRgb();
}
