void MeterBarAverage::create(
int crestFactor, frut::widget::Orientation orientation, bool discreteMeter,
bool showCombinedMeters, int mainSegmentHeight,
const Array<Colour> &segmentColours)
{
frut::widget::MeterBar::create();
crestFactor *= 10;
int trueLowerThreshold;
int numberOfBars;
if (showCombinedMeters)
{
trueLowerThreshold = -90;
numberOfBars = 21;
}
else
{
trueLowerThreshold = -160;
numberOfBars = 8;
}
int lowerThreshold = trueLowerThreshold + crestFactor;
for (int n = 0; n < numberOfBars; ++n)
{
int thresholdDifference;
if (trueLowerThreshold > -260)
{
thresholdDifference = 10;
}
else if (trueLowerThreshold > -300)
{
thresholdDifference = 40;
}
else
{
thresholdDifference = 100;
}
trueLowerThreshold -= thresholdDifference;
lowerThreshold = trueLowerThreshold + crestFactor;
int colourId;
if (trueLowerThreshold >= -170)
{
colourId = colourSelector::overload;
}
else if (trueLowerThreshold >= -180)
{
colourId = colourSelector::warning;
}
else if (trueLowerThreshold >= -220)
{
colourId = colourSelector::fine;
}
else
{
colourId = colourSelector::signal;
}
int segmentHeight = mainSegmentHeight;
if (showCombinedMeters)
{
segmentHeight += 2;
}
bool hasHighestLevel = (n == 0) ? true : false;
if (discreteMeter)
{
// meter segment outlines overlap
int spacingBefore = -1;
segmentHeight += 1;
addDiscreteSegment(
lowerThreshold * 0.1f,
thresholdDifference * 0.1f,
hasHighestLevel,
segmentHeight,
spacingBefore,
segmentColours[colourId],
segmentColours[colourId].withMultipliedBrightness(0.7f));
}
else
{
// meter segment outlines must not overlap
int spacingBefore = 0;
addContinuousSegment(
lowerThreshold * 0.1f,
thresholdDifference * 0.1f,
(thresholdDifference * 0.1f) / segmentHeight,
hasHighestLevel,
segmentHeight,
spacingBefore,
segmentColours[colourId],
Colours::white);
}
}
// set orientation here to save some processing power
setOrientation(orientation);
}
void MeterBarGainReduction::create(frut::widgets::Orientation orientation,
bool discreteMeter,
int mainSegmentHeight,
const Array<Colour> &segmentColours)
{
frut::widgets::MeterBar::create();
setUpwardExpansion(false);
int trueLowerThreshold = 0;
int levelRange = 10;
int numberOfBars = 24;
for (int n = 0; n < numberOfBars; ++n)
{
int colourId;
if (n % 6 == 5)
{
colourId = colourSelector::notify;
}
else
{
colourId = colourSelector::normal;
}
bool hasHighestLevel = (n == (numberOfBars - 1)) ? true : false;
if (discreteMeter)
{
// meter segment outlines overlap
int spacingBefore = -1;
int segmentHeight = mainSegmentHeight + 1;
addDiscreteSegment(
trueLowerThreshold * 0.1f,
levelRange * 0.1f,
0.0f,
1.0f,
hasHighestLevel,
segmentHeight,
spacingBefore,
segmentColours[colourId],
segmentColours[colourId].withMultipliedBrightness(0.7f));
}
else
{
// meter segment outlines must not overlap
int spacingBefore = 0;
int segmentHeight = mainSegmentHeight;
addContinuousSegment(
trueLowerThreshold * 0.1f,
levelRange * 0.1f,
(levelRange * 0.1f) / segmentHeight,
hasHighestLevel,
segmentHeight,
spacingBefore,
segmentColours[colourId],
segmentColours[colourId].withMultipliedBrightness(0.7f));
}
trueLowerThreshold += levelRange;
}
// set orientation here to save some processing power
setOrientation(orientation);
}
