Method updateResult

sources/base/HyperHdrInstance.cpp:705–814

}

void HyperHdrInstance::updateResult(std::vector<ColorRgb> _ledBuffer)
{
	// stats
	int64_t now = InternalClock::now();
	int64_t diff = now - _computeStats.statBegin;
	int64_t prevToken = _computeStats.token;

	if (_computeStats.token <= 0 || diff < 0)
	{
		_computeStats.token = PerformanceCounters::currentToken();
		_computeStats.statBegin = now;
		_computeStats.total = 1;
	}
	else if (prevToken != (_computeStats.token = PerformanceCounters::currentToken()))
	{

		if (diff >= 59000 && diff <= 65000)
			emit GlobalSignals::getInstance()->SignalPerformanceNewReport(
				PerformanceReport(hyperhdr::PerformanceReportType::INSTANCE, _computeStats.token, _name, _computeStats.total / qMax(diff / 1000.0, 1.0), _computeStats.total, 0, 0, getInstanceIndex()));

		_computeStats.statBegin = now;
		_computeStats.total = 1;
	}
	else
		_computeStats.total++;

	_currentLedColors = _ledBuffer;

	for (int disabledProcessing = 0; disabledProcessing < 2; disabledProcessing++)
	{
		if (disabledProcessing == 1)
		{
			_ledColorCalibration->applyAdjustment(_ledBuffer);
		}

		if (_ledString.hasDisabled)
		{
			auto ledsCurrent = _ledString.leds().begin();
			auto ledsEnd = _ledString.leds().end();
			auto colorsCurrent = _ledBuffer.begin();
			auto colorsEnd = _ledBuffer.end();
			for (; colorsCurrent != colorsEnd && ledsCurrent != ledsEnd; ++colorsCurrent, ++ledsCurrent)
				if ((*ledsCurrent).disabled)
					(*colorsCurrent) = ColorRgb::BLACK;
		}

		if (disabledProcessing == 0)
			emit SignalRawColorsChanged(_ledBuffer);
	}

	if (_ledString.colorOrder != LedString::ColorOrder::ORDER_RGB)
	{
		for (ColorRgb& color : _ledBuffer)
		{
			// correct the color byte order
			switch (_ledString.colorOrder)
			{
				case LedString::ColorOrder::ORDER_RGB: