/**
* @author Justin Philipp Heinermann <*****@*****.**>
* @author Jendrik Poloczek <*****@*****.**>
*/
IWRSENSOR_PARSED_F AttitudeSensor::normalizeSensor(
IWRSENSOR_PARSED &calibMin,
IWRSENSOR_PARSED &calibMax,
IWRSENSOR_PARSED &sensor) {
IWRSENSOR_PARSED_F retVal;
retVal.x=normalizeValue(calibMin.x,calibMax.x,sensor.x);
retVal.y=normalizeValue(calibMin.y,calibMax.y,sensor.y);
retVal.z=normalizeValue(calibMin.z,calibMax.z,sensor.z);
return retVal;
}
const void CtrlrModulatorProcessor::setParameterNotifyingHost()
{
if (owner.getVstIndex() >= 0 && owner.isExportedToVst())
{
getProcessor()->setParameterNotifyingHost (owner.getVstIndex(), normalizeValue (currentValue, minValue, maxValue));
}
}
int AnalogReader::getCurrentValue()
{
return normalizeValue(m_currentValue);
}
const float CtrlrModulatorProcessor::getValueForHost() const
{
const ScopedReadLock sl (processorLock);
return (normalizeValue (currentValue, minValue, maxValue));
}
