LoggedMeasurement::LoggedMeasurement(std::string attributeKey, unsigned int measureInterval_secs,
unsigned int saveInterval_secs, double deviationThreshold, STI_Device* sti_device) :
measureInterval(measureInterval_secs),
threshold(deviationThreshold),
device(sti_device)
{
measurementKey = attributeKey;
type = Attribute;
thresholdExceeded = false;
sigma.setValue(MixedData(0)); //sets value to be Empty
measurement.setValue(MixedData(0));
numberAveragedMeasurements = 0;
maxNumberToAverage = max(1, static_cast<int>(saveInterval_secs/measureInterval_secs));
resultIsReady = false;
}
LoggedMeasurement::LoggedMeasurement(unsigned short channel, unsigned int measureInterval_secs,
unsigned int saveInterval_secs, double deviationThreshold, STI_Device* sti_device, MixedValue& valueInput) :
measureInterval(measureInterval_secs),
threshold(deviationThreshold),
device(sti_device),
valueIn(valueInput)
{
measurementChannel = channel;
type = Channel;
thresholdExceeded = false;
sigma.setValue(MixedData(0)); //sets value to be Empty
measurement.setValue(MixedData(0));
numberAveragedMeasurements = 0;
maxNumberToAverage = max(1, static_cast<int>(saveInterval_secs/measureInterval_secs));
resultIsReady = false;
}
ap_result ScopeAgent::Run(int32 index, uint32 command, void *args)
{
switch (command)
{
// Show the output data in the window
case APVA_MIXED_DATA:
{
MixedData((APAgent_MixedData *)args);
return (AP_OK);
}
// The module has been ejected, so clean up our window
case APVA_STOP_SHOWING:
{
StopShowing();
return (AP_OK);
}
}
return (AP_UNKNOWN);
}
