private bool InitializeNrpNonBurstedMode(string ResourceName)
{
try
{
m_sensor = new rsnrpz(ResourceName,
m_nrpNonBurstedSettings.IDChecked,
m_nrpNonBurstedSettings.ResetDevice);
// Deactivates automatic determination of filter bandwidth
m_sensor.avg_setAutoEnabled(m_Channel, m_nrpNonBurstedSettings.AutoEnabled);
// Number of averages
m_sensor.avg_setCount(m_Channel, m_nrpNonBurstedSettings.averageCount);
// Set corr frequency
m_sensor.chan_setCorrectionFrequency(m_Channel, m_nrpNonBurstedSettings.correctionFrequency * 1000000.0);
// Set trigger source to immediate
m_sensor.trigger_setSource(m_Channel, m_nrpNonBurstedSettings.TriggerSourceImmediate);
m_sensor.chan_setContAvAperture(m_Channel, m_nrpNonBurstedSettings.integrationTime / 1000.0);
// Averaging Manual 1, increase number for better repeatability
m_sensor.avg_configureAvgManual(m_Channel, m_nrpNonBurstedSettings.averageCount);
// Smoothing off
m_sensor.chan_setContAvSmoothingEnabled(m_Channel, false);
m_sensor.errorCheckState(m_nrpNonBurstedSettings.CheckState);
m_initialize = true;
}
catch (Exception err)
{
throw (new SystemException("Error initialize Nrp Power meter" + err.Message));
}
return(true);
}
public static void GetSensorInfo(int Channel,
out string SensorType,
out string SensorName,
out string SensorSerial)
{
try
{
rsnrpz sensor = new rsnrpz("*",
true,
true);
StringBuilder _sensorType = new StringBuilder(100);
StringBuilder _sensorName = new StringBuilder(100);
StringBuilder _sensorSerial = new StringBuilder(100);
sensor.GetSensorInfo(Channel, _sensorName, _sensorType, _sensorSerial);
SensorType = _sensorType.ToString();
SensorName = _sensorName.ToString();
SensorSerial = _sensorSerial.ToString();
sensor.Dispose();
}
catch (Exception err)
{
throw (new SystemException(err.Message));
}
}
public void Close()
{
if (m_sensor != null)
{
m_sensor.Dispose();
}
m_sensor = null;
}
bool InitializeNrpBurstedMode(string ResourceName)
{
try
{
if (m_sensor == null)
{
m_sensor = new rsnrpz(ResourceName,
m_nrpBurstedSettings.IDChecked,
m_nrpBurstedSettings.ResetDevice);
double triggerLevel_W;
//sensor = new rsnrpz(ResourceDescriptor.Text, IDQuery.Checked, ResetDevice.Checked);
// Timeslot: The power is measured simultaneously in a number of timeslots
m_sensor.chan_mode(m_Channel, rsnrpzConstants.SensorModeTimeslot);
// Set corr frequency
m_sensor.chan_setCorrectionFrequency(m_Channel, m_nrpBurstedSettings.correctionFrequency * 1000000.0);
// Set trigger source to internal
m_sensor.trigger_setSource(m_Channel, rsnrpzConstants.TriggerSourceImmediate);
m_sensor.tslot_configureTimeSlot(m_Channel, 1, m_nrpBurstedSettings.timeslotWidth / 1000000.0);
m_sensor.timing_configureExclude(m_Channel, m_nrpBurstedSettings.excludeStart / 1000000.0, m_nrpBurstedSettings.excludeStop / 1000000.0);
// Set trigger level
triggerLevel_W = Math.Pow(10, (m_nrpBurstedSettings.triggerLevel) / 10.0) / 1000.0;
m_sensor.trigger_setLevel(m_Channel, triggerLevel_W);
// Averaging Manual 1, increase number for better repeatability
m_sensor.avg_configureAvgManual(m_Channel, m_nrpBurstedSettings.averageCount);
m_sensor.errorCheckState(m_nrpBurstedSettings.errorCheckState);
m_initialize = true;
}
else
{
throw (new SystemException("Sensor already initialized"));
}
}
catch (Exception err)
{
throw (new SystemException(err.Message));
}
return(true);
}
public static int GetSensorCount()
{
try
{
rsnrpz sensor = new rsnrpz("*",
true,
true);
int Sensorscount = 0;
sensor.GetSensorCount(out Sensorscount);
sensor.Dispose();
return(Sensorscount);
}
catch (Exception err)
{
if (err.Message != "Unknown Error Code (0xC0000002)")
{
throw (new SystemException(err.Message));
}
return(0);
}
}
