public bool GetMarkerStimulus(CHANNEL channel,
MEASUREMENT measurement,
MARKERS marker,
out double stimulus)
{
stimulus = 0;
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
stimulus = chMeasurement.Markers.Item[getMarker(marker)].Stimulus;
return(true);
}
catch (Exception)
{
return(false);
}
}
public bool MarkerQueryBandwidth(CHANNEL channel, MEASUREMENT measurement, MARKERS marker,
ref double pBandWidthVal,
ref double pCenterFreqVal,
ref double pQVal,
ref double pLossVal)
{
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
chMeasurement.Markers.Item[getMarker(marker)].QueryBandwidth(ref pBandWidthVal, ref pCenterFreqVal, ref pQVal, ref pLossVal);
return(true);
}
catch (Exception)
{
return(false);
}
}
public bool GetMarkerTargetValue(CHANNEL channel,
MEASUREMENT measurement,
MARKERS marker,
out double targetValue,
out string outMessage)
{
targetValue = 0;
outMessage = string.Empty;
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
targetValue = chMeasurement.Markers.Item[getMarker(marker)].TargetValue;
return(true);
}
catch (Exception err)
{
outMessage = err.Message;
return(false);
}
}
string getMarker(MARKERS m)
{
switch (m)
{
case MARKERS.MARKER1:
return("MARKER1");
case MARKERS.MARKER2:
return("MARKER2");
case MARKERS.MARKER3:
return("MARKER3");
case MARKERS.MARKER4:
return("MARKER4");
case MARKERS.MARKER5:
return("MARKER5");
case MARKERS.MARKER6:
return("MARKER6");
case MARKERS.MARKER7:
return("MARKER7");
}
throw (new SystemException("marker is not correct"));
}
public bool SetMarkerTrackEnabled(CHANNEL channel, MEASUREMENT measurement, MARKERS marker, bool te)
{
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
chMeasurement.Markers.Item[getMarker(marker)].MarkerTrackEnabled = te;
return(true);
}
catch (Exception)
{
return(false);
}
}
public bool MarkerSearch(CHANNEL channel, MEASUREMENT measurement, MARKERS marker, AgNAMarkerSearchTypeEnum s)
{
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
chMeasurement.Markers.Item[getMarker(marker)].Search(s);
return(true);
}
catch (Exception)
{
return(false);
}
}
public bool MarkerQueryValue(CHANNEL channel, MEASUREMENT measurement, MARKERS marker,
ref double pRealVal, ref double pImagVal)
{
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
chMeasurement.Markers.Item[getMarker(marker)].QueryValue(ref pRealVal, ref pImagVal);
return(true);
}
catch (Exception)
{
return(false);
}
}
public bool GetMarkerPeakExcursion(CHANNEL channel, MEASUREMENT measurement, MARKERS marker, out double targetValue)
{
targetValue = 0;
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
targetValue = chMeasurement.Markers.Item[getMarker(marker)].PeakExcursion;
return(true);
}
catch (Exception)
{
return(false);
}
}
public bool SetMarkerBandwidthThreshold(CHANNEL channel, MEASUREMENT measurement, MARKERS marker, double t)
{
try
{
IAgNAMeasurement chMeasurement;
if (measurement != MEASUREMENT.LIKE_CHANNEL)
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)measurement);
}
else
{
chMeasurement = agNAChannel[(int)channel - 1].Measurements.get_Item("Measurement" + (int)channel);
}
chMeasurement.Markers.Item[getMarker(marker)].BandwidthThreshold = t;
return(true);
}
catch (Exception)
{
return(false);
}
}
public void AddMarker(TGeoMarker m)
{
MARKERS.Add(m);
}