private void AddEfficiencyCalibrationFileByHeight(float height)
{
CanberraDataAccessLib.DataAccess effFile = null;
try
{
var tmpl = "2,5";
if (height != 2.5)
{
tmpl = height.ToString();
}
string effFileName = Path.Combine(DetSet.EffCalFolder, Name, $"{Name}-eff-{tmpl}.CAL");
if (!File.Exists(effFileName))
{
Report.Notify(new DetectorMessage(Codes.ERR_DET_EFF_H_FILE_NF));
return;
}
effFile = new CanberraDataAccessLib.DataAccess();
effFile.Open(effFileName);
effFile.CopyBlock(_device, CanberraDataAccessLib.ClassCodes.CAM_CLS_GEOM);
_device.Save("", true);
Report.Notify(new DetectorMessage(Codes.INFO_DET_EFF_H_FILE_ADD));
}
catch (Exception ex)
{
Report.Notify(new DetectorMessage(Codes.ERR_DET_EFF_H_FILE_UNREG)
{
DetailedText = ex.ToString()
});
}
finally
{
if (effFile != null && effFile.IsOpen)
{
effFile.Close();
}
}
}
private void AddEfficiencyCalibrationFileByEnergy()
{
CanberraDataAccessLib.DataAccess engFile = null;
try
{
string effFileName = Path.Combine(DetSet.EffCalFolder, $"{Name}", $"{Name}-energy.CAL");
if (!File.Exists(effFileName))
{
Report.Notify(new DetectorMessage(Codes.ERR_DET_EFF_ENG_FILE_NF)
{
DetailedText = $"File '{effFileName}' not found"
});
return;
}
engFile = new CanberraDataAccessLib.DataAccess();
engFile.Open(effFileName);
engFile.CopyBlock(_device, CanberraDataAccessLib.ClassCodes.CAM_CLS_SHAPECALRES);
engFile.CopyBlock(_device, CanberraDataAccessLib.ClassCodes.CAM_CLS_CALRESULTS);
_device.Save("", true);
Report.Notify(new DetectorMessage(Codes.INFO_DET_EFF_ENG_FILE_ADD));
}
catch (Exception ex)
{
Report.Notify(new DetectorMessage(Codes.ERR_DET_EFF_ENG_FILE_UNREG)
{
DetailedText = ex.ToString()
});
}
finally
{
if (engFile != null && engFile.IsOpen)
{
engFile.Close();
}
}
}
public CamFileReader()
{
this.dataAccess = new CanberraDataAccessLib.DataAccess();
}
