public Detector Clone()
{
// Clone this detector
Detector clone = new Detector();
clone.TypeName = TypeName;
clone.CurrentHV = CurrentHV;
clone.CurrentNumChannels = CurrentNumChannels;
clone.Serialnumber = Serialnumber;
clone.CurrentCoarseGain = CurrentCoarseGain;
clone.CurrentFineGain = CurrentFineGain;
clone.CurrentLivetime = CurrentLivetime;
clone.CurrentLLD = CurrentLLD;
clone.CurrentULD = CurrentULD;
clone.EnergyCurveCoefficients.AddRange(EnergyCurveCoefficients);
return clone;
}
public FormAddDetector(Detector detector, List<DetectorType> detectorTypes)
{
InitializeComponent();
Det = detector;
DetectorTypes = detectorTypes;
}
public double CalculateDoserate(Detector det, dynamic GEFactorFunc)
{
// Calculate doserate for this spectrum
if (det == null || GEFactorFunc == null)
return 0d;
Doserate = 0.0;
// Trim off discriminators
int startChan = (int)((double)det.CurrentNumChannels * ((double)det.CurrentLLD / 100.0));
int endChan = (int)((double)det.CurrentNumChannels * ((double)det.CurrentULD / 100.0));
if(endChan > det.CurrentNumChannels) // FIXME: Can not exceed 100% atm
endChan = det.CurrentNumChannels;
// Accumulate doserates of each channel
for (int i = startChan; i < endChan; i++)
{
float sec = (float)Livetime / 1000000f;
float cps = Channels[i] / sec;
double E = det.GetEnergy(i);
if (E < 0.05) // Energies below 0.05 are invalid
continue;
double GE = GEFactorFunc(E / 1000.0);
double chanDose = GE * (cps * 60.0);
Doserate += chanDose;
}
return Doserate;
}
int GetChannelFromEnergy(Detector det, double E, int startX, int endX)
{
// Locate a suitable channel for a given energy, return -1 if none is found
// FIXME: O(log n) ?
double epsilon = 2d;
for (int x = startX; x < endX; x++)
{
double e = det.GetEnergy(x);
if (Math.Abs(E - e) < epsilon)
return x;
}
return -1;
}
public FormEnergyCurve(Detector detector, List<double> coeffList)
{
InitializeComponent();
CoeffList = coeffList;
Det = detector.Clone();
}
public void SetDetector(Detector det)
{
currentDetector = det;
}
public Session(string sessionPath, string name, string comment, float livetime, int iterations, Detector det, DetectorType detType)
{
Spectrums = new List<Spectrum>();
Clear();
Name = name;
Comment = comment;
Livetime = livetime;
Iterations = iterations;
Detector = det;
DetectorType = detType;
LoadGEFactor();
if (!Directory.Exists(sessionPath + Path.DirectorySeparatorChar + Name))
Directory.CreateDirectory(sessionPath + Path.DirectorySeparatorChar + Name);
}
private void btnAddDetector_Click(object sender, EventArgs e)
{
FormAddDetector form = new FormAddDetector(null, settings.DetectorTypes);
if (form.ShowDialog() == DialogResult.Cancel)
return;
Detector det = new Detector();
det.TypeName = form.DetectorType;
det.Serialnumber = form.Serialnumber;
det.CurrentNumChannels = form.NumChannels;
det.CurrentHV = form.HV;
det.CurrentCoarseGain = form.CoarseGain;
det.CurrentFineGain = form.FineGain;
det.CurrentLivetime = form.Livetime;
det.CurrentLLD = form.LLD;
det.CurrentULD = form.ULD;
settings.Detectors.Add(det);
PopulateDetectorList();
PopulateDetectors();
}