private void AddIsotope()
{
IsotopeChannelNumber n = new IsotopeChannelNumber();
IsotopeChannelNumbers.Add(n);
DoseCalibrator.IsotopeChannelNumbers.Add(n);
}
public CapintecSettingsProvider() : base()
{
OpenPortCommand = new RelayCommand(openPort);
WriteToPortCommand = new RelayCommand(WriteToPort);
ReadActivityCommand = new RelayCommand(ReadActivity);
AddIsotopeCommand = new RelayCommand(AddIsotope);
SaveChannelsCommand = new RelayCommand(SaveChannels);
string [] portName = SerialPort.GetPortNames();
foreach (string s in portName)
{
Output = Output + s + System.Environment.NewLine;
}
DoseCalibrator = DesktopApplication.MainViewModel.DoseCalibrator as CapintecDoseCalibrator;
foreach (var c in DoseCalibrator.IsotopeChannelNumbers)
{
IsotopeChannelNumbers.Add(c);
}
_availableIsotopes = Platform.Retriever.RetrieveItems(typeof(Isotope), new List <RetrievalCriteria>());
}
public double ReadActivity(Isotope isotope)
{
if (isotope == null)
{
return(ReadActivity());
}
if (Port.IsOpen)
{
Port.Write("$CR1H#");
string output = Port.ReadLine();
string checkSum = output.Substring(output.Length - 1);
CapintecUnit unit = (CapintecUnit)Convert.ToInt16(output.Substring(output.Length - 2, 1));
string channel = output.Substring(5, 8);
channel = channel.Trim();
if (IsotopeChannelNumbers.Where(x => x.IsotopeString == channel).Any() == false)
{
throw new Exception("Incorrect dose calibrator channel");
}
else
{
if (IsotopeChannelNumbers.Where(x => x.IsotopeString == channel).First().Isotope.ID != isotope.ID)
{
throw new Exception("Incorrect dose calibrator channel");
}
}
double reading = Convert.ToDouble(output.Substring(13, 6));
if (unit == CapintecUnit.GBq)
{
reading = reading * 1000;
}
return(reading);
}
else
{
throw new Exception("Port is not open");
}
}
