public MeasurementViewModel(MainWindowViewModel mvm,
StatusViewModel svm, CameraViewModel cvm, PhosphorescenceViewModel pvm, AnalyzerViewModel avm)
{
base.DisplayName = "MeasurementViewModel";
_mainVM = mvm;
_statusVM = svm;
_cameraVM = cvm;
_resultVM = pvm;
_analyzerVM = avm;
ArduinoConnected = false;
CommandEnd = new RelayCommand(param => End(), cc => _camPhosActive);
CommandStartDarkBG = new RelayCommand(param => StartDarkBG(), cc => !_camPhosActive);
CommandStartLed = new RelayCommand(param => StartLed(), cc => !_camPhosActive);
CommandStartN3Fluorescence = new RelayCommand(param => StartN3Fluorescence(), cc => !_camPhosActive);
CommandStartDeepUVFluorescence = new RelayCommand(param => StartDeepUVFluorescence(int.Parse(param.ToString())), cc => !_camPhosActive);
CommandStartPhosphorescence = new RelayCommand(param => StartPhosphorescence(), cc => ArduinoConnected && !_camPhosActive);
CommandSaveSettings = new RelayCommand(param => ShowSaveSettings());
BackgroundWorker bw = new BackgroundWorker();
bw.DoWork += ConnectToArduino;
bw.RunWorkerCompleted += ConnectToArduinoCompleted;
bw.RunWorkerAsync();
}
public MainWindowViewModel()
{
base.DisplayName = "MainWindowViewModel";
StatusVM = new StatusViewModel();
StatusVM.Busy = 0;
ResultVM = new PhosphorescenceViewModel(StatusVM);
AnalyzerVM = new AnalyzerViewModel(StatusVM);
CameraVM = new CameraViewModel(StatusVM);
MeasurementVM = new MeasurementViewModel(this, StatusVM, CameraVM, ResultVM, AnalyzerVM);
}
