void ShowPhosResults()
{
if (_camPhosResults.Images.Count > 0)
{
var ts = _timestamps.Pop();
var sm = _statusVM.Messages.Where(s => s.Timestamp == ts).First();
_statusVM.Messages.Remove(sm);
_statusVM.Busy--;
DateTime timestamp = DateTime.Now;
var sts = new StatusMessage {
Timestamp = timestamp, Message = "Phosphorescence measurement completed."
};
_statusVM.Messages.Add(sts);
_timestamps.Push(timestamp);
imgs_PHOS = _camPhosResults.Images.Select(p => p.Image).ToList();
SaveData(imgs_PHOS, "_PHOS.bmp");
_analyzerVM.AddResults(ref imgs_PHOS, ResultsType.PHOS);
_resultVM.LoadCameraImages(_camPhosResults);
_mainVM.TabIndex = 1;
}
else
{
MessageBox.Show("Failed to collect all data", "Error");
}
if (!Arduino.End())
{
MessageBox.Show("Serial Port", "Error");
}
}
void Close()
{
if (_ArduinoConnected)
{
Arduino.End();
}
}
void DeepUVFluorescenceCompleteCallback(object sender, object result)
{
_measurementMode = MEASUREMENT_MODE.NONE;
//MessageBox.Show("Please turn off the Deep UV", "Deep Off");
// TODO: arduino light off
if (!Arduino.End())
{
MessageBox.Show("Serial Port Error... You may have to reset the camera for next measurement.", "...");
}
if (Object.ReferenceEquals(sender.GetType(), _cameraVM.GetType()))
{
_camPhosActive = false;
_camPhosResults = (CamPhosResults)result;
}
if (!_camPhosActive)
{
ShowDeepUVFluorescenceResults();
}
}
