void PhosphorescenceMeasurementCompleteCallback(object sender, object result)
{
_measurementMode = MEASUREMENT_MODE.NONE;
if (Object.ReferenceEquals(sender.GetType(), _cameraVM.GetType()))
{
_camPhosActive = false;
_camPhosResults = (CamPhosResults)result;
}
if (!_camPhosActive)
{
ShowPhosResults();
}
}
void StartN3Fluorescence()
{
if (CheckSaveFileExists("_FL.bmp"))
{
var saveDlg = new View.SaveFolderWindow(_saveFolderName, "_FL.bmp");
saveDlg.ShowDialog();
if (!saveDlg.SaveFolderNameSet)
{
return;
}
_saveFolderName = saveDlg.SaveFolderName;
GlobalVariables.globalSettings.SaveFolderName = saveDlg.SaveFolderName;
}
var res = MessageBox.Show("Please confirm that the long wave UV is on and then press OK to continue.", "Long Wave UV On",
MessageBoxButton.OKCancel);
if (res == MessageBoxResult.Cancel)
{
return;
}
Callback WhenMeasurementEnds = N3FluorescenceCompleteCallback;
_camPhosResults = new CamPhosResults(0, new List <PtGreyCameraImage>());
string error = "";
List <double> shutterTimes = Properties.Settings.Default.N3FlMeasurementShutterTimes.Split(',').
Select(r => Convert.ToDouble(r)).ToList();
_camPhosActive = _cameraVM.StartN3Fluorescence(shutterTimes, Properties.Settings.Default.N3FlMeasurementGain,
WhenMeasurementEnds, out error);
if (!_camPhosActive)
{
MessageBox.Show(error, "Image Capture not started");
return;
}
_measurementMode = MEASUREMENT_MODE.N3_FL;
_statusVM.Busy++;
DateTime timestamp = DateTime.Now;
var sts = new StatusMessage {
Timestamp = timestamp, Message = "Image capture is active."
};
_statusVM.Messages.Add(sts);
_timestamps.Push(timestamp);
}
void StartPhosphorescence()
{
if (CheckSaveFileExists("_PHOS.bmp"))
{
var saveDlg = new View.SaveFolderWindow(_saveFolderName, "_PHOS.bmp");
saveDlg.ShowDialog();
if (!saveDlg.SaveFolderNameSet)
{
return;
}
_saveFolderName = saveDlg.SaveFolderName;
GlobalVariables.globalSettings.SaveFolderName = saveDlg.SaveFolderName;
}
string error = "";
Callback WhenMeasurementEnds = PhosphorescenceMeasurementCompleteCallback;
_camPhosResults = new CamPhosResults(0, new List <PtGreyCameraImage>());
_camPhosActive = _cameraVM.StartPhosphorescenceMeasurement(Properties.Settings.Default.PhosMeasurementStartDelayUs,
Properties.Settings.Default.PhosMeasurementImageCount,
Properties.Settings.Default.PhosMeasurementShutterTime, Properties.Settings.Default.PhosMeasurementGain,
WhenMeasurementEnds, out error);
if (!_camPhosActive)
{
MessageBox.Show(error, "Phosphorescence measurement not started");
return;
}
if (!Arduino.PhosphorescenceOn())
{
_cameraVM.AbortPhosMeasurement();
MessageBox.Show("Serial Port Error... You may have to reset the camera.", "Aborting...");
}
else
{
_measurementMode = MEASUREMENT_MODE.PHOS;
_statusVM.Busy++;
DateTime timestamp = DateTime.Now;
var sts = new StatusMessage {
Timestamp = timestamp, Message = "Phosphorescence measurement is active."
};
_statusVM.Messages.Add(sts);
_timestamps.Push(timestamp);
}
}
void N3FluorescenceCompleteCallback(object sender, object result)
{
_measurementMode = MEASUREMENT_MODE.NONE;
MessageBox.Show("Please turn off the long wave UV", "Long Wave UV Off");
if (Object.ReferenceEquals(sender.GetType(), _cameraVM.GetType()))
{
_camPhosActive = false;
_camPhosResults = (CamPhosResults)result;
}
if (!_camPhosActive)
{
ShowN3FluorescenceResults();
}
}
void WhiteLightCompleteCallback(object sender, object result)
{
_measurementMode = MEASUREMENT_MODE.NONE;
MessageBox.Show("Please turn off the white light", "White Light Off");
if (Object.ReferenceEquals(sender.GetType(), _cameraVM.GetType()))
{
_camPhosActive = false;
_camPhosResults = (CamPhosResults)result;
}
if (!_camPhosActive)
{
ShowWhiteLightResults();
}
}
public void LoadCameraImages(CamPhosResults results)
{
_phosImageList = new List <BitmapSource>();
_imageFilePathList = new List <string>();
for (int i = 0; i < results.Images.Count; i++)
{
//handle file drop in data context
_phosImageList.Add(BitmapToBitmapSource(results.Images[i].Image));
_imageFilePathList.Add("Frame Id:" + results.Images[i].FrameId +
", Timestamp delta [ms]:" + Math.Round((results.Images[i].TimeStamp - results.StartTimeStamp) / 1000000d, 0));
}
if (_phosImageList.Count > 0)
{
PhosImageListIndex = 1;
}
else
{
PhosImageListIndex = 0;
}
}
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();
}
}
void StartDeepUVFluorescence(int index)
{
indexUV = index;
if (index == 0)
{
if (CheckSaveFileExists("_UV.bmp"))
{
var saveDlg = new View.SaveFolderWindow(_saveFolderName, "_UV.bmp");
saveDlg.ShowDialog();
if (!saveDlg.SaveFolderNameSet)
{
return;
}
_saveFolderName = saveDlg.SaveFolderName;
GlobalVariables.globalSettings.SaveFolderName = saveDlg.SaveFolderName;
}
}
else if (index == 1)
{
if (CheckSaveFileExists("_UV2.bmp"))
{
var saveDlg = new View.SaveFolderWindow(_saveFolderName, "_UV2.bmp");
saveDlg.ShowDialog();
if (!saveDlg.SaveFolderNameSet)
{
return;
}
_saveFolderName = saveDlg.SaveFolderName;
}
}
//var res = MessageBox.Show("Please confirm that the deep UV is on and then press OK to continue.", "Deep UV On",
// MessageBoxButton.OKCancel);
//if (res == MessageBoxResult.Cancel)
// return;
// TODO: arduino light on
if (!Arduino.FluorescenceOn())
{
_cameraVM.AbortDeepUVFluorescence();
MessageBox.Show("Serial Port Error... You may have to reset the camera.", "Aborting...");
return;
}
Callback WhenMeasurementEnds = DeepUVFluorescenceCompleteCallback;
_camPhosResults = new CamPhosResults(0, new List <PtGreyCameraImage>());
string error = "";
// TODO: settings for deep uv
List <double> shutterTimes = Properties.Settings.Default.DeepUVFlMeasurementShutterTimes.Split(',').
Select(r => Convert.ToDouble(r)).ToList();
_camPhosActive = _cameraVM.StartDeepUVFluorescence(shutterTimes, Properties.Settings.Default.DeepUVFlMeasurementGain,
WhenMeasurementEnds, out error);
if (!_camPhosActive)
{
MessageBox.Show(error, "Image Capture not started");
return;
}
if (index == 0)
{
_measurementMode = MEASUREMENT_MODE.DP_FL;
}
else if (index == 1)
{
_measurementMode = MEASUREMENT_MODE.DP_FL2;
}
_statusVM.Busy++;
DateTime timestamp = DateTime.Now;
var sts = new StatusMessage {
Timestamp = timestamp, Message = "Image capture is active."
};
_statusVM.Messages.Add(sts);
_timestamps.Push(timestamp);
}
void StartDarkBG()
{
if (CheckSaveFileExists("_DB.bmp"))
{
var saveDlg = new View.SaveFolderWindow(_saveFolderName, "_DB.bmp");
saveDlg.ShowDialog();
if (!saveDlg.SaveFolderNameSet)
{
return;
}
_saveFolderName = saveDlg.SaveFolderName;
GlobalVariables.globalSettings.SaveFolderName = saveDlg.SaveFolderName;
}
var res = MessageBox.Show("Please confirm that the all light is off and then press OK to continue.", "Light Off",
MessageBoxButton.OKCancel);
if (res == MessageBoxResult.Cancel)
{
return;
}
Callback WhenMeasurementEnds = DarkBGCompleteCallback;
_camPhosResults = new CamPhosResults(0, new List <PtGreyCameraImage>());
string error = "";
//TODO: property settings
List <List <double> > shutterTimesDarkBG = new List <List <double> >();
List <double> shutterTimesFL = Properties.Settings.Default.N3FlMeasurementShutterTimes.Split(',').
Select(r => Convert.ToDouble(r)).ToList();
List <double> shutterTimesDP = Properties.Settings.Default.DeepUVFlMeasurementShutterTimes.Split(',').
Select(r => Convert.ToDouble(r)).ToList();
shutterTimesDarkBG.Add(shutterTimesFL);
shutterTimesDarkBG.Add(shutterTimesDP);
List <double> gainsDarkBG = new List <double>();
gainsDarkBG.Add(Properties.Settings.Default.N3FlMeasurementGain);
gainsDarkBG.Add(Properties.Settings.Default.PhosMeasurementGain);
_camPhosActive = _cameraVM.StartDarkBG(shutterTimesDarkBG, gainsDarkBG,
WhenMeasurementEnds, out error);
if (!_camPhosActive)
{
MessageBox.Show(error, "Image Capture not started");
return;
}
_measurementMode = MEASUREMENT_MODE.DARK_BG;
_statusVM.Busy++;
DateTime timestamp = DateTime.Now;
var sts = new StatusMessage {
Timestamp = timestamp, Message = "Image capture is active."
};
_statusVM.Messages.Add(sts);
_timestamps.Push(timestamp);
}