private void BinningCB_SelectionChanged(object sender, SelectionChangedEventArgs e)
{
if (m_imager == null)
{
return;
}
m_camera.m_acqParams.HBin = vm.Binning;
m_camera.m_acqParams.VBin = vm.Binning;
m_imager.ConfigImageDisplaySurface(m_ID, m_camera.m_acqParams.BinnedFullImageWidth, m_camera.m_acqParams.BinnedFullImageHeight, false);
UpdateImagingDictionary();
m_imager.SetupFlatFieldCorrection(FLATFIELD_SELECT.USE_FLUOR, vm.Binning);
m_imager.SetupFlatFieldCorrection(FLATFIELD_SELECT.USE_LUMI, vm.Binning);
}
public void Configure(Imager _imager, int indicatorID, bool AllowCameraConfiguration, bool IsManualMode)
{
m_imager = _imager;
m_camera = m_imager.m_camera;
vm = new CameraSetupModel(m_imager, m_wgDB, AllowCameraConfiguration, IsManualMode);
m_ID = indicatorID;
if (IsManualMode) // if this is manual operation (i.e. NOT a verify, prep-for-run, operation), then enable filter changes based on combo-box changes
{
EmissionFilterCB.SelectionChanged += EmissionFilterCB_SelectionChanged;
ExcitationFilterCB.SelectionChanged += ExcitationFilterCB_SelectionChanged;
}
///////////////////////////////////////////////////////////////////////////////////
// Set ImagingParamsStruct
ImagingParamsStruct ips;
if (m_imager.m_ImagingDictionary.ContainsKey(m_ID))
{
ips = m_imager.m_ImagingDictionary[m_ID];
vm.Exposure = (int)(ips.exposure * 1000);
vm.EMGain = ips.gain;
vm.Binning = ips.binning;
vm.MinCycleTime = m_imager.m_camera.GetCycleTime();
if (ips.cycleTime < vm.MinCycleTime)
{
vm.CycleTime = vm.MinCycleTime;
}
else
{
vm.CycleTime = ips.cycleTime;
}
FilterContainer filter;
if (m_wgDB.GetEmissionFilterAtPosition(ips.emissionFilterPos, out filter))
{
vm.EmFilter = filter;
}
else
{
vm.EmFilter = null;
}
if (m_wgDB.GetExcitationFilterAtPosition(ips.excitationFilterPos, out filter))
{
vm.ExFilter = filter;
}
else
{
vm.ExFilter = null;
}
ips.histBitmap = BitmapFactory.New(m_imager.m_histogramImageWidth, m_imager.m_histogramImageHeight);
HistImage.Source = ips.histBitmap;
ips.ImageControl = ImageDisplayControl;
ips.indicatorName = "Setup";
m_imager.m_ImagingDictionary[m_ID] = ips;
m_imager.ConfigImageDisplaySurface(m_ID, m_camera.m_acqParams.BinnedFullImageWidth, m_camera.m_acqParams.BinnedFullImageHeight, false);
}
else
{
ips = new ImagingParamsStruct();
float exposure = 0;
float accum = 0;
float kin = 0;
m_imager.m_camera.MyCamera.GetAcquisitionTimings(ref exposure, ref accum, ref kin);
if (exposure < 0.002)
{
exposure = 0.002f;
}
ips.exposure = exposure;
ips.binning = 1;
ips.cycleTime = (int)(exposure * 1000) + 50;
ips.emissionFilterPos = 0;
ips.excitationFilterPos = 0;
ips.experimentIndicatorID = m_ID;
ips.flatfieldType = FLATFIELD_SELECT.NONE;
ips.gain = 5;
ips.histBitmap = BitmapFactory.New(m_imager.m_histogramImageWidth, m_imager.m_histogramImageHeight);
HistImage.Source = ips.histBitmap;
ips.ImageControl = ImageDisplayControl;
ips.indicatorName = "Setup";
vm.EMGain = 1;
vm.Binning = 1;
vm.Exposure = (int)(ips.exposure * 1000);
vm.CycleTime = GlobalVars.Instance.CameraDefaultCycleTime;
vm.MinCycleTime = 100;
m_wgDB.GetAllEmissionFilters();
if (m_wgDB.m_filterList.Count > 0)
{
vm.EmFilter = m_wgDB.m_filterList[0];
}
else
{
vm.EmFilter = null;
}
m_wgDB.GetAllExcitationFilters();
if (m_wgDB.m_filterList.Count > 0)
{
vm.ExFilter = m_wgDB.m_filterList[0];
}
else
{
vm.ExFilter = null;
}
m_imager.m_ImagingDictionary.Add(m_ID, ips);
m_imager.ConfigImageDisplaySurface(m_ID, m_camera.m_acqParams.BinnedFullImageWidth, m_camera.m_acqParams.BinnedFullImageHeight, false);
m_imager.m_lambda.MoveFilterABandCloseShutterA((byte)vm.ExFilter.PositionNumber, (byte)vm.EmFilter.PositionNumber, GlobalVars.Instance.FilterChangeSpeed, GlobalVars.Instance.FilterChangeSpeed);
}
///////////////////////////////////////////////////////////////////////////////////
// Set CameraParams and AcquisitionParams
CameraParams cParams;
AcquisitionParams aParams;
m_imager.m_camera.GetCurrentCameraSettings(out cParams, out aParams);
vm.Binning = aParams.HBin;
vm.ApplyMask = m_imager.m_UseMask;
vm.EmFilterList = m_imager.m_emFilterList;
vm.ExFilterList = m_imager.m_exFilterList;
vm.PreAmpGainIndex = cParams.PreAmpGainIndex;
vm.UseEMAmp = cParams.UseEMAmp;
vm.UseFrameTransfer = cParams.UseFrameTransfer;
vm.VertClockAmpIndex = cParams.VertClockAmpIndex;
vm.VSSIndex = cParams.VSSIndex;
vm.HSSIndex = cParams.HSSIndex;
vm.SliderLowPosition = 0.0;
vm.SliderHighPosition = 100.0;
if (ips.optimizeWellList != null)
{
vm.WellSelectionPBLabel = ips.optimizeWellList.Count.ToString();
}
else
{
vm.WellSelectionPBLabel = (m_imager.m_mask.Rows * m_imager.m_mask.Cols).ToString();
}
if (m_imager.m_mask == null)
{
m_imager.SetMask(null);
}
this.DataContext = vm;
m_imager.m_imagerEvent += m_imager_m_imagerEvent;
m_camera.m_cameraParams.Updated += m_cameraParams_Updated;
m_camera.m_acqParams.Updated += m_acqParams_Updated;
RangeSlider.RangeChanged += RangeSlider_RangeChanged;
m_imager.m_lambda.MoveFilterABandCloseShutterA((byte)vm.ExFilter.PositionNumber, (byte)vm.EmFilter.PositionNumber, GlobalVars.Instance.FilterChangeSpeed, GlobalVars.Instance.FilterChangeSpeed);
}
