private void ConstructAllPixelsPlotVMs()
{
ObservableCollection <LJVScanVM> scanVMs = new ObservableCollection <LJVScanVM>();
ObservableCollection <ELSpecVM> ELSpecVMs = new ObservableCollection <ELSpecVM>();
ImageVMCollection = new ObservableCollection <ImageVM>();
foreach (Pixel p in TheDevice.Pixels)
{
if (SelectedTestCondition != null)
{
foreach (LJVScan scan in p.LJVScans)
{
if (scan.DeviceLJVScanSummary.TestCondition == SelectedTestCondition)//parse for LJVScans that correspond to selected value
{
scanVMs.Add(new LJVScanVM(scan));
}
}
foreach (ELSpectrum spec in p.ELSpectrums)
{
if (spec.DeviceLJVScanSummary != null && spec.DeviceLJVScanSummary.TestCondition == SelectedTestCondition)
{
ELSpecVMs.Add(new ELSpecVM(spec));
}
}
foreach (EFDeviceBatchCodeFirst.Image pic in p.Images)
{
if (pic.DeviceLJVScanSummary != null && pic.DeviceLJVScanSummary.TestCondition == SelectedTestCondition)
{
var thisVM = new ImageVM(pic);
thisVM.Label = p.Site;
ImageVMCollection.Add(thisVM);
}
}
}
}
if (LJVPlotVM1 == null)
{
LJVPlotVM1 = new LJVPlotVM(scanVMs);
TheELSpecPlotVM = new ELSpecPlotVM(ELSpecVMs);
}
else//do this instead of new PlotVMs to retain selected axes
{
LJVPlotVM1.SelectedViewStyle = LJVPlotVM.ViewStyle.Regular;
TheELSpecPlotVM.SelectedViewStyle = ELSpecPlotVM.ViewStyle.Regular;
LJVPlotVM1.LJVScanVMCollection = scanVMs;
LJVPlotVM1.UpdatePlotModel();
TheELSpecPlotVM.ELSpecVMCollection = ELSpecVMs;
TheELSpecPlotVM.UpdatePlotModel();
}
Debug.WriteLine("constructed AllPixelsPlotVMs for: " + TheDevice.Label);
}
private void ConstructPixelAgingPlotVMs()
{
var scanVMsList = new List <LJVScanVM>();
var ELSpecVMsList = new List <ELSpecVM>();
var imageVMList = new List <ImageVM>();
foreach (Pixel p in TheDevice.Pixels)
{
if (p.Site == SelectedPixel.Site)
{
foreach (LJVScan scan in p.LJVScans)
{
scanVMsList.Add(new LJVScanVM(scan));
}
foreach (ELSpectrum spec in p.ELSpectrums)
{
ELSpecVMsList.Add(new ELSpecVM(spec));
}
foreach (EFDeviceBatchCodeFirst.Image pic in p.Images)
{
var thisVM = new ImageVM(pic);
thisVM.Label = pic.DeviceLJVScanSummary.TestCondition;
imageVMList.Add(thisVM);
}
}
}
ObservableCollection <LJVScanVM> scanVMs = new ObservableCollection <LJVScanVM>();
if (scanVMsList.Count > 0)
{
scanVMs = new ObservableCollection <LJVScanVM>(scanVMsList.OrderBy(o => o.TheLJVScan.DeviceLJVScanSummary.TestCondition));
}
ObservableCollection <ELSpecVM> ELSpecVMs = new ObservableCollection <ELSpecVM>();
if (ELSpecVMsList.Count > 0)
{
ELSpecVMs = new ObservableCollection <ELSpecVM>(ELSpecVMsList.OrderBy(o => o.TheELSpectrum.DeviceLJVScanSummary.TestCondition));
}
if (imageVMList.Count > 0)
{
ImageVMCollection = new ObservableCollection <ImageVM>(imageVMList.OrderBy(o => o.TheImage.DeviceLJVScanSummary.TestCondition));
}
if (LJVPlotVM1 == null)
{
LJVPlotVM1 = new LJVPlotVM(scanVMs);
LJVPlotVM1.SelectedViewStyle = LJVPlotVM.ViewStyle.Aging;
LJVPlotVM1.SelectedViewStyle = ELSpecPlotVM.ViewStyle.Aging;
TheELSpecPlotVM = new ELSpecPlotVM(ELSpecVMs);
}
else
{
LJVPlotVM1.SelectedViewStyle = LJVPlotVM.ViewStyle.Aging;
TheELSpecPlotVM.SelectedViewStyle = ELSpecPlotVM.ViewStyle.Aging;
LJVPlotVM1.LJVScanVMCollection = scanVMs;
LJVPlotVM1.UpdatePlotModel();
TheELSpecPlotVM.ELSpecVMCollection = ELSpecVMs;
TheELSpecPlotVM.UpdatePlotModel();
}
Debug.WriteLine("constructed PixelAgingPlotVMs for: " + TheDevice.Label);
}