private void OnShowGroupMeasurementsCommand()
{
if (SelectedMeasurementInfo == null)
{
return;
}
var surfaceTypeIndex = SelectedMeasurementInfo.SurfaceTypeIndex;
var groupIndex = SelectedMeasurementInfo.GroupName;
HideAll();
Predicate <object> filter = x =>
{
var mi = ((MeasurementInfoViewModel)x);
return(mi.SurfaceTypeIndex == surfaceTypeIndex && mi.GroupName == groupIndex);
};
MeasurementInfosCollectionView.Filter = filter;
MeasurementInfosCollectionView.Refresh();
SelectedMeasurementInfo = null;
var sm = SurfaceMonitors[surfaceTypeIndex];
sm.MeasurementInfosCollectionView.Filter = filter;
sm.MeasurementInfosCollectionView.Refresh();
sm.SelectedMeasurementInfo = null;
sm.DisplayAllMeasurementInfos = true;
}
private void OnShowAllMeasurementsCommand()
{
HideAll();
foreach (var surfaceMonitorViewModel in SurfaceMonitors)
{
if (surfaceMonitorViewModel.MeasurementInfosCollectionView != null)
{
surfaceMonitorViewModel.MeasurementInfosCollectionView.Filter = null;
surfaceMonitorViewModel.MeasurementInfosCollectionView.Refresh();
}
surfaceMonitorViewModel.DisplayAllMeasurementInfos = false;
}
SelectedMeasurementInfo = null;
MeasurementInfosCollectionView.Filter = null;
MeasurementInfosCollectionView.Refresh();
}
public void Init()
{
DefectInfos = new BindableCollection <DefectInfoViewModel>();
DefectInfosCollectionView = DefectInfos.GetDefaultCollectionView();
MeasurementInfos = new BindableCollection <MeasurementInfoViewModel>();
MeasurementInfosCollectionView = MeasurementInfos.GetDefaultCollectionView();
// Init SurfaceMonitors
SurfaceMonitors = new List <SurfaceMonitorViewModel>();
int surfaceCount = 0;
surfaceCount = 2;
for (int i = 0; i < surfaceCount; i++)
{
var sm = new SurfaceMonitorViewModel
{
Index = i,
SurfaceTypeIndex = i,
DisplayDefectInfo = true,
DisplayAllDefectInfos = false,
DisplayMeasurementInfo = true,
DisplayAllMeasurementInfos = false,
};
SurfaceMonitors.Add(sm);
}
//
SelectSurfaceMonitorCommand = new DelegateCommand <SurfaceMonitorViewModel>(
o =>
{
if (SelectedSurfaceMonitor == o)
{
return;
}
HideAll();
SelectedSurfaceMonitor = o;
SelectedSurfaceMonitor.IsSelected = true;
// Show DefectInfosCollectionView
if (_displayAllDefectsOnImages)
{
SurfaceMonitors.ForEach(x => x.DisplayAllDefectInfos = false);
SelectedSurfaceMonitor.DisplayAllDefectInfos = true;
}
DefectInfosCollectionView.Filter =
x =>
{
var di = (DefectInfoViewModel)x;
return(di.SurfaceTypeIndex == SelectedSurfaceMonitor.SurfaceTypeIndex);
};
DefectInfosCollectionView.Refresh();
// Show MeasurementInfosCollectionView
if (_displayAllMeasurementInfosOnImages)
{
SurfaceMonitors.ForEach(x => x.DisplayAllMeasurementInfos = false);
SelectedSurfaceMonitor.DisplayAllMeasurementInfos = true;
}
MeasurementInfosCollectionView.Filter =
x =>
{
var di = (MeasurementInfoViewModel)x;
return(di.SurfaceTypeIndex == SelectedSurfaceMonitor.SurfaceTypeIndex);
};
MeasurementInfosCollectionView.Refresh();
UpdateCommandStates();
});
SaveImageToFileCommand = new DelegateCommand(
() =>
{
InspectionViewModelService.OpenSaveImageToFileDialog(SelectedSurfaceMonitor.BitmapSource,
"SurfaceType_" + SelectedSurfaceMonitor.SurfaceTypeIndex);
}, () => SelectedSurfaceMonitor != null);
ShowAllMeasurementsCommand = new DelegateCommand(
OnShowAllMeasurementsCommand);
ShowGroupMeasurementsCommand = new DelegateCommand(
OnShowGroupMeasurementsCommand);
InspectImageFileCommand = new DelegateCommand(async() =>
{
int surfaceTypeIndex = SelectedSurfaceMonitor.SurfaceTypeIndex;
var dialog = new OpenFileDialog()
{
Title = "Load image to surface " + surfaceTypeIndex,
Filter =
// "BMP files (*.bmp)|*.bmp|" +
// "TIFF files (*.tif)|*.tif|" +
// "JPG files (*.jpg)|*.jpg|" +
"All files (*.*)|*.*",
};
var result = dialog.ShowDialog();
if (!result.HasValue || !result.Value)
{
return;
}
DefectInfos.Clear();
MeasurementInfos.Clear();
var fileName = dialog.FileName;
await InspectService.InspectImageFileAsync(surfaceTypeIndex, fileName);
}, () => SelectedSurfaceMonitor != null);
StartCommand = new DelegateCommand(
() => { InspectService.Start(); });
StopCommand = new DelegateCommand(
() => { InspectService.Reset(); });
ZoomInCommand = new DelegateCommand(
() =>
{
if (SelectedSurfaceMonitor != null)
{
SelectedSurfaceMonitor.ZoomIn();
}
_isZoomFitDisplayAreaEnabled = false;
_isZoomActualEnabled = false;
},
() => SelectedSurfaceMonitor != null);
ZoomOutCommand = new DelegateCommand(
() =>
{
if (SelectedSurfaceMonitor != null)
{
SelectedSurfaceMonitor.ZoomOut();
}
_isZoomFitDisplayAreaEnabled = false;
_isZoomActualEnabled = false;
},
() => SelectedSurfaceMonitor != null);
ZoomFitCommand = new DelegateCommand(
() =>
{
_isZoomFitDisplayAreaEnabled = !_isZoomFitDisplayAreaEnabled;
if (_isZoomFitDisplayAreaEnabled)
{
if (SelectedSurfaceMonitor != null)
{
SelectedSurfaceMonitor.ZoomFitDisplayArea();
}
}
else
{
if (SelectedSurfaceMonitor != null)
{
SelectedSurfaceMonitor.ZoomFit();
}
}
_isZoomActualEnabled = false;
},
() => SelectedSurfaceMonitor != null);
ZoomActualCommand = new DelegateCommand(
() =>
{
_isZoomActualEnabled = !_isZoomActualEnabled;
if (_isZoomActualEnabled)
{
if (SelectedSurfaceMonitor != null)
{
SelectedSurfaceMonitor.ZoomActual();
}
}
else
{
if (SelectedSurfaceMonitor != null)
{
SelectedSurfaceMonitor.ZoomFit();
}
}
_isZoomFitDisplayAreaEnabled = false;
},
() => SelectedSurfaceMonitor != null);
// publish CommunicationInitializedEvent
PrismEventAggregator
.GetEvent <SplashFinishedEvent>()
.Publish(new SplashFinishedEvent());
InspectService.AcquisitionStartedEvent
.ObserveOnDispatcher()
.Subscribe(surfaceIndex =>
{
var surfaceMonitor = SurfaceMonitors[surfaceIndex];
surfaceMonitor.BitmapSource = null;
surfaceMonitor.DefectInfos = null;
surfaceMonitor.MeasurementInfos = null;
surfaceMonitor.InspectState = InspectState.Grabbing;
Debug.WriteLine("InspectState.Grabbing");
// surfaceMonitor.MeasurementInfos.Clear();
// surfaceMonitor.DefectInfos.Clear();
UpdateCommandStates();
});
InspectService.AcquisitionCompletedEvent
.ObserveOnDispatcher()
.Subscribe(imageInfo =>
{
var surfaceMonitor = SurfaceMonitors[imageInfo.SurfaceTypeIndex];
surfaceMonitor.BitmapSource = null;
surfaceMonitor.DefectInfos = null;
surfaceMonitor.MeasurementInfos = null;
surfaceMonitor.InspectState = InspectState.Grabbed;
Debug.WriteLine("InspectState.Grabbed");
UpdateCommandStates();
});
InspectService.CalibrationStartedEvent
.ObserveOnDispatcher()
.Subscribe(async surfaceIndex =>
{
var surfaceMonitor = SurfaceMonitors[surfaceIndex];
surfaceMonitor.BitmapSource = null;
surfaceMonitor.DefectInfos = null;
surfaceMonitor.MeasurementInfos = null;
surfaceMonitor.InspectState = InspectState.Calibrating;
Debug.WriteLine("InspectState.Calibrating");
UpdateCommandStates();
});
InspectService.CalibrationCompletedEvent
.ObserveOnDispatcher()
.Subscribe(async imageInfo =>
{
var surfaceMonitor = SurfaceMonitors[imageInfo.SurfaceTypeIndex];
surfaceMonitor.InspectState = InspectState.Calibrated;
Debug.WriteLine("InspectState.Calibrated");
var bs = await imageInfo.ToBitmapSourceAsync();
surfaceMonitor.BitmapSource = bs;
UpdateCommandStates();
});
InspectService.InspectionStartedEvent
.ObserveOnDispatcher()
.Subscribe(x =>
{
var surfaceMonitor = SurfaceMonitors[x];
surfaceMonitor.InspectState = InspectState.Inspecting;
Debug.WriteLine("InspectState.Inspecting");
UpdateCommandStates();
});
InspectService.InspectionCompletedEvent
.ObserveOnDispatcher()
.Subscribe(inspectInfo =>
{
DefectInfos.Clear();
MeasurementInfos.Clear();
var surfaceMonitor = SurfaceMonitors[inspectInfo.SurfaceTypeIndex];
surfaceMonitor.InspectState = inspectInfo.InspectInfo.DefectInfos.Count == 0
? InspectState.InspectedWithAccepted
: InspectState.InspectedWithRejected;
var iiVm = inspectInfo.InspectInfo.ToViewModel();
surfaceMonitor.DefectInfos = iiVm.DefectInfos.OrderBy(x => x.GroupName).ToList();
surfaceMonitor.MeasurementInfos = iiVm.MeasurementInfos.OrderBy(x => x.GroupName).ToList();
DefectInfos.AddRange(iiVm.DefectInfos);
MeasurementInfos.AddRange(iiVm.MeasurementInfos);
UpdateCommandStates();
});
SwitchDisplayAllDefectInfosCommand = new DelegateCommand(
() =>
{
HideAll();
DefectInfosCollectionView.Filter = null;
DefectInfosCollectionView.Refresh();
if (_displayAllDefectsOnImages)
{
SurfaceMonitors.ForEach(x => x.DisplayAllDefectInfos = true);
}
UpdateCommandStates();
});
SwitchDisplayAllDefectInfosOnImagesCommand = new DelegateCommand(
() =>
{
_displayAllDefectsOnImages = !_displayAllDefectsOnImages;
if (!_displayAllDefectsOnImages)
{
SurfaceMonitors.ForEach(x => x.DisplayAllDefectInfos = false);
return;
}
if (SelectedSurfaceMonitor == null)
{
SurfaceMonitors.ForEach(x => x.DisplayAllDefectInfos = true);
}
else
{
SelectedSurfaceMonitor.DisplayAllDefectInfos = true;
}
UpdateCommandStates();
});
SwitchDisplayAllMeasurementInfosCommand = new DelegateCommand(
() =>
{
HideAll();
MeasurementInfosCollectionView.Filter = null;
MeasurementInfosCollectionView.Refresh();
if (_displayAllMeasurementInfosOnImages)
{
SurfaceMonitors.ForEach(x => x.DisplayAllMeasurementInfos = true);
}
UpdateCommandStates();
});
SwitchDisplayAllMeasurementInfosOnImagesCommand = new DelegateCommand(
() =>
{
_displayAllMeasurementInfosOnImages = !_displayAllMeasurementInfosOnImages;
if (!_displayAllMeasurementInfosOnImages)
{
SurfaceMonitors.ForEach(x => x.DisplayAllMeasurementInfos = false);
return;
}
if (SelectedSurfaceMonitor == null)
{
SurfaceMonitors.ForEach(x => x.DisplayAllMeasurementInfos = true);
}
else
{
SelectedSurfaceMonitor.DisplayAllMeasurementInfos = true;
}
UpdateCommandStates();
});
}
