public MatchedImagesTab()
{
InitializeComponent();
_camImageFirst.ImageSourceChanged += (s, e) =>
{
_imgLeft = new MaskedImage();
_imgLeft.FromBitmapSource(e.NewImage);
};
_camImageSec.ImageSourceChanged += (s, e) =>
{
_imgRight = new MaskedImage();
_imgRight.FromBitmapSource(e.NewImage);
};
_featureDetector = new FeatureDetectionAlgorithmController();
_featureDetector.StatusChanged += _featureDetector_StatusChanged;
}
public FeatureImagesTab()
{
InitializeComponent();
_camImageFirst.ImageSourceChanged += (s, e) =>
{
ImageLeft = new MaskedImage();
ImageLeft.FromBitmapSource(e.NewImage);
};
_camImageSec.ImageSourceChanged += (s, e) =>
{
ImageRight = new MaskedImage();
ImageRight.FromBitmapSource(e.NewImage);
};
_matcher = new FeatureMatchingAlgorithm();
_matcher.StatusChanged += _matcher_StatusChanged;
_camImageFirst.SelectedPointChanged += OnSelectedPointChanged;
_camImageSec.SelectedPointChanged += OnSelectedPointChanged;
}
// Finds automatically calibration points on standard calibration image
// (that is big black dots on white background )
// In point managment one still have to set correct grid number for each point
private void FindCalibrationPoints(object sender, RoutedEventArgs e)
{
if(_imageControl.ImageSource == null)
return;
_finderChooseWindow.ShowDialog();
if(_finderChooseWindow.Accepted)
{
_currentImagePointFinder = (CalibrationPointsFinder)
_finderChooseWindow.GetSelectedProcessor("Calibration Points Finder");
_currentImagePointFinder.PrimaryShapeChecker = (ShapeChecker)
_finderChooseWindow.GetSelectedProcessor("Primary CalibShape Qualifier");
MaskedImage img = new MaskedImage();
img.FromBitmapSource(_imageControl.ImageSource);
_currentImagePointFinder.Image = img;
_currentImagePointFinder.FindCalibrationPoints();
if(_currentImagePointFinder.Points != null)
{
_currentImagePointFinder.LinesExtractor.ExtractLines();
_currentImageGrid = _currentImagePointFinder.Points;
RefreshCalibrationPoints();
_butAcceptGrid.IsEnabled = true;
}
}
}