public void TryFillHoles(Matrix <float> normalizedImageMatrix, IBoundarySearcher boundarySearcher, ColorInterpolatorBase colorInterpolator)
{
m_missingPixels.All(missingPixel =>
{
normalizedImageMatrix[missingPixel.Row, missingPixel.Column] = ImageColorsService.InterpolateColor(missingPixel, boundarySearcher.BoundaryPixels, colorInterpolator);
return(true);
});
}
private void InitializeImageMatrix()
{
using (Image <Gray, float> image = new Image <Gray, float>(m_imageUri))
{
m_normalizedImageMatrix = new Matrix <float>(image.Height, image.Width);
ImageRegion = new ImageRegion(image.Height, image.Width);
image.CopyTo(m_normalizedImageMatrix);
}
FindHolesAndBoundaries();
ImageColorsService.ScaleColorsDown(m_normalizedImageMatrix);
}
public async Task <Image <Gray, float> > MarkBoundaries()
{
Image <Gray, float> result = null;
await Task.Run(() =>
{
result = new Image <Gray, float>(m_normalizedImageMatrix.Cols, m_normalizedImageMatrix.Rows);
using (Matrix <float> imageWithMarkedBoundariesMatrix = new Matrix <float>(m_normalizedImageMatrix.Rows, m_normalizedImageMatrix.Cols))
{
m_normalizedImageMatrix.CopyTo(imageWithMarkedBoundariesMatrix);
ImageColorsService.ScaleColorsUp(imageWithMarkedBoundariesMatrix);
m_boundarySearher.TryMarkBoundaryPixels(imageWithMarkedBoundariesMatrix);
m_missingPixelsService.TryMarkMissingPixels(imageWithMarkedBoundariesMatrix);
imageWithMarkedBoundariesMatrix.CopyTo(result);
}
});
return(result);
}
public async Task <Image <Gray, float> > FillHoles(ColorInterpolatorBase colorInterpolator, bool markBoundary)
{
Image <Gray, float> result = null;
await Task.Run(() =>
{
result = new Image <Gray, float>(m_normalizedImageMatrix.Cols, m_normalizedImageMatrix.Rows);
using (Matrix <float> filledImageMatrix = new Matrix <float>(m_normalizedImageMatrix.Rows, m_normalizedImageMatrix.Cols))
{
m_normalizedImageMatrix.CopyTo(filledImageMatrix);
m_missingPixelsService.TryFillHoles(filledImageMatrix, m_boundarySearher, colorInterpolator);
ImageColorsService.ScaleColorsUp(filledImageMatrix);
if (markBoundary)
{
m_boundarySearher.TryMarkBoundaryPixels(filledImageMatrix);
}
filledImageMatrix.CopyTo(result);
}
});
return(result);
}