private static void startImageProcessing(Bitmap A, Bitmap B, string outputfolder)
{
ImageProcessor imageProcessor = new ImageProcessor();
Exporter exporter = new Exporter();
RegistrationProcessor registrationProcessor = new RegistrationProcessor();
//Create binary image of A with otsu threshold and save
Bitmap image1bin = imageProcessor.createBinaryOtsu(A);
image1bin.Save(outputfolder + "\\Abin.png", ImageFormat.Png);
//Create binary image of B with otsu threshold and save
Bitmap image2bin = imageProcessor.createBinaryOtsu(B);
image2bin.Save(outputfolder + "\\Bbin.png", ImageFormat.Png);
//Find contour of A - Only longest!
List<Contour<Point>> contours_image1 = imageProcessor.findContoursWithOpenCV(image1bin);
exporter.exportToCSV(contours_image1, outputfolder, "contourA.csv");
Bitmap contour_image1 = exporter.exportToImage(contours_image1, outputfolder, "contourA.png", A.Height, A.Width);
//Find contour of B - Only longest!
List<Contour<Point>> contours_image2 = imageProcessor.findContoursWithOpenCV(image2bin);
exporter.exportToCSV(contours_image2, outputfolder, "contourB.csv");
Bitmap contour_image2 = exporter.exportToImage(contours_image2, outputfolder, "contourB.png", B.Height, B.Width);
//Calculate transformation with help of the two contours
try
{
Transformation t1 = registrationProcessor.calculateTransformation(contours_image1, contours_image2);
//Start registration of contours
Bitmap registrated_Contours = registrationProcessor.registrationContour(t1, contour_image1, contour_image2);
registrated_Contours.Save(outputfolder + "\\contoursR.png", ImageFormat.Png);
//Start registration of orginial images
Bitmap registrated_originals = registrationProcessor.registrationBitmap(t1, A, B);
registrated_originals.Save(outputfolder + "\\registration.png", ImageFormat.Png);
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
}