static void Main(string[] args)
{
var image = new TiffImage(args[0]);
var N = 5;
var threshold = 800.0F;
var segmentation = SegmentationModule.Segment(image, N, threshold);
image.overlaySegmentation("segmented.tif", N, segmentation);
return; // We're all good in the hood
}
static void Main(string[] args)
{
// the size for the image
int size = 6;
TiffImage image = new TiffImage("D:/SegmentationSkeleton/TestImages/L15-3662E-1902N-Q4.tif");
//passing the image, the size (2*size x 2*size image ) and the threshhol into the segmentation module
SegmentationModule module1 = new SegmentationModule(image, size, 800);
//grow the Segmentation in the module from an emty dictionary
module1.GrowUntilNoChange();
// determine the segmentation for the (top left corner of the) image (2^N x 2^N) pixels
Segmentation segmentation = new Segmentation(module1.Segment);
// draw the (top left corner of the) original image but with the segment boundaries overlayed in blue
image.overlaySegmentation("C#output.tif", size, segmentation);
// Notify the Console when the output is finished.
Console.WriteLine("finish");
Console.ReadKey();
}
static void Main(string[] args)
{
// load a Tiff image
// FIX HERE
TiffImage image = new TiffImage("..//TestImages//L15-3792E-1717N-Q4.tif");
// testing using sub-image of N 32x32 pixels
// let N =5, execution time: 5 secs
int N = 5;
// increasing this threshold will result in more segment merging and therefore fewer final segments
int threshold = 800;
//passing the image, the N (2*N x 2*N image ) and the threshold into the segmentation module
SegmentationModule segmentation = new SegmentationModule(image, N, threshold);
//grow the Segmentation in the module from an emty dictionary
segmentation.GrowUntilNoChange();
// draw the (top left corner of the) original image but with the segment boundaries overlayed in blue
image.overlaySegmentation("csharpSegmented.tif", N, segmentation.Segment);
}