Class GeodesicReconstructionByErosion3DScanning

java.lang.Object
inra.ijpb.algo.AlgoStub
inra.ijpb.morphology.geodrec.GeodesicReconstruction3DAlgoStub
inra.ijpb.morphology.geodrec.GeodesicReconstructionByErosion3DScanning
All Implemented Interfaces:
Algo, GeodesicReconstruction3DAlgo

public class GeodesicReconstructionByErosion3DScanning
extends GeodesicReconstruction3DAlgoStub

Geodesic reconstruction by erosion for 3D stacks using scanning algorithm, and Image3D access class.

This version uses iterations of forward and backward passes until no more modifications are made. It is intended to work on any type of scalar 3D images, using 6 or 26 adjacencies.

Uses specialized class Image3D to access the values in 3D image stacks, by avoiding to check bounds at each access. For byte stack, the class GeodesicReconstructionByDilation3DGray8Scanning may be faster.

Author:
David Legland
See Also:
Image3D
  • Constructor Details

    • GeodesicReconstructionByErosion3DScanning

      public GeodesicReconstructionByErosion3DScanning()
      Creates a new instance of geodesic reconstruction by dilation algorithm, using the default connectivity 6.
    • GeodesicReconstructionByErosion3DScanning

      public GeodesicReconstructionByErosion3DScanning​(int connectivity)
      Creates a new instance of geodesic reconstruction by dilation algorithm, that specifies the connectivity to use.
      Parameters:
      connectivity - the 3D connectivity to use (either 6 or 26)
  • Method Details

    • applyTo

      public ij.ImageStack applyTo​(ij.ImageStack marker, ij.ImageStack mask)
      Run the reconstruction by dilation algorithm using the images specified as argument.
      Parameters:
      marker - image used to initialize the reconstruction
      mask - image used to constrain the reconstruction
      Returns:
      the geodesic reconstruction of marker image constrained by mask image
    • applyTo

      public ij.ImageStack applyTo​(ij.ImageStack marker, ij.ImageStack mask, ij.ImageStack binaryMask)
      Run the reconstruction by dilation algorithm using the images specified as argument.
      Parameters:
      marker - image used to initialize the reconstruction
      mask - image used to constrain the reconstruction
      binaryMask - binary mask to restrict the region of application
      Returns:
      the geodesic reconstruction of marker image constrained by mask image