Class ConnectedTwoRowSpeckleFiller_F32

java.lang.Object
boofcv.alg.segmentation.cc.ConnectedTwoRowSpeckleFiller<GrayF32>
boofcv.alg.segmentation.cc.ConnectedTwoRowSpeckleFiller_F32
All Implemented Interfaces:
ConnectedSpeckleFiller<GrayF32>

public class ConnectedTwoRowSpeckleFiller_F32
extends ConnectedTwoRowSpeckleFiller<GrayF32>
Implementation of ConnectedTwoRowSpeckleFiller for GrayU8.
  • Constructor Details

    • ConnectedTwoRowSpeckleFiller_F32

      public ConnectedTwoRowSpeckleFiller_F32()
  • Method Details

    • initTypeSpecific

      protected void initTypeSpecific​(double similarTol, double fillValue)
      Specified by:
      initTypeSpecific in class ConnectedTwoRowSpeckleFiller<GrayF32>
    • labelRow

      protected int labelRow​(int idx0, int[] labels, int[] labelCount, int[] locationX)
      Description copied from class: ConnectedTwoRowSpeckleFiller
      Applies connectivity rule along a single row in 1D
      Specified by:
      labelRow in class ConnectedTwoRowSpeckleFiller<GrayF32>
      labels - Array that stores labels
      labelCount - Array that stores label counts
      Returns:
      number of clusters
    • findConnectionsBetweenRows

      protected void findConnectionsBetweenRows​(int startRowA, int startRowB)
      Compres pxiel values between the two rows to find the mapping between the regions. This is also where "finished" regions in A are identified.
      Specified by:
      findConnectionsBetweenRows in class ConnectedTwoRowSpeckleFiller<GrayF32>
      Parameters:
      startRowA - Index of row in image array
      startRowB - Index of row in image array
    • fillCluster

      protected void fillCluster​(int seedX, int seedY, int clusterSize)
      Fill cluster by performing a search of connected pixels. This step can be slow and a memory hog if the regions are large. It's also effectively the naive algorithm
      Specified by:
      fillCluster in class ConnectedTwoRowSpeckleFiller<GrayF32>
    • getImageType

      public ImageType<GrayF32> getImageType()