Uses of Class
br.usp.ime.klava.segmentit.util.Connectivity

Packages that use Connectivity

br.usp.ime.klava.segmentit.gui	This package contains classes utilized in the GUI (Graphical User Interface) of the segmentation tool.
br.usp.ime.klava.segmentit.structures	This package contains classes that implements the base data structures utilized in the segmentation tool.
br.usp.ime.klava.segmentit.util	This package contains utility classes utilized in the segmentation tool.
br.usp.ime.klava.segmentit.watershed	This package contains implementations of algorithms of the classical watershed and watershed from markers.

Uses of Connectivity in br.usp.ime.klava.segmentit.gui

Methods in br.usp.ime.klava.segmentit.gui that return Connectivity

Connectivity	SegmentationContainer.getConnectivity() Returns the Connectivity being used.
Connectivity	SegmentationDocument.getConnectivity() Returns the Connectivity being used.

Methods in br.usp.ime.klava.segmentit.gui with parameters of type Connectivity

void	SegmentationContainer.setConnectivity(Connectivity connectivity) Sets the Connectivity.
void	SegmentationDocument.setConnectivity(Connectivity connectivity) Sets the Connectivity to be used.

Uses of Connectivity in br.usp.ime.klava.segmentit.structures

Methods in br.usp.ime.klava.segmentit.structures that return Connectivity

Connectivity

PrimitiveCatchmentBasinsGraph.getConnectivity() Returns the adjacency relation between pixels used to build the primitive catchment basins of this graph.

Constructors in br.usp.ime.klava.segmentit.structures with parameters of type Connectivity

PrimitiveCatchmentBasinsGraph(java.awt.image.BufferedImage image, Connectivity connectivity)
Constructs a region adjacency graph derived from image and connectivity, where there is a primitive catchment basin for each regional minima of image (classical watershed partition).

PrimitiveCatchmentBasinsGraph(java.awt.image.BufferedImage image, int thresholdLevel, Connectivity connectivity)
Constructs a region adjacency graph derived from image and connectivity, where there is a primitive catchment basin for each connected component of the threshold at level thresholdLevel of image (the threshold of image is utilized as markers in the watershed from markers algorithm).

Uses of Connectivity in br.usp.ime.klava.segmentit.util

Methods in br.usp.ime.klava.segmentit.util that return Connectivity

static Connectivity	Connectivity.valueOf(java.lang.String name) Returns the enum constant of this type with the specified name.
static Connectivity[]	Connectivity.values() Returns an array containing the constants of this enum type, in the order they are declared.

Methods in br.usp.ime.klava.segmentit.util with parameters of type Connectivity

static int

MatrixImagesUtils.refreshMarkers(Pixel[][] matrix, java.awt.image.BufferedImage markers, LabelingCriterion labelingCriterion, Connectivity connectivity) Refreshes the content of matrix labeling each connected color component of the markers image with a unique label.

Uses of Connectivity in br.usp.ime.klava.segmentit.watershed

Methods in br.usp.ime.klava.segmentit.watershed with parameters of type Connectivity

static Pixel[][]	WatershedFromMarkers.byIFT(java.awt.image.BufferedImage image, java.awt.image.BufferedImage markers, Connectivity connectivity, LabelingCriterion labelingCriterion) Returns a partition of image using the given markers in the watershed by the IFT algorithm.
static Pixel[][]	ClassicalWatershed.byIFT(java.awt.image.BufferedImage image, Connectivity conectivity) Returns the classical watershed partition of image using the regional minima given by locateRegionalMinima method as markers in the watershed by IFT algorithm.
static int	WatershedFromMarkers.byIFT(Pixel[][] pixels, java.awt.image.BufferedImage markers, Connectivity connectivity, LabelingCriterion labelingCriterion) Refreshes the partition contained in pixels using the given markers in the watershed by the IFT algorithm.
static int	ClassicalWatershed.byIFT(Pixel[][] pixels, Connectivity connectivity) Returns the classical watershed partition of pixels using the regional minima given by locateRegionalMinima method as markers in the watershed by IFT algorithm.
static Pixel[][]	ClassicalWatershed.byVincentSoille(java.awt.image.BufferedImage image, Connectivity conectivity) Returns the classical watershed partition of image using the algorithm by Vincent & Soille.
static int	ClassicalWatershed.locateRegionalMinima(Pixel[][] pixels, Connectivity connectivity) Gives a unique label for each regional minima of the given pixels matrix.
static void	WatershedFromMarkers.propagateMarkersLabels(Pixel[][] pixels, Connectivity connectivity) Propagates the labels of the markers Pixels in pixels by the IFT algorithm.