Uses of Class
org.openimaj.image.pixel.Pixel

Packages that use Pixel

Package	Description
org.openimaj.image
org.openimaj.image.analysis.algorithm
org.openimaj.image.analysis.watershed
org.openimaj.image.connectedcomponent
org.openimaj.image.contour
org.openimaj.image.feature.dense.binarypattern
org.openimaj.image.feature.local.interest
org.openimaj.image.pixel
org.openimaj.image.pixel.util
org.openimaj.image.processing.algorithm
org.openimaj.image.processing.face.feature.ltp	An implementation of the local texture features and comparison measure defined by Xiaoyang Tan and Bill Triggs.
org.openimaj.image.processing.morphology
org.openimaj.image.processing.restoration.inpainting
org.openimaj.image.segmentation
org.openimaj.image.text.extraction.swt

Uses of Pixel in org.openimaj.image

Fields in org.openimaj.image declared as Pixel

Modifier and Type	Field and Description
protected Pixel	Plotter.penPosition

Methods in org.openimaj.image that return Pixel

Modifier and Type	Method and Description
Pixel	Plotter.getPenPosition()

Methods in org.openimaj.image with parameters of type Pixel

Modifier and Type	Method and Description
Q	Image.getPixel(Pixel p) Get the value of the pixel at coordinate p
float[]	MBFImage.getPixelNative(Pixel p) Get the value of the pixel at coordinate p
float	FImage.getPixelNative(Pixel p) Get the value of the pixel at coordinate p
void	Plotter.lineTo(Pixel p) Draw a line from the current position to a pixel
void	Plotter.moveTo(Pixel p) Move to a pixel
void	Plotter.setPenPosition(Pixel penPosition)

Uses of Pixel in org.openimaj.image.analysis.algorithm

Methods in org.openimaj.image.analysis.algorithm with parameters of type Pixel

Modifier and Type	Method and Description
protected static <T> boolean	FloodFill.accept(Image<T,?> image, Pixel n, T initial, float threshold)
static <T> FImage	FloodFill.floodFill(Image<T,?> image, Pixel start, float threshold) Flood-fill an image from the given starting pixel position with the given threshold.

Constructors in org.openimaj.image.analysis.algorithm with parameters of type Pixel

Constructor and Description
FloodFill(Pixel startPixel, float threshold) Construct flood-fill processor with the given threshold and starting coordinate.

Uses of Pixel in org.openimaj.image.analysis.watershed

Methods in org.openimaj.image.analysis.watershed that return types with arguments of type Pixel

Modifier and Type	Method and Description
Set<Pixel>	Component.getPixels() Get the pixels in the component.

Uses of Pixel in org.openimaj.image.connectedcomponent

Methods in org.openimaj.image.connectedcomponent with parameters of type Pixel

Modifier and Type	Method and Description
protected ConnectedComponent	GreyscaleConnectedComponentLabeler.floodFill(FImage image, Pixel start, int[][] output, int color)

Uses of Pixel in org.openimaj.image.contour

Fields in org.openimaj.image.contour declared as Pixel

Modifier and Type	Field and Description
Pixel	Contour.start where the contour starts

Methods in org.openimaj.image.contour that return types with arguments of type Pixel

Modifier and Type	Method and Description
List<Pixel>	ContourFollowingStrategy.contour(FImage image, Pixel start, Pixel from) Follow the contour, adding each pixel to a list.

Methods in org.openimaj.image.contour with parameters of type Pixel

Modifier and Type	Method and Description
List<Pixel>	ContourFollowingStrategy.contour(FImage image, Pixel start, Pixel from) Follow the contour, adding each pixel to a list.
abstract void	ContourFollowingStrategy.contour(FImage image, Pixel start, Pixel from, Operation<Pixel> operation) Given some starting pixel in an image on a contour and the direction of a non starting image, return each pixel on a contour from the start pixel in the image.
void	MooreNeighborStrategy.contour(FImage image, Pixel start, Pixel from, Operation<Pixel> operation)
void	SuzukiNeighborStrategy.contour(FImage image, Pixel start, Pixel from, Operation<Pixel> operation)
void	SuzukiNeighborStrategy.directedContour(FImage image, Pixel ij, Pixel i2j2, Operation<IndependentPair<Pixel,boolean[]>> operation) Directed contour following.
void	MooreNeighborStrategy.directedContour(FImage image, Pixel start, Pixel from, Operation<IndependentPair<Pixel,org.openimaj.image.contour.Direction>> operation) Directed contour following.

Method parameters in org.openimaj.image.contour with type arguments of type Pixel

Modifier and Type	Method and Description
abstract void	ContourFollowingStrategy.contour(FImage image, Pixel start, Pixel from, Operation<Pixel> operation) Given some starting pixel in an image on a contour and the direction of a non starting image, return each pixel on a contour from the start pixel in the image.
void	MooreNeighborStrategy.contour(FImage image, Pixel start, Pixel from, Operation<Pixel> operation)
void	SuzukiNeighborStrategy.contour(FImage image, Pixel start, Pixel from, Operation<Pixel> operation)
void	SuzukiNeighborStrategy.directedContour(FImage image, Pixel ij, Pixel i2j2, Operation<IndependentPair<Pixel,boolean[]>> operation) Directed contour following.
void	MooreNeighborStrategy.directedContour(FImage image, Pixel start, Pixel from, Operation<IndependentPair<Pixel,org.openimaj.image.contour.Direction>> operation) Directed contour following.

Constructors in org.openimaj.image.contour with parameters of type Pixel

Constructor and Description
Contour(ContourType type, Pixel p) Construct a contour with the given type and start pixel

Uses of Pixel in org.openimaj.image.feature.dense.binarypattern

Methods in org.openimaj.image.feature.dense.binarypattern that return types with arguments of type Pixel

Modifier and Type	Method and Description
static List<List<Pixel>>	UniformBinaryPattern.extractPatternPixels(int[][] patternImage, int nbits) Compute all pixels matching each possible pattern code given the number of bits used to encode patterns.

Methods in org.openimaj.image.feature.dense.binarypattern with parameters of type Pixel

Modifier and Type	Method and Description
static int	ExtendedLocalBinaryPattern.calculateLBP(FImage image, float radius, int samples, Pixel point) Calculate the extended LBP for a single point.
static int	BasicLocalBinaryPattern.calculateLBP(FImage image, Pixel point) Calculate the basic LBP for a single point.
static int[]	LocalTernaryPattern.calculateLTP(FImage image, float radius, int samples, float threshold, Pixel point) Calculate the LTP for a single point.

Uses of Pixel in org.openimaj.image.feature.local.interest

Fields in org.openimaj.image.feature.local.interest declared as Pixel

Modifier and Type	Field and Description
Pixel	EllipticKeyPoint.centre

Uses of Pixel in org.openimaj.image.pixel

Subclasses of Pixel in org.openimaj.image.pixel

Modifier and Type	Class and Description
class	FValuePixel Represents a pixel location.
class	GenericValuePixel<T> Represents a pixel location.
class	IntValuePixel Represents a pixel location.
class	ValuePixel<T> An abstract class for objects that represent a pixel and its value.

Fields in org.openimaj.image.pixel with type parameters of type Pixel

Modifier and Type	Field and Description
Set<Pixel>	PixelSet.pixels The set of pixels within this connected component

Methods in org.openimaj.image.pixel that return Pixel

Modifier and Type	Method and Description
Pixel	PixelSet.bottomRightMostPixel() Gets the bottom-right most pixel in the connected component.
Pixel	PixelSet.calculateCentroidPixel() Calculates the centroid pixel of the connected component.
Pixel	Pixel.clone()
Pixel	Pixel.copy()
protected Pixel	ConnectedComponent.nextEdgePixelACW4(Pixel current, int lastdir) Returns the next edge pixel when tracing a boundary in a 4-connected system.
protected Pixel	ConnectedComponent.nextEdgePixelACW4(Pixel current, int lastdir, List<Pixel> outer) Returns the next edge pixel when tracing a boundary in a 4-connected system.
protected Pixel	ConnectedComponent.nextEdgePixelACW8(Pixel current, int lastdir) Returns the next edge pixel when tracing a boundary in an 8-connected system.
Pixel	PixelSet.topLeftMostPixel() Gets the top-left most pixel within the connected component.
Pixel	Pixel.transform(Jama.Matrix transform)
Pixel	Pixel.transformInplace(Jama.Matrix transform) Inplace transform the point by the given matrix.

Methods in org.openimaj.image.pixel that return types with arguments of type Pixel

Modifier and Type	Method and Description
List<Pixel>	ConnectedComponent.getInnerBoundary(ConnectedComponent.ConnectMode mode) Returns an ordered list of pixels that are on the inner boundary of the shape.
List<Pixel>	ConnectedComponent.ConnectMode.getNeighbours(FImage image, int x, int y, float bgThreshold) Get the neighbouring pixels
List<Pixel>	ConnectedComponent.getOuterBoundary() Returns an ordered list of pixels that are on the outer boundary of the shape.
Set<Pixel>	PixelSet.getPixels() Returns the set of Pixels that are within this component.
Iterator<Pixel>	PixelSet.iterator()

Methods in org.openimaj.image.pixel with parameters of type Pixel

Modifier and Type	Method and Description
void	PixelSet.addPixel(Pixel p) Add a pixel into this connected component.
protected int	ConnectedComponent.code4(Pixel current, Pixel next) For the two pixels, determines the 4-connected chain code that will move from the first pixel to the next.
protected int	ConnectedComponent.code8(Pixel current, Pixel next) For the two pixels, determines the 8-connected chain code that will move from the first pixel to the next.
boolean	PixelSet.find(Pixel p) Returns whether the given pixel is within this connected component.
static ConnectedComponent	ConnectedComponent.floodFill(FImage image, Pixel start) Performs a flood fill on the given image starting at the given pixel.
protected int	ConnectedComponent.isLeft(Pixel P0, Pixel P1, Pixel P2)
protected Pixel	ConnectedComponent.nextEdgePixelACW4(Pixel current, int lastdir) Returns the next edge pixel when tracing a boundary in a 4-connected system.
protected Pixel	ConnectedComponent.nextEdgePixelACW4(Pixel current, int lastdir, List<Pixel> outer) Returns the next edge pixel when tracing a boundary in a 4-connected system.
protected Pixel	ConnectedComponent.nextEdgePixelACW8(Pixel current, int lastdir) Returns the next edge pixel when tracing a boundary in an 8-connected system.

Method parameters in org.openimaj.image.pixel with type arguments of type Pixel

Modifier and Type	Method and Description
protected Polygon	ConnectedComponent.calculateConvexHull_Melkman(List<Pixel> V) Calculate convex hull using Melkman's algorithm.
protected Pixel	ConnectedComponent.nextEdgePixelACW4(Pixel current, int lastdir, List<Pixel> outer) Returns the next edge pixel when tracing a boundary in a 4-connected system.

Constructor parameters in org.openimaj.image.pixel with type arguments of type Pixel

Constructor and Description
ConnectedComponent(Set<Pixel> pixels) Construct a connected component from the given set of Pixels.
PixelSet(Set<Pixel> pixels) Construct a PixelSet from the given set of Pixels.

Uses of Pixel in org.openimaj.image.pixel.util

Methods in org.openimaj.image.pixel.util that return types with arguments of type Pixel

Modifier and Type	Method and Description
static Iterator<Pixel>	LineIterators.bresenham(int x0, int y0, float fdx, float fdy) Pixel iterator based on Bresenham's algorithm for a line starting at a given point, with an angle given by the provided x and y deltas.
static Iterator<Pixel>	LineIterators.bresenham(int x0, int y0, int x1, int y1) Pixel iterator based on Bresenham's algorithm for a line between two discrete endpoints.
static Iterator<Pixel>	LineIterators.bresenham(Pixel start, Pixel end) Pixel iterator based on Bresenham's algorithm for a line between two discrete endpoints.
static Iterator<Pixel>	LineIterators.supercover(int x1, int y1, int x2, int y2) Generate the pixels for the supercover of the line between two points.
static List<Pixel>	LineIterators.supercoverAsList(int x1, int y1, int x2, int y2) Generate the pixels for the supercover of the line between two points.
static List<Pixel>	LineIterators.supercoverAsList(Pixel start, Pixel end) Generate the pixels for the supercover of the line between two points.

Methods in org.openimaj.image.pixel.util with parameters of type Pixel

Modifier and Type	Method and Description
static Iterator<Pixel>	LineIterators.bresenham(Pixel start, Pixel end) Pixel iterator based on Bresenham's algorithm for a line between two discrete endpoints.
static List<Pixel>	LineIterators.supercoverAsList(Pixel start, Pixel end) Generate the pixels for the supercover of the line between two points.

Uses of Pixel in org.openimaj.image.processing.algorithm

Fields in org.openimaj.image.processing.algorithm with type parameters of type Pixel

Modifier and Type	Field and Description
static Set<Pixel>	FilterSupport.BLOCK_3x3 Offsets for using a 3x3 blocked shaped mask to select pixels for computing median.
static Set<Pixel>	FilterSupport.CROSS_3x3 Offsets for using a 3x3 cross shaped mask to select pixels for computing median.

Methods in org.openimaj.image.processing.algorithm that return types with arguments of type Pixel

Modifier and Type	Method and Description
static Set<Pixel>	FilterSupport.createBlockSupport(int width, int height) Create a a rectangular support.

Method parameters in org.openimaj.image.processing.algorithm with type arguments of type Pixel

Modifier and Type	Method and Description
static int	FilterSupport.getSupportHeight(Set<Pixel> support) Get the height of the support region
static int	FilterSupport.getSupportWidth(Set<Pixel> support) Get the width of the support region
static boolean	FilterSupport.isBlockSupport(Set<Pixel> support) Test whether the given support is a centred block

Constructor parameters in org.openimaj.image.processing.algorithm with type arguments of type Pixel

Constructor and Description
LocalContrastFilter(Set<Pixel> support) Construct with the given support region for selecting pixels to take the median from.
MaxFilter(Set<Pixel> support) Construct with the given support region for selecting pixels to take the median from.
MedianFilter(Set<Pixel> support) Construct with the given support region for selecting pixels to take the median from.
MinFilter(Set<Pixel> support) Construct with the given support region for selecting pixels to take the median from.
MinMaxAnalyser(Set<Pixel> support) Construct with the given support region for selecting pixels to take the median from.

Uses of Pixel in org.openimaj.image.processing.face.feature.ltp

Fields in org.openimaj.image.processing.face.feature.ltp with type parameters of type Pixel

Modifier and Type	Field and Description
List<List<Pixel>>	AbstractLtpDtFeature.ltpPixels The pixels forming the binary patterns in each slice

Methods in org.openimaj.image.processing.face.feature.ltp that return types with arguments of type Pixel

Modifier and Type	Method and Description
protected static List<List<Pixel>>	AbstractLtpDtFeature.extractLTPSlicePixels(FImage image)

Method parameters in org.openimaj.image.processing.face.feature.ltp with type arguments of type Pixel

Modifier and Type	Method and Description
protected FImage[]	AbstractLtpDtFeature.constructSlices(List<List<Pixel>> ltpPixels, int width, int height)

Constructor parameters in org.openimaj.image.processing.face.feature.ltp with type arguments of type Pixel

Constructor and Description
AbstractLtpDtFeature(int width, int height, LTPWeighting weighting, List<List<Pixel>> ltpPixels) Construct with given parameters.

Uses of Pixel in org.openimaj.image.processing.morphology

Fields in org.openimaj.image.processing.morphology with type parameters of type Pixel

Modifier and Type	Field and Description
Set<Pixel>	StructuringElement.negative Set of negative pixels in the structuring element
protected Set<Pixel>	HitAndMiss.outputPixels
Set<Pixel>	StructuringElement.positive Set of positive pixels in the structuring element

Methods in org.openimaj.image.processing.morphology that return types with arguments of type Pixel

Modifier and Type	Method and Description
Set<Pixel>	HitAndMiss.getPixels() Get the pixels selected by the hit and miss operator

Methods in org.openimaj.image.processing.morphology with parameters of type Pixel

Modifier and Type	Method and Description
boolean	StructuringElement.matches(Pixel p, Set<Pixel> pixels) Determine if this structuring element is completely contained in the pixels centered at p.

Method parameters in org.openimaj.image.processing.morphology with type arguments of type Pixel

Modifier and Type	Method and Description
boolean	StructuringElement.matches(Pixel p, Set<Pixel> pixels) Determine if this structuring element is completely contained in the pixels centered at p.

Constructors in org.openimaj.image.processing.morphology with parameters of type Pixel

Constructor and Description
StructuringElement(Pixel[] positive, Pixel[] negative) Construct a structuring element with the given positive and negative pixels
StructuringElement(Pixel[] positive, Pixel[] negative) Construct a structuring element with the given positive and negative pixels

Constructor parameters in org.openimaj.image.processing.morphology with type arguments of type Pixel

Constructor and Description
StructuringElement(Set<Pixel> positive, Set<Pixel> negative) Construct a structuring element with the given positive and negative pixels
StructuringElement(Set<Pixel> positive, Set<Pixel> negative) Construct a structuring element with the given positive and negative pixels

Uses of Pixel in org.openimaj.image.processing.restoration.inpainting

Fields in org.openimaj.image.processing.restoration.inpainting with type parameters of type Pixel

Modifier and Type	Field and Description
protected Set<Pixel>	TeleaInpainting.region

Method parameters in org.openimaj.image.processing.restoration.inpainting with type arguments of type Pixel

Modifier and Type	Method and Description
void	Inpainter.setMask(int width, int height, Collection<? extends Iterable<Pixel>> mask) Set the mask.
void	AbstractImageMaskInpainter.setMask(int width, int height, Collection<? extends Iterable<Pixel>> mask)

Uses of Pixel in org.openimaj.image.segmentation

Methods in org.openimaj.image.segmentation that return types with arguments of type Pixel

Modifier and Type	Method and Description
protected DisjointSetForest<Pixel>	FelzenszwalbHuttenlocherSegmenter.segmentGraph(int numVertices, List<SimpleWeightedEdge<Pixel>> edges)

Method parameters in org.openimaj.image.segmentation with type arguments of type Pixel

Modifier and Type	Method and Description
protected DisjointSetForest<Pixel>	FelzenszwalbHuttenlocherSegmenter.segmentGraph(int numVertices, List<SimpleWeightedEdge<Pixel>> edges)

Uses of Pixel in org.openimaj.image.text.extraction.swt

Fields in org.openimaj.image.text.extraction.swt declared as Pixel

Modifier and Type	Field and Description
protected Pixel	LetterCandidate.centroid