Index

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
All Classes and Interfaces|All Packages|Constant Field Values|Serialized Form

A

a - Variable in class imagingbook.common.geometry.delaunay.guibas.Edge2D

a - Variable in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

A - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

Incandescent tungsten (2856K).

A - Variable in class imagingbook.common.geometry.circle.AlgebraicCircle

Circle parameter.

A - Variable in class imagingbook.common.geometry.line.AlgebraicLine

a0 - Variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

a0 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

a00 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a01 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a02 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a1 - Variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

a1 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

a10 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a11 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a12 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a2 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

a20 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a21 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a22 - Variable in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

a3 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

abort() - Method in class imagingbook.common.filter.generic.GenericFilter

This method can be called to abort the filter execution prematurely, e.g.

abs() - Method in class imagingbook.common.math.Complex

Returns the absolute value of this complex number, i.e., its radius or distance from the origin.

abs(T) - Static method in class imagingbook.common.image.ImageMath

Calculates the absolute pixel values of the specified image and returns a new image of the same type.

abs2() - Method in class imagingbook.common.math.Complex

Returns the squared absolute value of this complex number, i.e., its squared radius or distance from the origin.

AbstractRgbColorSpace - Class in imagingbook.common.color.colorspace

A color space specified by its RGB primaries and white point coordinates, all defined in two-dimensional CIE xy-space.

AbstractRgbColorSpace(double, double, double, double, double, double, double, double) - Constructor for class imagingbook.common.color.colorspace.AbstractRgbColorSpace

Constructor, builds a color space from CIE xy-coordinates of tristimulus values and white point.

Adaptive_All - Class in Ch09_Automatic_Thresholding

ImageJ demo plugin making available a selection of adaptive thresholders.

Adaptive_All() - Constructor for class Ch09_Automatic_Thresholding.Adaptive_All

Constructor, asks to open a predefined sample image if no other image is currently open.

Adaptive_Bernsen - Class in Ch09_Automatic_Thresholding

ImageJ plugin showing the use of the BernsenThresholder class (see Sec.

Adaptive_Bernsen() - Constructor for class Ch09_Automatic_Thresholding.Adaptive_Bernsen

Constructor, asks to open a predefined sample image if no other image is currently open.

Adaptive_Niblack - Class in Ch09_Automatic_Thresholding

ImageJ plugin demonstrating the use of the NiblackThresholder class.

Adaptive_Niblack() - Constructor for class Ch09_Automatic_Thresholding.Adaptive_Niblack

Constructor, asks to open a predefined sample image if no other image is currently open.

Adaptive_Sauvola - Class in Ch09_Automatic_Thresholding

ImageJ plugin demonstrating the use of the SauvolaThresholder class.

Adaptive_Sauvola() - Constructor for class Ch09_Automatic_Thresholding.Adaptive_Sauvola

Constructor, asks to open a predefined sample image if no other image is currently open.

AdaptiveThresholder - Interface in imagingbook.common.threshold.adaptive

Common interface to be implemented by all adaptive (i.e., non-global) thresholders.

add(double[][], double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the specified double matrix (non-destructively).

add(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the specified double vectors (non-destructively).

add(float[][], float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the specified float matrix (non-destructively).

add(float[], float[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the specified float vectors (non-destructively).

add(Pnt2d) - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Adds a new sample points to the end of the point sequence (same as IncrementalLineFit.addLast(Pnt2d)).

add(Complex) - Method in class imagingbook.common.math.Complex

Adds a complex quantity to this complex number and returns a new complex number.

add(T) - Method in class imagingbook.common.util.SortedVector

Tries to adds a new item to this SortedVector instance.

add(T, T) - Static method in class imagingbook.common.image.ImageMath

Adds the pixel values of the specified images and returns a new image of the same type as the first image.

addD(double[][], double[][]) - Static method in class imagingbook.common.math.Matrix

Adds the elements of the first double matrix to the second vector (destructively).

addD(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Adds the elements of the first double vector to the second vector (destructively).

addD(float[][], float[][]) - Static method in class imagingbook.common.math.Matrix

Adds the elements of the first float matrix to the second vector (destructively).

addD(float[], float[]) - Static method in class imagingbook.common.math.Matrix

Adds the elements of the first float vector to the second vector (destructively).

addFirst(Pnt2d) - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Adds a new sample points to the front of the point sequence.

addIccProfile - Variable in class imagingbook.pdf.PdfExporter.Parameters

addKeyMonospaced(String) - Method in class imagingbook.pdf.CoreFontMapper

Adds the logical name of a font to be treated as monospaced.

addKeySerif(String) - Method in class imagingbook.pdf.CoreFontMapper

Adds the logical name of a font to be treated as a serif font.

addLast(Pnt2d) - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Adds a new sample points to the end of the point sequence (same as IncrementalLineFit.addLast(Pnt2d)).

addPoint(Pnt2d) - Method in class imagingbook.common.regions.Contour

addShape(Shape) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

addShape(Shape, ColoredStroke) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

addShapes(Shape[]) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

addShapes(Shape[], ColoredStroke) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

addText(double, double, String) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

addText(double, double, String, Font, Color) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

addToDialog(ParameterBundle<?>, GenericDialog) - Static method in class imagingbook.common.ij.DialogUtils

Adds all qualified fields of the given ParameterBundle to the specified GenericDialog instance, in the exact order of their definition.

AdobeRGB1998 - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

AdobeRgbColorSpace - Class in imagingbook.common.color.colorspace

This color space class is based on the "AdobeRGB1998.icc" profile [1].

AffineFit2d - Class in imagingbook.common.geometry.fitting.points

This class implements 2D point fitting under affine (three-point) transformations (exact and least-squares).

AffineFit2d(Pnt2d[], Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.points.AffineFit2d

Constructor.

AffineMapping2D - Class in imagingbook.common.geometry.mappings.linear

This class represents an affine transformation in 2D, which can be defined by three pairs of corresponding points.

AffineMapping2D() - Constructor for class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Creates the identity mapping.

AffineMapping2D(double[][]) - Constructor for class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Creates a linear mapping from a transformation matrix A, which must be at least of size 2 x 3.

AffineMapping2D(double, double, double, double, double, double) - Constructor for class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Creates an affine mapping from the specified matrix elements.

AffineMapping2D(AffineMapping2D) - Constructor for class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Creates a new affine mapping from an existing affine mapping.

AlgebraicCircle - Class in imagingbook.common.geometry.circle

Represents an algebraic circle with four parameters A, B, C, D in the form A * (x^2 + y^2) + B * x + C * y + D = 0.

AlgebraicCircle(double[]) - Constructor for class imagingbook.common.geometry.circle.AlgebraicCircle

Constructor.

AlgebraicCircle(double, double, double, double) - Constructor for class imagingbook.common.geometry.circle.AlgebraicCircle

Constructor.

AlgebraicCircle(GeometricCircle) - Constructor for class imagingbook.common.geometry.circle.AlgebraicCircle

Constructor.

AlgebraicEllipse - Class in imagingbook.common.geometry.ellipse

Represents an algebraic ellipse with the implicit equation A x^2 + B x y + C y^2 + D x + E y + F = 0.

AlgebraicEllipse(double[]) - Constructor for class imagingbook.common.geometry.ellipse.AlgebraicEllipse

Constructor.

AlgebraicEllipse(double, double, double, double, double, double) - Constructor for class imagingbook.common.geometry.ellipse.AlgebraicEllipse

Constructor.

AlgebraicEllipse(GeometricEllipse) - Constructor for class imagingbook.common.geometry.ellipse.AlgebraicEllipse

Constructor.

AlgebraicLine - Class in imagingbook.common.geometry.line

This class represents an algebraic line of the form A x + B y + C = 0.

AlgebraicLine(double[]) - Constructor for class imagingbook.common.geometry.line.AlgebraicLine

Constructor.

AlgebraicLine(double, double, double) - Constructor for class imagingbook.common.geometry.line.AlgebraicLine

Constructor.

Algorithm - Static variable in class Ch06_Corner_Detection.Find_Corners

Detection algorithm to use.

AliceBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

alpha - Variable in class imagingbook.common.filter.edgepreserving.PeronaMalikF.Parameters

Alpha_Blending_Stack - Class in ImageJ_Demos

This imageJ plugin demonstrates blending of two images and generating a stack of intermediate images.

Alpha_Blending_Stack() - Constructor for class ImageJ_Demos.Alpha_Blending_Stack

alpha0 - Variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

The alpha value applied in the first pass.

Amount - Static variable in class Ch05_Edges_Contours.Unsharp_Masking_Filter

Amount of sharpening (1.0 = 100%).

angle(double, double) - Static method in class imagingbook.common.math.Arithmetic

Returns the angle of the Cartesian point (x,y)

angle0 - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

angle0 - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

angle0 - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

angle0 - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

angle1 - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

angle1 - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

angle1 - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

angle1 - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

angleFromIndex(int) - Method in class imagingbook.common.hough.HoughTransformLines

Calculates the actual angle (in radians) for angle index ai

AntiqueWhite - Enum constant in enum imagingbook.common.color.sets.CssColor

AppleRGB - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

applyFwd(double) - Method in interface imagingbook.common.color.gamma.GammaMapping

Forward Gamma mapping (from linear to non-linear component values).

applyFwd(double) - Method in class imagingbook.common.color.gamma.ModifiedGammaMapping

applyFwd(double) - Method in class imagingbook.common.color.gamma.SimpleGammaMapping

applyFwd(float) - Method in interface imagingbook.common.color.gamma.GammaMapping

Float version of GammaMapping.applyFwd(double)

applyFwd(float) - Method in class imagingbook.common.color.gamma.ModifiedGammaMapping

applyFwd(float[]) - Method in class imagingbook.common.color.gamma.ModifiedGammaMapping

Forward Gamma mapping (from linear to non-linear component values).

applyInv(double) - Method in interface imagingbook.common.color.gamma.GammaMapping

Inverse Gamma mapping (from non-linear to linear component values).

applyInv(double) - Method in class imagingbook.common.color.gamma.ModifiedGammaMapping

applyInv(double) - Method in class imagingbook.common.color.gamma.SimpleGammaMapping

applyInv(float) - Method in interface imagingbook.common.color.gamma.GammaMapping

Float version of GammaMapping.applyInv(double)

applyInv(float) - Method in class imagingbook.common.color.gamma.ModifiedGammaMapping

applyInv(float[]) - Method in class imagingbook.common.color.gamma.ModifiedGammaMapping

Inverse Gamma mapping (from non-linear to linear component values).

applyTo(double[]) - Method in class imagingbook.common.color.adapt.BradfordAdaptation

applyTo(double[]) - Method in interface imagingbook.common.color.adapt.ChromaticAdaptation

Double version of ChromaticAdaptation.applyTo(float[]).

applyTo(double[]) - Method in class imagingbook.common.color.adapt.XYZscalingAdaptation

applyTo(double, double) - Method in interface imagingbook.common.color.adapt.ChromaticAdaptation

Transforms the specified xy source color coordinates to target xy coordinates.

applyTo(float[]) - Method in class imagingbook.common.color.adapt.BradfordAdaptation

applyTo(float[]) - Method in interface imagingbook.common.color.adapt.ChromaticAdaptation

Transforms the specified XYZ source color coordinates to target coordinates.

applyTo(float[]) - Method in class imagingbook.common.color.adapt.XYZscalingAdaptation

applyTo(ByteProcessor) - Method in class imagingbook.common.morphology.BinaryClosing

applyTo(ByteProcessor) - Method in class imagingbook.common.morphology.BinaryDilation

applyTo(ByteProcessor) - Method in class imagingbook.common.morphology.BinaryErosion

applyTo(ByteProcessor) - Method in interface imagingbook.common.morphology.BinaryMorphologyOperator

Applies this morphological operator to the specified image (destructively, that is, the image is modified).

applyTo(ByteProcessor) - Method in class imagingbook.common.morphology.BinaryOpening

applyTo(ByteProcessor) - Method in class imagingbook.common.morphology.BinaryOutline

applyTo(ByteProcessor) - Method in class imagingbook.common.morphology.BinaryThinning

applyTo(ImageProcessor) - Method in class imagingbook.common.filter.generic.GenericFilter

Applies this filter to the given ImageProcessor, which is modified.

applyTo(ImageProcessor, OutOfBoundsStrategy) - Method in class imagingbook.common.filter.generic.GenericFilter

Applies this filter to the given ImageProcessor, which is modified; the specified OutOfBoundsStrategy is used to handle out-of-bounds coordinates.

applyTo(Pnt2d) - Method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

applyTo(Pnt2d) - Method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

applyTo(Pnt2d) - Method in interface imagingbook.common.geometry.mappings.Mapping2D

Applies this mapping to a single 2D point.

applyTo(Pnt2d) - Method in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

applyTo(Pnt2d) - Method in class imagingbook.common.geometry.mappings.nonlinear.LogPolarMapping1

applyTo(Pnt2d) - Method in class imagingbook.common.geometry.mappings.nonlinear.LogPolarMapping2

applyTo(Pnt2d[]) - Method in interface imagingbook.common.geometry.mappings.Mapping2D

Applies this mapping to an array of 2D points and returns a new array of points.

applyTo(PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilter

Applies this filter to the given PixelPack instance, which is modified.

Aqua - Enum constant in enum imagingbook.common.color.sets.CssColor

AquaMarine - Enum constant in enum imagingbook.common.color.sets.CssColor

arb - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

arb01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

arb02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

arb03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

arb04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

arg() - Method in class imagingbook.common.math.Complex

Returns the 'argument' of this complex number, i.e., its angle w.r.t.

Arithmetic - Class in imagingbook.common.math

This class defines static methods implementing arithmetic operations and predicates.

ArrayUtils - Class in imagingbook.common.util

askForSampleImage() - Static method in class imagingbook.common.ij.DialogUtils

askForSampleImage(ImageResource) - Static method in class imagingbook.common.ij.DialogUtils

Opens a very specific dialog asking if the suggested sample image (resource) should be opened and made the active image.

askYesOrCancel(String, String) - Static method in class imagingbook.common.ij.DialogUtils

Deprecated.

author - Variable in class imagingbook.pdf.PdfExporter.Parameters

autoName() - Method in interface imagingbook.core.resource.ImageResource

Derives and returns a filename for this resource item to be used in parameterless enum constructors.

awtToPdf(Font) - Method in class imagingbook.pdf.CoreFontMapper

Axis_Aligned_Bounding_Box - Class in Ch08_Binary_Regions

This ImageJ plugin creates a binary region segmentation, calculates the center and major axis and subsequently the major axis-aligned bounding box for each binary region (connected component).

Axis_Aligned_Bounding_Box() - Constructor for class Ch08_Binary_Regions.Axis_Aligned_Bounding_Box

Constructor, asks to open a predefined sample image if no other image is currently open.

AxisAlignedBoundingBox - Class in imagingbook.common.geometry.hulls

Represents a major axis-aligned bounding box of a 2D point set.

AxisAlignedBoundingBox(Pnt2d[]) - Constructor for class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

Constructor, creates a AxisAlignedBoundingBox instance from an array of Pnt2d points.

AxisAlignedBoundingBox(Iterable<Pnt2d>) - Constructor for class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

Constructor, creates a AxisAlignedBoundingBox instance from an Iterable over Pnt2d.

AxisColor - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Color used for drawing the major axis.

AxisColorCLipped - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Color used for drawing the major axis if maximum eccentricity exceeded.

AxisEccentricityScale - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Eccentricity scale factor applied to the length of the region's major axis.

AxisLineWidth - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Line width used for drawing the region's axes.

Azure - Enum constant in enum imagingbook.common.color.sets.CssColor

B

b - Variable in class imagingbook.common.geometry.delaunay.guibas.Edge2D

b - Variable in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

B - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

Obsolete, direct sunlight at noon (4874K).

B - Variable in class imagingbook.common.geometry.circle.AlgebraicCircle

Circle parameter.

B - Variable in class imagingbook.common.geometry.line.AlgebraicLine

b0 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

b1 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

b2 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

b3 - Variable in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

BackgroundColor - Static variable in class Ch08_Binary_Regions.Make_Projections

Background color for projection diagrams.

Balloons600 - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A color image for testing color edge detectors.

BasicAwtColor - Enum in imagingbook.common.color.sets

ColorEnumeration defining a set of selected AWT colors.

Beige - Enum constant in enum imagingbook.common.color.sets.CssColor

BernsenThresholder - Class in imagingbook.common.threshold.adaptive

This is an implementation of the adaptive thresholder proposed by Bernsen in [1].

BernsenThresholder() - Constructor for class imagingbook.common.threshold.adaptive.BernsenThresholder

Constructor using default parameters.

BernsenThresholder(BernsenThresholder.Parameters) - Constructor for class imagingbook.common.threshold.adaptive.BernsenThresholder

Constructor using specified parameters.

BernsenThresholder.Parameters - Class in imagingbook.common.threshold.adaptive

Parameters for class BernsenThresholder.

bgMode - Variable in class imagingbook.common.threshold.adaptive.BernsenThresholder.Parameters

Background type (see Thresholder.BackgroundMode)

bgMode - Variable in class imagingbook.common.threshold.adaptive.NiblackThresholder.Parameters

bgMode - Variable in class imagingbook.common.threshold.adaptive.SauvolaThresholder.Parameters

Bicubic - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

BicubicInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing bicubic interpolation in 2D.

BicubicInterpolator() - Constructor for class imagingbook.common.image.interpolation.BicubicInterpolator

Constructor using default sharpness factor a = 0.5;.

BicubicInterpolator(double) - Constructor for class imagingbook.common.image.interpolation.BicubicInterpolator

Constructor accepting a specific sharpness factor a.

BicubicSharp - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

BicubicSmooth - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

Bilateral_Filter - Class in Ch17_EdgePreserving_Smoothing

This ImageJ plugin demonstrates the use of the Bilateral filter.

Bilateral_Filter() - Constructor for class Ch17_EdgePreserving_Smoothing.Bilateral_Filter

Constructor, asks to open a predefined sample image if no other image is currently open.

BilateralF - Interface in imagingbook.common.filter.edgepreserving

Common interface for all Bilateral filter implementations.

BilateralF.Parameters - Class in imagingbook.common.filter.edgepreserving

Parameter bundle for bilateral filters (implementations of BilateralF).

BilateralFilterScalar - Class in imagingbook.common.filter.edgepreserving

Scalar (non-separable) version of the Bilateral filter as proposed in [1].

BilateralFilterScalar() - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterScalar

BilateralFilterScalar(BilateralF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterScalar

BilateralFilterScalarSeparable - Class in imagingbook.common.filter.edgepreserving

Scalar and separable version of the Bilateral filter as proposed in [1].

BilateralFilterScalarSeparable() - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterScalarSeparable

BilateralFilterScalarSeparable(BilateralF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterScalarSeparable

BilateralFilterVector - Class in imagingbook.common.filter.edgepreserving

Vector (non-separable) version of the Bilateral filter as proposed in [1], for RGB images (ColorProcessor) only.

BilateralFilterVector() - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterVector

BilateralFilterVector(BilateralF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterVector

BilateralFilterVectorSeparable - Class in imagingbook.common.filter.edgepreserving

Vector and separable version of the Bilateral filter as proposed in [1], for RGB images (ColorProcessor) only.

BilateralFilterVectorSeparable() - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterVectorSeparable

BilateralFilterVectorSeparable(BilateralF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.BilateralFilterVectorSeparable

Bilinear - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

BilinearInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing bilinear interpolation in 2D.

BilinearInterpolator() - Constructor for class imagingbook.common.image.interpolation.BilinearInterpolator

Constructor.

BilinearMapping2D - Class in imagingbook.common.geometry.mappings.nonlinear

This class represents a bilinear transformation in 2D with 8 parameters a0, ..., a3, b0, ..., b3 of the form

BilinearMapping2D(double, double, double, double, double, double, double, double) - Constructor for class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

Bin_Morphology_Disk - Class in Ch07_Morphological_Filters

This plugin implements a binary morphology filter (dilation, erosion, opening, or closing) using a disk-shaped structuring element whose radius can be specified.

Bin_Morphology_Disk() - Constructor for class Ch07_Morphological_Filters.Bin_Morphology_Disk

Constructor, asks to open a predefined sample image if no other image is currently open.

Bin_Morphology_Disk.OpType - Enum in Ch07_Morphological_Filters

Bin_Morphology_Free - Class in Ch07_Morphological_Filters

ImageJ plugin implementing a binary morphology filter with an arbitrary structuring element that can be interactively specified by the user.

Bin_Morphology_Free() - Constructor for class Ch07_Morphological_Filters.Bin_Morphology_Free

Constructor, asks to open a predefined sample image if no other image is currently open.

binarize(byte[]) - Static method in interface imagingbook.common.util.bits.BitVector

Binarizes the specified byte[] by replacing all non-zero values by 1.

BinaryClosing - Class in imagingbook.common.morphology

Implements a binary morphological closing operation.

BinaryClosing() - Constructor for class imagingbook.common.morphology.BinaryClosing

Constructor, creates a BinaryClosing with a 3x3 box structuring element by default.

BinaryClosing(byte[][]) - Constructor for class imagingbook.common.morphology.BinaryClosing

Constructor, creates a BinaryClosing with the specified structuring element.

BinaryDilation - Class in imagingbook.common.morphology

Implements a binary morphological dilation operation.

BinaryDilation() - Constructor for class imagingbook.common.morphology.BinaryDilation

Constructor, creates a BinaryDilation with a 3x3 box structuring element by default.

BinaryDilation(byte[][]) - Constructor for class imagingbook.common.morphology.BinaryDilation

Constructor, creates a BinaryDilation with the specified structuring element.

BinaryErosion - Class in imagingbook.common.morphology

Implements a binary morphological erosion operation.

BinaryErosion() - Constructor for class imagingbook.common.morphology.BinaryErosion

Constructor, creates a BinaryErosion with a 3x3 box structuring element by default.

BinaryErosion(byte[][]) - Constructor for class imagingbook.common.morphology.BinaryErosion

Constructor, creates a BinaryErosion with the specified structuring element.

BinaryMask - Class in imagingbook.common.filter.mask

This class defines a binary mask, as used in filters, for example.

BinaryMask(byte[][]) - Constructor for class imagingbook.common.filter.mask.BinaryMask

BinaryMask(byte[][], int, int) - Constructor for class imagingbook.common.filter.mask.BinaryMask

BinaryMorphologyFilter - Class in imagingbook.common.morphology

This is the (abstract) super-class for binary morphological filters.

BinaryMorphologyOperator - Interface in imagingbook.common.morphology

Common interface for all binary morphological operators.

BinaryOpening - Class in imagingbook.common.morphology

Implements a binary morphological opening operation.

BinaryOpening() - Constructor for class imagingbook.common.morphology.BinaryOpening

Constructor, creates a BinaryOpening with a 3x3 box structuring element by default.

BinaryOpening(byte[][]) - Constructor for class imagingbook.common.morphology.BinaryOpening

Constructor, creates a BinaryOpening with the specified structuring element.

BinaryOutline - Class in imagingbook.common.morphology

Implements a binary morphological dilation operation.

BinaryOutline() - Constructor for class imagingbook.common.morphology.BinaryOutline

Constructor, creates a BinaryOutline operator using a 4-neighborhood by default (NeighborhoodType2D.N4).

BinaryOutline(NeighborhoodType2D) - Constructor for class imagingbook.common.morphology.BinaryOutline

Constructor, creates a BinaryOutline operator using a the specified neighborhood type (NeighborhoodType2D).

BinaryRegion - Class in imagingbook.common.regions

This class represents a connected component or binary region.

BinaryRegionSegmentation - Class in imagingbook.common.regions

Performs region segmentation on a given binary image.

BinaryThinning - Class in imagingbook.common.morphology

Implements a binary morphological thinning or "skeletonization" operation, based on the algorithm by Zhang and Suen [1].

BinaryThinning() - Constructor for class imagingbook.common.morphology.BinaryThinning

Constructor, creates a BinaryThinning operator with the maximum number of iterations to be calculated dynamically from the size of the processed image.

BinaryThinning(int) - Constructor for class imagingbook.common.morphology.BinaryThinning

Constructor, creates a BinaryThinning operator with the specified maximum number of iterations.

bird02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

bird21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird31 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird32 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird33 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird34 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird35 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird36 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird37 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird38 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird39 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird40 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird41 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird42 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird43 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird44 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird45 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird46 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird47 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird48 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird49 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird50 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird51 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird52 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird53 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird54 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird55 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird56 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bird57 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bisque - Enum constant in enum imagingbook.common.color.sets.CssColor

BitMap - Class in imagingbook.common.util.bits

This class implements a true 2D bitmap container, i.e., each 0/1 element occupies only a single bit (unlike boolean arrays, which require at least 8 bits per element).

BitMap(int, int) - Constructor for class imagingbook.common.util.bits.BitMap

Constructor, creates an empty bitmap (with all elements set to 0).

BitMap(int, int, byte[]) - Constructor for class imagingbook.common.util.bits.BitMap

Constructor, creates a bitmap from a one-dimensional byte array.

BitVector - Interface in imagingbook.common.util.bits

This interface defines the behavior of bit vectors, i.e., fixed-sized vectors with single bit elements.

BitVector32 - Class in imagingbook.common.util.bits

This class implements BitVector with internal 32-bit int data.

BitVector32(boolean[]) - Constructor for class imagingbook.common.util.bits.BitVector32

BitVector32(byte[]) - Constructor for class imagingbook.common.util.bits.BitVector32

BitVector32(int) - Constructor for class imagingbook.common.util.bits.BitVector32

BitVector64 - Class in imagingbook.common.util.bits

This class implements BitVector with internal 64-bit long data.

BitVector64(boolean[]) - Constructor for class imagingbook.common.util.bits.BitVector64

BitVector64(byte[]) - Constructor for class imagingbook.common.util.bits.BitVector64

BitVector64(int) - Constructor for class imagingbook.common.util.bits.BitVector64

Black - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Black - Enum constant in enum imagingbook.common.color.sets.CssColor

BlanchedAlmond - Enum constant in enum imagingbook.common.color.sets.CssColor

Blobs - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Original: https://imagej.nih.gov/ij/images/blobs.gif

Blue - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Blue - Enum constant in enum imagingbook.common.color.sets.CssColor

Blue - Enum constant in enum imagingbook.common.mser.MserColors

Blue - Enum constant in enum imagingbook.common.sift.SiftColors

BlueViolet - Enum constant in enum imagingbook.common.color.sets.CssColor

Boats - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Original: https://imagej.nih.gov/ij/images/boats.gif

bomber - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Bone13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Bone20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bonefishes - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bonefishes - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

bonefishesaff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bonefishesocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bonefishesocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

bonefishesocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bonefishesocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

border - Variable in class imagingbook.common.corners.GradientCornerDetector.Parameters

bottle01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle31 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle32 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bottle33 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Box - Enum constant in enum imagingbook.common.threshold.adaptive.NiblackThresholder.RegionType

Box() - Constructor for class imagingbook.common.threshold.adaptive.NiblackThresholder.Box

Constructor using default parameters.

Box(NiblackThresholder.Parameters) - Constructor for class imagingbook.common.threshold.adaptive.NiblackThresholder.Box

Constructor with specific parameters.

BradfordAdaptation - Class in imagingbook.common.color.adapt

This class represents a linear chromatic adaptation transform, mapping XYZ color coordinates from a source white (reference) point to a target white point.

BreadthFirst - Enum constant in enum Ch08_Binary_Regions.Region_Segmentation_Demo.SegmentationMethod

BreadthFirstSegmentation - Class in imagingbook.common.regions

Binary region segmentation based on a breadth-first flood filling algorithm using a queue.

BreadthFirstSegmentation(ByteProcessor) - Constructor for class imagingbook.common.regions.BreadthFirstSegmentation

Constructor.

BreadthFirstSegmentation(ByteProcessor, NeighborhoodType2D) - Constructor for class imagingbook.common.regions.BreadthFirstSegmentation

Constructor.

brick01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

brick19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

brick20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

BRIGHT - Enum constant in enum imagingbook.common.threshold.Thresholder.BackgroundMode

bright background

Brighten_Index_Image - Class in Ch13_Color_Images

ImageJ plugin, increases the brightness of an indexed color image by 10 units (each color component).

Brighten_Index_Image() - Constructor for class Ch13_Color_Images.Brighten_Index_Image

Constructor, asks to open a predefined sample image if no other image is currently open.

Brighten_Rgb_1 - Class in Ch13_Color_Images

ImageJ plugin, increases the brightness of a RGB color image by 10 units (each color component) using bit operations (Version 1).

Brighten_Rgb_1() - Constructor for class Ch13_Color_Images.Brighten_Rgb_1

Constructor, asks to open a predefined sample image if no other image is currently open.

Brighten_Rgb_2 - Class in Ch13_Color_Images

ImageJ plugin, increases the brightness of a RGB color image by 10 units (each color component) without bit operations (Version 2).

Brighten_Rgb_2() - Constructor for class Ch13_Color_Images.Brighten_Rgb_2

Constructor, asks to open a predefined sample image if no other image is currently open.

brightLut(ImageProcessor, int) - Static method in enum imagingbook.common.ij.NamedLookupTable

Modifies the lookup table to display a bright image with gray values in the range minGray ...

BrightnessGradient - Enum constant in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ColorMode

Brown - Enum constant in enum imagingbook.common.color.sets.CssColor

Brown - Enum constant in enum imagingbook.common.mser.MserColors

bunny04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bunny04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

bunny04occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bunny08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

bunny08occ1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

BurlyWood - Enum constant in enum imagingbook.common.color.sets.CssColor

ByteAccessor - Class in imagingbook.common.image.access

Image accessor for scalar images with 8-bit (byte) values.

ByteAccessor(ByteProcessor, OutOfBoundsStrategy, InterpolationMethod) - Constructor for class imagingbook.common.image.access.ByteAccessor

Constructor.

C

c - Variable in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

C - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

Obsolete, north sky daylight (6774K).

C - Variable in class imagingbook.common.geometry.circle.AlgebraicCircle

Circle parameter.

C - Variable in class imagingbook.common.geometry.line.AlgebraicLine

c12a - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

c12b - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

CadetBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

calf1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

calf1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

calf2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

calf2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

camel04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

camel20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

camel20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Canny_Edges - Class in Ch05_Edges_Contours

ImageJ plugin showing the use of the Canny edge detector in its simplest form.

Canny_Edges() - Constructor for class Ch05_Edges_Contours.Canny_Edges

Constructor, asks to open a predefined sample image if no other image is currently open.

CannyEdgeDetector - Class in imagingbook.common.edges

This class implements a Canny edge detector for grayscale and RGB images.

CannyEdgeDetector(ImageProcessor) - Constructor for class imagingbook.common.edges.CannyEdgeDetector

Constructor using default parameters.

CannyEdgeDetector(ImageProcessor, CannyEdgeDetector.Parameters) - Constructor for class imagingbook.common.edges.CannyEdgeDetector

Constructor using specific parameters.

CannyEdgeDetector.Parameters - Class in imagingbook.common.edges

captureImage(ImagePlus) - Static method in class imagingbook.common.ij.GuiTools

Captures the specified image window and returns it as a new ImagePlus instance.

car04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

car20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

car20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

carriage01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

carriage20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Cartoon_Effect - Class in Ch05_Edges_Contours

ImageJ plugin, implementing a "cartoon" or "edge burn-in" effect by controlled darkening of image edges.

Cartoon_Effect() - Constructor for class Ch05_Edges_Contours.Cartoon_Effect

Constructor, asks to open a predefined sample image if no other image is currently open.

Castle - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Grayscale image used for SIFT feature detection.

Cat - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A simple binary shape image with 0/255 values.

cat01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

cat10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

cat20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat31 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat32 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat33 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat34 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat35 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat36 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat37 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat38 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat39 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat40 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat41 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat42 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat43 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat44 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat45 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cat46 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

catD50toD65 - Static variable in interface imagingbook.common.color.colorspace.DirectD65Conversion

catD50toW - Variable in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

catD65toD50 - Static variable in interface imagingbook.common.color.colorspace.DirectD65Conversion

CatmullRom - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

CatmullRomInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing Catmull-Rom interpolation in 2D See Sec.

CatmullRomInterpolator() - Constructor for class imagingbook.common.image.interpolation.CatmullRomInterpolator

Constructor.

cattle01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cattle20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

catWtoD50 - Variable in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

cdf(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the cumulative distribution function (cdf) for the given histogram.

CenterColor - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Color used for drawing the region's center.

CenterLineWidth - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Line width used for drawing the region's center.

CenterMarkSize - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Size (radius) of the region's center mark.

centralMoment(Iterable<Pnt2d>, int, int) - Static method in class imagingbook.common.geometry.moments.Moments2D

Calculates and returns the central moment of order (p,q) for the specified set of 2D points.

centroid(Pnt2d[]) - Static method in class imagingbook.common.geometry.basic.PntUtils

Calculates and returns the centroid of the specified point set.

centroid(Iterable<Pnt2d>) - Static method in class imagingbook.common.geometry.basic.PntUtils

Calculates and returns the centroid of the specified point set.

CentroidColor - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

Ch02_Histograms_Statistics - package Ch02_Histograms_Statistics

This software is provided as a supplement to the authors' textbooks on digital image processing published by Springer-Verlag in various languages and editions.

Ch03_Point_Operations - package Ch03_Point_Operations

Ch04_Filters - package Ch04_Filters

Ch05_Edges_Contours - package Ch05_Edges_Contours

This software is provided as a supplement to the authors' textbooks on digital image processing published by Springer-Verlag in various languages and editions.

Ch06_Corner_Detection - package Ch06_Corner_Detection

Ch07_Morphological_Filters - package Ch07_Morphological_Filters

Ch08_Binary_Regions - package Ch08_Binary_Regions

Ch09_Automatic_Thresholding - package Ch09_Automatic_Thresholding

Ch10_Line_Fitting - package Ch10_Line_Fitting

Ch11_Circle_Ellipse_Fitting - package Ch11_Circle_Ellipse_Fitting

Ch12_Ransac_Hough - package Ch12_Ransac_Hough

Ch12_Ransac_Hough.settings - package Ch12_Ransac_Hough.settings

Ch13_Color_Images - package Ch13_Color_Images

Ch14_Colorimetric_Color - package Ch14_Colorimetric_Color

Ch15_Color_Filters - package Ch15_Color_Filters

Ch16_Color_Edges - package Ch16_Color_Edges

Ch17_EdgePreserving_Smoothing - package Ch17_EdgePreserving_Smoothing

Ch19_Discrete_Fourier_Transform - package Ch19_Discrete_Fourier_Transform

Ch20_Discrete_Cosine_Transform - package Ch20_Discrete_Cosine_Transform

Ch21_Geometric_Operations - package Ch21_Geometric_Operations

Ch22_Pixel_Interpolation - package Ch22_Pixel_Interpolation

Ch23_Image_Matching - package Ch23_Image_Matching

Ch24_NonRigid_Matching - package Ch24_NonRigid_Matching

Ch25_SIFT - package Ch25_SIFT

Ch26_MSER - package Ch26_MSER

Chamfer_Matching - Class in Ch23_Image_Matching

This ImageJ plugin demonstrates the use of the ChamferMatcher class.

Chamfer_Matching() - Constructor for class Ch23_Image_Matching.Chamfer_Matching

Constructor, asks to open a predefined sample image if no other image is currently open.

ChamferMatcher - Class in imagingbook.common.image.matching

Instances of this class perform "chamfer" matching on binary images.

ChamferMatcher(ByteProcessor) - Constructor for class imagingbook.common.image.matching.ChamferMatcher

Constructor using the default distance norm (L2).

ChamferMatcher(ByteProcessor, DistanceTransform.DistanceType) - Constructor for class imagingbook.common.image.matching.ChamferMatcher

Constructor using the specified distance norm.

Chartreuse - Enum constant in enum imagingbook.common.color.sets.CssColor

check(Primitive2d, Shape) - Method in class imagingbook.common.geometry.shape.ShapeChecker

Checks if all points of the specified AWT Shape are sufficiently close to the Primitive2d instance specified in the constructor.

Check_Installation - Class in Tools_

A simple ImageJ plugin for validating the 'imagingbook' installation.

Check_Installation() - Constructor for class Tools_.Check_Installation

checkClass(String) - Static method in class imagingbook.core.FileUtils

Checks 'by name' if a particular class exists.

checkImageFlags(ImagePlus, int) - Static method in class imagingbook.common.ij.IjUtils

checkImageFlagsCurrent(int) - Static method in class imagingbook.common.ij.IjUtils

Returns true if the current (active) image is compatible with the specified flags (as specified by PlugInFilter, typically used to compose the return value of PlugInFilter.setup(String, ImagePlus)).

checkSize(double[]) - Method in interface imagingbook.spectral.dct.Dct1d.Double

checkSize(double[][]) - Method in interface imagingbook.spectral.dct.Dct2d.Double

checkSize(double[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

checkSize(double[], double[]) - Method in interface imagingbook.spectral.dft.Dft1d.Double

checkSize(float[]) - Method in interface imagingbook.spectral.dct.Dct1d.Float

checkSize(float[][]) - Method in interface imagingbook.spectral.dct.Dct2d.Float

checkSize(float[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

checkSize(float[], float[]) - Method in interface imagingbook.spectral.dft.Dft1d.Float

children01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

children20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

children20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Chocolate - Enum constant in enum imagingbook.common.color.sets.CssColor

chooseOpenImage() - Static method in class imagingbook.common.ij.GuiTools

Queries the user to select one of the currently open images.

chooseOpenImage(String) - Static method in class imagingbook.common.ij.GuiTools

Queries the user to select one of the currently open images.

chooseOpenImage(String, ImagePlus) - Static method in class imagingbook.common.ij.GuiTools

Queries the user to select one of the currently open images.

chopper01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

chopper20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ChromaticAdaptation - Interface in imagingbook.common.color.adapt

Interface to be implemented by chromatic adaptation transforms.

CIE1964xyz - Static variable in class imagingbook.common.color.cie.CieXyPlot

CIE 1964 10-deg chromaticity coordinates.

CIERGB - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

CieUtils - Class in imagingbook.common.color.cie

Defines static methods for converting between CIE-XYZ coordinates (3D) and xy chromaticity values (2D).

CieXyPlot - Class in imagingbook.common.color.cie

This class renders the famous CIE xy-chromaticity diagram, also known as the "horeseshoe" curve, delineating the range of visible colors in the xy-diagram.

CieXyPlot(double) - Constructor for class imagingbook.common.color.cie.CieXyPlot

Constructor, creates a xy-diagram in a canvas with the specified size.

Circle_Fitting - Class in Ch11_Circle_Ellipse_Fitting

ImageJ plugin, performs algebraic circle fitting on the current ROI to find an initial circle, followed by geometric fitting.

Circle_Fitting() - Constructor for class Ch11_Circle_Ellipse_Fitting.Circle_Fitting

Constructor, asks to open a predefined sample image if no other image is currently open.

Circle_Make_Random - Class in Ch11_Circle_Ellipse_Fitting

Samples points on a given (ideal) circle and creates a new image with the sample points marked and also contained in a PointRoi.

Circle_Make_Random() - Constructor for class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random

Circle_Make_Random.Parameters - Class in Ch11_Circle_Ellipse_Fitting

CircleFit3Points - Class in imagingbook.common.geometry.fitting.circle.algebraic

Performs an exact circle fit to 3 given (non-collinear) points.

CircleFit3Points(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFit3Points

Constructor.

CircleFit3Points(Pnt2d, Pnt2d, Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFit3Points

Constructor.

CircleFitAlgebraic - Interface in imagingbook.common.geometry.fitting.circle.algebraic

Common interface for all algebraic circle fits.

CircleFitAlgebraic.FitType - Enum in imagingbook.common.geometry.fitting.circle.algebraic

CircleFitGeometric - Interface in imagingbook.common.geometry.fitting.circle.geometric

Common interface for geometric circle fits.

CircleFitGeometric.FitType - Enum in imagingbook.common.geometry.fitting.circle.geometric

CircleFitGeometricCoord - Class in imagingbook.common.geometry.fitting.circle.geometric

"Coordinate-based" geometric circle fitter using a nonlinear least-squares (Levenberg-Marquart) optimizer.

CircleFitGeometricCoord(Pnt2d[], GeometricCircle) - Constructor for class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricCoord

CircleFitGeometricCoord(Pnt2d[], GeometricCircle, int, int, double) - Constructor for class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricCoord

CircleFitGeometricDist - Class in imagingbook.common.geometry.fitting.circle.geometric

"Distance-based" geometric circle fitter using a nonlinear least-squares (Levenberg-Marquart) optimizer.

CircleFitGeometricDist(Pnt2d[], GeometricCircle) - Constructor for class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricDist

CircleFitGeometricDist(Pnt2d[], GeometricCircle, int, int, double) - Constructor for class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricDist

CircleFitHyperSimple - Class in imagingbook.common.geometry.fitting.circle.algebraic

This is an implementation of the "hyperaccurate" algebraic circle fit proposed by Al-Sharadqah and Chernov in [1], also described in [2] (Sec.

CircleFitHyperSimple(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitHyperSimple

Constructor.

CircleFitHyperSimple(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitHyperSimple

Constructor.

CircleFitHyperStable - Class in imagingbook.common.geometry.fitting.circle.algebraic

This is an implementation of the "hyperaccurate" algebraic circle fit proposed by Al-Sharadqah and Chernov in [1], also described in [2] (Sec.

CircleFitHyperStable(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitHyperStable

Constructor.

CircleFitHyperStable(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitHyperStable

Constructor.

CircleFitKasaA - Class in imagingbook.common.geometry.fitting.circle.algebraic

This is an implementation of the algebraic circle fitting algorithm described in [1].

CircleFitKasaA(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaA

Constructor.

CircleFitKasaA(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaA

Constructor.

CircleFitKasaB - Class in imagingbook.common.geometry.fitting.circle.algebraic

This is an implementation of the modified Kåsa [1] circle fitting algorithm described in [2, Sec.

CircleFitKasaB(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaB

Constructor.

CircleFitKasaB(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaB

Constructor.

CircleFitKasaC - Class in imagingbook.common.geometry.fitting.circle.algebraic

This is an improved implementation of the Kåsa [1] circle fitting algorithm described in [2, Sec.

CircleFitKasaC(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaC

Constructor.

CircleFitKasaC(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaC

Constructor.

CircleFitPratt - Class in imagingbook.common.geometry.fitting.circle.algebraic

This is an implementation of the algebraic circle fitting algorithm by Pratt [1], as described in [2] (Sec.

CircleFitPratt(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitPratt

Constructor.

CircleFitPratt(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitPratt

Constructor.

CircleFitTaubin - Class in imagingbook.common.geometry.fitting.circle.algebraic

This is an implementation of the algebraic circle fitting algorithm by Taubin [1], following the description in [2] (Sec.

CircleFitTaubin(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitTaubin

Constructor.

CircleFitTaubin(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitTaubin

Constructor.

CircleSampler - Class in imagingbook.common.geometry.fitting.circle.utils

Defines utility methods for picking random points on a given circle.

CircleSampler(GeometricCircle) - Constructor for class imagingbook.common.geometry.fitting.circle.utils.CircleSampler

CircleSampler(GeometricCircle, long) - Constructor for class imagingbook.common.geometry.fitting.circle.utils.CircleSampler

CirclesSquares - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A binary image (inverted LUT) with circles and squares for chamfer matching.

CircularMask - Class in imagingbook.common.filter.mask

Defines a circular mask with the specified radius.

CircularMask(double) - Constructor for class imagingbook.common.filter.mask.CircularMask

Constructor.

CityscapeSmallStack - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A stack of small grayscale images used for histogram specification/matching.

classic01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

classic20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

classic20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ClassUtils - Class in imagingbook.common.util

Static utility methods related to classes.

ClassUtils - Class in imagingbook.core

ClassUtils() - Constructor for class imagingbook.core.ClassUtils

clearAllProperties() - Method in interface imagingbook.common.util.GenericProperties

Removes all properties.

Clipboard - Class in imagingbook.common.util

Clipboard-related methods from http://examples.javacodegeeks.com/desktop-java/awt/datatransfer/getting-and-setting-text-on-the-system-clipboard/

clipTo(double, double, double) - Static method in class imagingbook.common.math.Arithmetic

Limits the first argument to the clipping interval specified by the two other arguments (double version).

clipTo(float, float, float) - Static method in class imagingbook.common.math.Arithmetic

Limits the first argument to the clipping interval specified by the two other arguments (float version).

clipTo(int, int, int) - Static method in class imagingbook.common.math.Arithmetic

Limits the first argument to the clipping interval specified by the two other arguments (float version).

clone() - Method in class imagingbook.common.ij.overlay.ColoredStroke

clone() - Method in class imagingbook.common.sift.KeyPoint

close() - Method in class imagingbook.common.ij.IjProgressBarMonitor

close() - Method in class imagingbook.common.image.ImageGraphics

close() - Method in class imagingbook.common.util.progress.ConsoleProgressMonitor

close() - Method in class imagingbook.common.util.progress.ProgressMonitor

Close - Enum constant in enum Ch07_Morphological_Filters.Bin_Morphology_Disk.OpType

Close_Other_Images - Class in Tools_

Close_Other_Images() - Constructor for class Tools_.Close_Other_Images

closeFilter() - Method in class imagingbook.common.filter.edgepreserving.TschumperleDericheFilter

closeFilter() - Method in class imagingbook.common.filter.generic.GenericFilter

This method is called once when the filter terminates.

Clown - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Original: https://imagej.nih.gov/ij/images/clown.png

cmin - Variable in class imagingbook.common.threshold.adaptive.BernsenThresholder.Parameters

Minimum contrast

collectFiles(String) - Method in class imagingbook.common.util.DirectoryWalker

Use this method to recursively collect all files with the initially specified extensions, starting from the given directory.

collectNonzeroPoints(ImageProcessor) - Static method in class imagingbook.common.ij.IjUtils

Collects all image coordinates with non-zero pixel values into an array of 2D points (Pnt2d).

collectPluginClasses(String) - Method in class imagingbook.core.plugin.PluginsConfigBuilder

Color_Edges_Canny - Class in Ch16_Color_Edges

This ImageJ plugin implements the Canny edge detector for all types of images.

Color_Edges_Canny() - Constructor for class Ch16_Color_Edges.Color_Edges_Canny

Constructor, asks to open a predefined sample image if no other image is currently open.

Color_Edges_DiZenzo - Class in Ch16_Color_Edges

This ImageJ plugin implements a multi-gradient (DiZenzo/Cumani-style) color edge detector.

Color_Edges_DiZenzo() - Constructor for class Ch16_Color_Edges.Color_Edges_DiZenzo

Constructor, asks to open a predefined sample image if no other image is currently open.

Color_Edges_Gray - Class in Ch16_Color_Edges

This ImageJ plugin implements a simple grayscale edge detector for all types of images.

Color_Edges_Gray() - Constructor for class Ch16_Color_Edges.Color_Edges_Gray

Constructor, asks to open a predefined sample image if no other image is currently open.

Color_Edges_Monochromatic - Class in Ch16_Color_Edges

This is a simple color edge detector based on monochromatic techniques.

Color_Edges_Monochromatic() - Constructor for class Ch16_Color_Edges.Color_Edges_Monochromatic

Constructor, asks to open a predefined sample image if no other image is currently open.

colorArray - Variable in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

ColorComponents - Static variable in class Ch08_Binary_Regions.Region_Segmentation_Demo

Set true to randomly color segmented regions.

ColoredStroke - Class in imagingbook.common.ij.overlay

This is basically a mirror class of BasicStroke adding line and fill colors.

ColoredStroke() - Constructor for class imagingbook.common.ij.overlay.ColoredStroke

ColoredStroke(double, int, int, double, float[], double, Color, Color) - Constructor for class imagingbook.common.ij.overlay.ColoredStroke

ColoredStroke(double, Color) - Constructor for class imagingbook.common.ij.overlay.ColoredStroke

ColoredStroke(double, Color, double) - Constructor for class imagingbook.common.ij.overlay.ColoredStroke

ColoredStroke(double, Color, Color) - Constructor for class imagingbook.common.ij.overlay.ColoredStroke

ColoredStroke(BasicStroke) - Constructor for class imagingbook.common.ij.overlay.ColoredStroke

ColorEnumeration - Interface in imagingbook.common.color.sets

Interface used for color enum types.

ColorGradient - Enum constant in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ColorMode

ColorHistogram - Class in imagingbook.common.color.statistics

This class calculates a color histogram of a set of colors (i.e., a color image).

ColorHistogram(int[]) - Constructor for class imagingbook.common.color.statistics.ColorHistogram

Creates a color histogram instance from the supplied sequence of color pixel values (assumed to be aRGB-encoded integers).

ColorHistogram(int[], boolean) - Constructor for class imagingbook.common.color.statistics.ColorHistogram

Creates a color histogram instance from the supplied sequence of color pixel values (assumed to be ARGB-encoded integers).

colorMode - Variable in class imagingbook.common.filter.edgepreserving.PeronaMalikF.Parameters

colorNormType - Variable in class imagingbook.common.filter.edgepreserving.BilateralF.Parameters

ColorPack - Class in imagingbook.common.image

This class defines a "color stack" as a subtype of PixelPack with exactly 3 components (slices), representing a color image in a specific color space (default is sRGB65ColorSpace).

ColorPack(ColorProcessor) - Constructor for class imagingbook.common.image.ColorPack

Constructor.

ColorQuantizer - Interface in imagingbook.common.color.quantize

ColorSequencer - Interface in imagingbook.common.color.iterate

Common interface for color sequencers.

ColorTest3 - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A small color test image for evaluating effects of filters in different color spaces.

compareTo(Corner) - Method in class imagingbook.common.corners.Corner

compareTo(Edge2D.Distance) - Method in class imagingbook.common.geometry.delaunay.guibas.Edge2D.Distance

compareTo(HoughLine) - Method in class imagingbook.common.hough.HoughLine

Required by the Comparable interface, used for sorting lines by their point count (in descending order, i.e., strong lines come first).

compareTo(LocalMinMaxFinder.ExtremalPoint) - Method in class imagingbook.common.image.LocalMinMaxFinder.ExtremalPoint

compareTo(PixelMap.Pixel) - Method in class imagingbook.common.mser.components.PixelMap.Pixel

compareTo(RansacResult<T>) - Method in class imagingbook.common.ransac.RansacResult

compareTo(BinaryRegion) - Method in class imagingbook.common.regions.BinaryRegion

compareTo(Contour) - Method in class imagingbook.common.regions.Contour

compareTo(KeyPoint) - Method in class imagingbook.common.sift.KeyPoint

compareTo(SiftDescriptor) - Method in class imagingbook.common.sift.SiftDescriptor

compareTo(SiftMatch) - Method in class imagingbook.common.sift.SiftMatch

Complex - Class in imagingbook.common.math

This class represents complex numbers.

Complex(double) - Constructor for class imagingbook.common.math.Complex

Constructor, creates a complex quantity on the unit circle with angle phi: e^(i * phi) = cos(phi) + i * sin(phi).

Complex(double[]) - Constructor for class imagingbook.common.math.Complex

Constructor.

Complex(double, double) - Constructor for class imagingbook.common.math.Complex

Constructor.

Complex(Complex) - Constructor for class imagingbook.common.math.Complex

Constructor.

Component<T> - Class in imagingbook.common.mser.components

This class represents a connected component (i.e., a binary image region).

Component(int, int) - Constructor for class imagingbook.common.mser.components.Component

Constructor.

ComponentTree<T> - Class in imagingbook.common.mser.components

This class represents a tree of extremal image components.

ComponentTree.Method - Enum in imagingbook.common.mser.components

Enumeration specifying the method (algorithm) for building the component tree.

ComponentTreeGlobalImmersion<T> - Class in imagingbook.common.mser.components

This class is a re-implementation of the "quasi-linear-time" component tree algorithm which is based on efficient, tree-based union finding as described in [1].

ComponentTreeGlobalImmersion(PixelMap) - Constructor for class imagingbook.common.mser.components.ComponentTreeGlobalImmersion

Constructor, creates a new component tree from a PixelMap representing a gray-level image.

ComponentTreeLinearTime<T> - Class in imagingbook.common.mser.components

This class implements the "linear-time" ("local flooding") component tree algorithm described in [1].

ComponentTreeLinearTime(PixelMap) - Constructor for class imagingbook.common.mser.components.ComponentTreeLinearTime

Constructor, creates a new component tree from a PixelMap representing a gray-level image.

compressByteArray(byte[]) - Method in class imagingbook.common.util.ZipCompressor

Compute_Histogram - Class in Ch02_Histograms_Statistics

ImageJ plugin which calculates and displays (lists) the histogram of a 8-bit grayscale image.

Compute_Histogram() - Constructor for class Ch02_Histograms_Statistics.Compute_Histogram

Constructor, asks to open a predefined sample image if no other image is currently open.

concat(AffineMapping2D) - Method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Concatenates this mapping A with another affine mapping B and returns a new mapping C, such that C(x) = B(A(x)).

concat(LinearMapping2D) - Method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Concatenates this mapping A with another linear mapping B and returns a new mapping C, such that C(x) = B(A(x)).

concat(ProjectiveMapping2D) - Method in class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Concatenates this mapping A with another linear mapping B and returns a new mapping C, such that C(x) = B(A(x)).

concat(Rotation2D) - Method in class imagingbook.common.geometry.mappings.linear.Rotation2D

Concatenates this rotation (A) with another rotation (B) and returns a new rotation (C), such that C(x) = B(A(x)).

concat(Translation2D) - Method in class imagingbook.common.geometry.mappings.linear.Translation2D

Concatenates this translation A with another translation B and returns a new translation C, such that C(x) = B(A(x)).

concatenate(LinearMapping2D...) - Static method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Concatenates a sequence of linear mappings AA = (A1, A2, ..., An), with the result A(x) = A1(A2(...(An(x))...)).

conditionCovarianceMatrix(double[][], double) - Static method in class imagingbook.common.math.Statistics

Conditions the supplied covariance matrix by enforcing positive eigenvalues.

conditionCovarianceMatrix(RealMatrix, double) - Static method in class imagingbook.common.math.Statistics

Conditions the supplied covariance matrix by enforcing positive eigenvalues.

conductanceFunType - Variable in class imagingbook.common.filter.edgepreserving.PeronaMalikF.Parameters

ConfigFileName - Static variable in class imagingbook.core.plugin.PluginsConfigBuilder

ConfocalConicEllipseProjector - Class in imagingbook.common.geometry.ellipse.project

Calculates an approximate closest point on the ellipse for a given 2D point inside or outside the ellipse, using "confocal conic distance approximation" [1].

ConfocalConicEllipseProjector(GeometricEllipse) - Constructor for class imagingbook.common.geometry.ellipse.project.ConfocalConicEllipseProjector

ConfocalConics - Enum constant in enum Ch11_Circle_Ellipse_Fitting.Ellipse_Closest_Points_Demo.ClosestPointAlgorithm

conjugate() - Method in class imagingbook.common.math.Complex

Returns the conjugate z* of this complex number, i.e, if z = a + i b then z* = a - i b.

ConsoleProgressMonitor - Class in imagingbook.common.util.progress

A simple progress monitor that only prints the progress of the monitored target task to the console.

ConsoleProgressMonitor(ProgressReporter) - Constructor for class imagingbook.common.util.progress.ConsoleProgressMonitor

Constructor.

Constants() - Constructor for class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

Constants() - Constructor for class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Constants

constrainEllipseSize - Variable in class imagingbook.common.mser.MserParameters

contains(int, int) - Method in class imagingbook.common.regions.BinaryRegion

Checks if the given pixel position is contained in this BinaryRegion instance.

contains(int, int) - Method in class imagingbook.common.regions.SegmentationBackedRegion

Checks if the given pixel position is contained in this SegmentationBackedRegion instance.

contains(Pnt2d) - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

Checks if this bounding box contains the specified point using the default tolerance.

contains(Pnt2d) - Method in class imagingbook.common.geometry.hulls.ConvexHull

contains(Pnt2d.PntInt) - Method in class imagingbook.common.regions.BinaryRegion

Checks if the given pixel position is contained in this BinaryRegion instance.

contains(Pnt2d, double) - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

Checks if this bounding box contains the specified point using the specified tolerance.

contains(Pnt2d, double) - Method in class imagingbook.common.geometry.hulls.ConvexHull

Checks if this convex hull contains the specified point.

containsEdge(Edge2D) - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Returns true if this triangle contains the given edge.

containsPoint(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Tests if a 2D point lies inside this 2D triangle.

Contour - Class in imagingbook.common.regions

This class represents a closed contour as a sequence of pixel coordinates.

Contour(int) - Constructor for class imagingbook.common.regions.Contour

Creates a new (empty) contour with the given region label.

Contour.Inner - Class in imagingbook.common.regions

Contour.Outer - Class in imagingbook.common.regions

ContourStrokeWidth - Static variable in class Ch08_Binary_Regions.Region_Contours_Demo

Stroke width used for drawing contours.

ContourTracer - Interface in imagingbook.common.regions

This interface defines the functionality of region segmentations that perform contour extraction.

Convert_From_AdobeRGB - Class in Ch14_Colorimetric_Color

ImageJ plugin, converts a color image with RGB components assumed to be in AdobeRGB color space to sRGB color space.

Convert_From_AdobeRGB() - Constructor for class Ch14_Colorimetric_Color.Convert_From_AdobeRGB

Constructor, asks to open a predefined sample image if no other image is currently open.

Convert_ImagePlus_To_Gray - Class in ImageJ_Demos

This ImageJ plugin shows how to change the type of the current image 'in place', i.e., without copying the image.

Convert_ImagePlus_To_Gray() - Constructor for class ImageJ_Demos.Convert_ImagePlus_To_Gray

Convert_Images_To_PNG - Class in Tools_

This is a simple tool for converting images of a specific type in a given directory to a new type using ImageJ.

Convert_Images_To_PNG() - Constructor for class Tools_.Convert_Images_To_PNG

Convert_Rgb_To_Gray - Class in Ch13_Color_Images

ImageJ plugin, converts an RGB color image to a grayscale image using a specific set of component weights (ITU BR.709) for calculating luminance (luma) values.

Convert_Rgb_To_Gray() - Constructor for class Ch13_Color_Images.Convert_Rgb_To_Gray

Constructor, asks to open a predefined sample image if no other image is currently open.

Convert_To_Color_Stack - Class in Ch14_Colorimetric_Color

ImageJ plugin, converts a sRGB color image to Lab, Luv, HLS, HSV or Linear RGB color space and shows the resulting components as a image stack (with float values).

Convert_To_Color_Stack() - Constructor for class Ch14_Colorimetric_Color.Convert_To_Color_Stack

Constructor, asks to open a predefined sample image if no other image is currently open.

convertFromSrgbTo(ColorSpace) - Method in class imagingbook.common.image.ColorPack

Converts the pixel values of this ColorPack to the specified color space.

convertToBitMap(ByteProcessor) - Static method in class imagingbook.common.ij.IjUtils

Converts the specified ByteProcessor to a BitMap of the same size, with all zero values set to 0 and non-zero values set to 1.

convertToByteProcessor(BitMap) - Static method in class imagingbook.common.ij.IjUtils

Converts the specified BitMap to a ByteProcessor of the same size, with all zero values set to 0 and non-zero values set to 1.

convertToSrgb() - Method in class imagingbook.common.image.ColorPack

Converts this ColorPack to sRGB space.

Convex_Hull_Demo - Class in Ch08_Binary_Regions

This ImageJ plugin demonstrates the use of the ConvexHull class.

Convex_Hull_Demo() - Constructor for class Ch08_Binary_Regions.Convex_Hull_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

ConvexHull - Class in imagingbook.common.geometry.hulls

This class calculate the convex hull of a 2D point set.

ConvexHull(Pnt2d[]) - Constructor for class imagingbook.common.geometry.hulls.ConvexHull

Constructor, creates a AxisAlignedBoundingBox instance from an array of Pnt2d points.

ConvexHull(Iterable<Pnt2d>) - Constructor for class imagingbook.common.geometry.hulls.ConvexHull

Constructor, creates a ConvexHull instance from an Iterable over Pnt2d.

convolve(ImageProcessor, float[][]) - Static method in class imagingbook.common.ij.IjUtils

Applies a two-dimensional convolution kernel to the given image, which is modified.

convolveX(ImageProcessor, float[]) - Static method in class imagingbook.common.ij.IjUtils

Applies a one-dimensional convolution kernel to the given image, which is modified.

convolveXY(ImageProcessor, float[]) - Static method in class imagingbook.common.ij.IjUtils

Applies a one-dimensional convolution kernel to the given image, which is modified.

convolveY(ImageProcessor, float[]) - Static method in class imagingbook.common.ij.IjUtils

Applies a one-dimensional convolution kernel to the given image, which is modified.

CoordinateBased - Enum constant in enum imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric.FitType

CoordinateBased - Enum constant in enum imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric.FitType

copy(T) - Static method in class imagingbook.common.util.ObjectUtils

Returns a shallow copy of the given object using reflection.

copyD(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Copy data from one double[] vector to another.

copyD(float[], float[]) - Static method in class imagingbook.common.math.Matrix

Copy data from one float[] vector to another.

copyFromImageProcessor(ImageProcessor) - Method in class imagingbook.common.image.PixelPack

Copies the contents of an image processor to an existing pixel pack, which must be compatible w.r.t.

copyFromImageProcessor(ImageProcessor, double) - Method in class imagingbook.common.image.PixelPack

Copies the contents of an image processor to an existing pixel pack, which must be compatible w.r.t.

copyStringToClipboard(String) - Static method in class imagingbook.common.util.Clipboard

Writes a string to the system clipboard.

copyTo(PixelPack) - Method in class imagingbook.common.image.PixelPack

Copies the contents of one pixel pack to another.

copyTo(PixelPack.PixelSlice) - Method in class imagingbook.common.image.PixelPack.PixelSlice

Copies the contents of this pixel slice to another pixel slice.

copyToFile(InputStream, File) - Static method in class imagingbook.core.FileUtils

Reads all data from the given input stream and copies them to to a file.

copyToImageProcessor(ImageProcessor) - Method in class imagingbook.common.image.PixelPack

Copies the contents of a pixel pack to an existing image processor.

copyToImageProcessor(ImageProcessor, double) - Method in class imagingbook.common.image.PixelPack

Copies the contents of a pixel pack to an existing image processor.

Coral - Enum constant in enum imagingbook.common.color.sets.CssColor

CoreFontMapper - Class in imagingbook.pdf

An implementation of FontMapper that substitutes unknown fonts with embedded core fonts (Type1).

CoreFontMapper() - Constructor for class imagingbook.pdf.CoreFontMapper

Corner - Class in imagingbook.common.corners

This class represents a 2D corner.

Corner(float, float, float) - Constructor for class imagingbook.common.corners.Corner

Constructor.

CornerMarkColor - Static variable in class Ch06_Corner_Detection.Find_Corners

Color used for graphic corner marks.

CornerMarkSize - Static variable in class Ch06_Corner_Detection.Find_Corners

Size of the graphic corner marks.

CornerMarkStrokeWidth - Static variable in class Ch06_Corner_Detection.Find_Corners

Stroke width used for graphic corner marks.

CornFlowerBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

CornSilk - Enum constant in enum imagingbook.common.color.sets.CssColor

CorrCoeffMatcher - Class in imagingbook.common.image.matching

Instances of this class perform matching on scalar-valued images based on the correlation coefficient.

CorrCoeffMatcher(float[][]) - Constructor for class imagingbook.common.image.matching.CorrCoeffMatcher

Constructor, accepts a 2D float array.

CorrCoeffMatcher(ImageProcessor) - Constructor for class imagingbook.common.image.matching.CorrCoeffMatcher

Constructor, accepts an ImageProcessor instance.

CorrelCoefficient_Matching - Class in Ch23_Image_Matching

This ImageJ plugin demonstrates the use of the CorrCoeffMatcher class.

CorrelCoefficient_Matching() - Constructor for class Ch23_Image_Matching.CorrelCoefficient_Matching

Constructor, asks to open a predefined sample image if no other image is currently open.

count(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the total population (sum of all bin counts) of a histogram.

count(int[], int, int) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the population (sum of bin counts) of a histogram over the specified range of indexes.

count(Iterable<Pnt2d>) - Static method in class imagingbook.common.geometry.basic.PntUtils

Simply counts the points in the specified point set.

Count_Colors - Class in Ch13_Color_Images

ImageJ plugin, counts the distinct colors in the current color image.

Count_Colors() - Constructor for class Ch13_Color_Images.Count_Colors

Constructor, asks to open a predefined sample image if no other image is currently open.

countColors(ColorProcessor) - Method in class Ch13_Color_Images.Count_Colors

Determines how many different colors are contained in the specified 24 bit full-color RGB image.

countColors(ColorProcessor) - Static method in class imagingbook.common.ij.IjUtils

Determines how many different colors are contained in the specified 24 bit full-color RGB image.

countDuplicatePoints() - Method in class imagingbook.common.regions.Contour

Returns the number of successive duplicates in this contour.

countNonNullElements(Object[]) - Static method in class imagingbook.common.util.ArrayUtils

Counts the number of non-null elements in the given (non-primitive) array.

Courier - Enum constant in enum imagingbook.pdf.Type1CoreFont

CourierBold - Enum constant in enum imagingbook.pdf.Type1CoreFont

CourierBoldOblique - Enum constant in enum imagingbook.pdf.Type1CoreFont

CourierOblique - Enum constant in enum imagingbook.pdf.Type1CoreFont

covarianceContourBits - Static variable in enum imagingbook.sampleimages.kimia.Kimia1070

Covariance matrix of region contours, bit-encoded as long values.

covarianceMatrix(double[][]) - Static method in class imagingbook.common.math.Statistics

Calculates the covariance matrix for a sequence of sample vectors.

covarianceMatrix(double[][], boolean) - Static method in class imagingbook.common.math.Statistics

Calculates the covariance matrix for a sequence of sample vectors.

covarianceRegionBits - Static variable in enum imagingbook.sampleimages.kimia.Kimia1070

Covariance matrix of full regions, bit-encoded as long values.

cow1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cow1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

cow2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cow2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

create(byte[], byte[], byte[]) - Static method in enum imagingbook.common.ij.NamedLookupTable

Create a new lookup-table from three RGB arrays of length 256.

create(int) - Static method in interface imagingbook.common.util.bits.BitVector

Creates and returns a new bitvector of type BitVector64 with the specified length.

create(int, int) - Static method in class imagingbook.common.util.bits.BitMap

Creates a new 2D bitmap of the specified size.

create(int, int, OutOfBoundsStrategy) - Static method in class imagingbook.common.image.GridIndexer2D

Creates and returns a new GridIndexer2D with the specified size and OutOfBoundsStrategy.

create(ColorProcessor, OutOfBoundsStrategy, InterpolationMethod) - Static method in class imagingbook.common.image.access.RgbAccessor

create(FloatProcessor, OutOfBoundsStrategy, InterpolationMethod) - Static method in class imagingbook.common.image.access.FloatAccessor

create(ImageProcessor) - Static method in class imagingbook.common.image.access.ImageAccessor

Creates a new ImageAccessor instance for the given image, using the default out-of-bounds strategy and interpolation method.

create(ImageProcessor, OutOfBoundsStrategy, InterpolationMethod) - Static method in class imagingbook.common.image.access.ImageAccessor

Creates a new ImageAccessor instance for the given image, using the specified out-of-bounds strategy and interpolation method.

create(ImageProcessor, OutOfBoundsStrategy, InterpolationMethod) - Static method in class imagingbook.common.image.access.ScalarAccessor

Creates a new image accessor of general type ScalarAccessor.

create(ShortProcessor, OutOfBoundsStrategy, InterpolationMethod) - Static method in class imagingbook.common.image.access.ShortAccessor

create(InterpolationMethod) - Static method in interface imagingbook.common.image.interpolation.PixelInterpolator

Returns a PixelInterpolator instance for the specified InterpolationMethod.

create(NiblackThresholder.RegionType, NiblackThresholder.Parameters) - Static method in class imagingbook.common.threshold.adaptive.NiblackThresholder

Static convenience method for creating a NiblackThresholder with a specific support region type.

Create_New_Byte_Image - Class in ImageJ_Demos

This plugin demonstrates how to create and display a new byte image (to show the histogram of the input image).

Create_New_Byte_Image() - Constructor for class ImageJ_Demos.Create_New_Byte_Image

createImage(String, double[][]) - Static method in class imagingbook.common.ij.IjUtils

Creates an ImageJ ImagePlus image for the matrix M[r][c] (2D array), where r is treated as the row (vertical) coordinate and c is treated as the column (horizontal) coordinate.

createImage(String, float[][]) - Static method in class imagingbook.common.ij.IjUtils

Creates an ImageJ ImagePlus image for the matrix M[r][c] (2D array), where r is treated as the row (vertical) coordinate and c is treated as the column (horizontal) coordinate.

Crimson - Enum constant in enum imagingbook.common.color.sets.CssColor

crop(T, int, int, int, int) - Static method in class imagingbook.common.ij.IjUtils

Extracts (crops) a rectangular region from the given image and returns it as a new image (of the same sub-type of ImageProcessor).

cross(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Calculates and returns the 2D pseudo cross product of this point and another point (both points are interpreted as 2D vectors).

crown01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

crown20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

CssColor - Enum in imagingbook.common.color.sets

ColorEnumeration defining a set of CSS colors (see http://davidbau.com/colors/)

CssColorSequencer - Class in imagingbook.common.color.iterate

Example for a FiniteRandomColorSequencer which iterates over a subset of CssColor.

CssColorSequencer() - Constructor for class imagingbook.common.color.iterate.CssColorSequencer

Constructor.

cthand01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

cthand16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

CubicBSpline - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

CubicBSplineInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing cubic B-spline interpolation in 2D See Sec.22.4.2 of [1] for additional details.

CubicBSplineInterpolator() - Constructor for class imagingbook.common.image.interpolation.CubicBSplineInterpolator

Constructor.

cumulate(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the cumulative histogram from a given histogram.

Custom_Generic_Filter_Scalar - Class in GenericFilterDemos

This ImageJ plugin shows how to construct a 3x3 custom generic filter based on class GenericFilterScalar.

Custom_Generic_Filter_Scalar() - Constructor for class GenericFilterDemos.Custom_Generic_Filter_Scalar

Custom_Generic_Filter_Vector - Class in GenericFilterDemos

This ImageJ plugin shows how to construct a 3x3 custom generic vector filter based on class GenericFilterVector.

Custom_Generic_Filter_Vector() - Constructor for class GenericFilterDemos.Custom_Generic_Filter_Vector

Cyan - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Cyan - Enum constant in enum imagingbook.common.color.sets.CssColor

Cyan - Enum constant in enum imagingbook.common.mser.MserColors

D

d(double, double) - Static method in class imagingbook.common.color.gamma.ModifiedGammaMapping

Function d(gamma, a0) derives the offset d of the non-linear section from parameters gamma and a0 (see Eq.

D - Variable in class imagingbook.common.geometry.circle.AlgebraicCircle

Circle parameter.

d4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

D50 - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

D50 standard illuminant (5000K).

D55 - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

D55 standard illuminant (5500K).

D65 - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

D65 standard illuminant used for television and sRGB color space (6500K).

D75 - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

D75 standard illuminant (7500K).

DARK - Enum constant in enum imagingbook.common.threshold.Thresholder.BackgroundMode

dark background

DarkBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkCyan - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkGoldenRod - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkGray - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

DarkGray - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkKhaki - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkMagenta - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkOliveGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkOrange - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkOrchid - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkRed - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkSalmon - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkSeaGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkSlateBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkSlateGray - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkTurquoise - Enum constant in enum imagingbook.common.color.sets.CssColor

DarkViolet - Enum constant in enum imagingbook.common.color.sets.CssColor

DashLength - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

data - Variable in class imagingbook.common.image.PixelPack

Data_Transfer_Plugin_Consumer - Class in ImageJ_Demos

This ImageJ plugin shows how data can be communicated from one plugin to another.

Data_Transfer_Plugin_Consumer() - Constructor for class ImageJ_Demos.Data_Transfer_Plugin_Consumer

Data_Transfer_Plugin_Producer - Class in ImageJ_Demos

This ImageJ plugin shows how data can be communicated from one plugin to another.

Data_Transfer_Plugin_Producer() - Constructor for class ImageJ_Demos.Data_Transfer_Plugin_Producer

DCT_2D_Demo - Class in Ch20_Discrete_Cosine_Transform

Calculates and displays the 2-dimensional DCT after converting the input image to a float image.

DCT_2D_Demo() - Constructor for class Ch20_Discrete_Cosine_Transform.DCT_2D_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Dct1d - Interface in imagingbook.spectral.dct

Interface specifying all one-dimensional DCT implementations.

Dct1d.Double - Interface in imagingbook.spectral.dct

Sub-interface for 1D DCT implementations operating on double data.

Dct1d.Float - Interface in imagingbook.spectral.dct

Sub-interface for 1D DCT implementations operating on float data.

Dct1dDirect - Class in imagingbook.spectral.dct

Calculates the 1D DFT using tabulated cosine values for float or double data (see sub-classes Dct1dDirect.Float and Dct1dDirect.Double, respectively).

Dct1dDirect.Double - Class in imagingbook.spectral.dct

One-dimensional DCT implementation using double data.

Dct1dDirect.Float - Class in imagingbook.spectral.dct

One-dimensional DCT implementation using float data.

Dct1dFast - Class in imagingbook.spectral.dct

This is fast implementation of the DCT, based on the JTransforms package by Piotr Wendykier ( https://github.com/wendykierp/JTransforms).

Dct1dFast.Double - Class in imagingbook.spectral.dct

One-dimensional DCT implementation using double data.

Dct1dFast.Float - Class in imagingbook.spectral.dct

One-dimensional DCT implementation using float data.

Dct1dSlow - Class in imagingbook.spectral.dct

Calculates the 1D discrete cosine transform (DFT) on double data.

Dct1dSlow(int) - Constructor for class imagingbook.spectral.dct.Dct1dSlow

Constructor.

Dct2d - Interface in imagingbook.spectral.dct

Common interface for all 2D DCT implementations.

Dct2d.Double - Interface in imagingbook.spectral.dct

Sub-interface for 2D DCT implementations operating on double data.

Dct2d.Float - Interface in imagingbook.spectral.dct

Sub-interface for 2D DCT implementations operating on float data.

Dct2dDirect - Class in imagingbook.spectral.dct

Direct (slow) implementation of the 2-dimensional DCT using tabulated cosine values.

Dct2dDirect.Double - Class in imagingbook.spectral.dct

Two-dimensional DCT implementation using double data.

Dct2dDirect.Float - Class in imagingbook.spectral.dct

Two-dimensional DCT implementation using float data.

Dct2dFast - Class in imagingbook.spectral.dct

Fast implementation of the 2-dimensional DCT.

Dct2dFast.Double - Class in imagingbook.spectral.dct

Two-dimensional DCT implementation using double data.

Dct2dFast.Float - Class in imagingbook.spectral.dct

Two-dimensional DCT implementation using float data.

debug - Variable in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher.Parameters

Set true to output debug information

debug - Variable in class imagingbook.pdf.PdfExporter.Parameters

DEBUG - Variable in class imagingbook.common.sift.SiftParameters

Set true to output debug information.

decodeFromString(String) - Static method in class imagingbook.common.util.ObjectUtils

Decodes and deserializes an object encoded with ObjectUtils.encodeToString(Object).

decodeIntToRgb(int, int[]) - Static method in class imagingbook.common.color.RgbUtils

Converts the given integer-encoded 8-bit RGB color to a 3-element int[] with components red, green and blue.

decompressByteArray(byte[]) - Method in class imagingbook.common.util.ZipCompressor

DeepPink - Enum constant in enum imagingbook.common.color.sets.CssColor

DeepSkyBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

DefaulMaxDelta - Static variable in class imagingbook.common.corners.SubpixelMaxInterpolator.Quartic

DEFAULT - Enum constant in enum imagingbook.spectral.dft.ScalingMode

Same scaling factor (1/sqrt(M)) is applied in forward and inverse transform.

DEFAULT_DIALOG_TITLE - Static variable in class imagingbook.common.ij.GuiTools

DEFAULT_THRESHOLD - Static variable in class imagingbook.common.corners.MopsCornerDetector

DefaultAbsolutePositivityThreshold - Static variable in class imagingbook.common.math.MahalanobisDistance

Tolerance used for validating positvity in the Cholesky decomposition.

DefaultAlpha - Static variable in class imagingbook.common.corners.HarrisCornerDetector

DefaultContainsTolerance - Static variable in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

DefaultContainsTolerance - Static variable in class imagingbook.common.geometry.hulls.ConvexHull

DefaultDotRadius - Static variable in interface imagingbook.common.geometry.basic.Pnt2d

DefaultFillColor - Static variable in class imagingbook.common.ij.overlay.ColoredStroke

DefaultFont - Static variable in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

DefaultIconSize - Static variable in interface imagingbook.core.resource.ImageResource

The default icon size (maximum width or height).

DefaultInterpolationMethod - Static variable in class imagingbook.common.image.access.ImageAccessor

The default pixel interpolation method (see InterpolationMethod).

DefaultInterpolationMethod - Static variable in class imagingbook.common.image.ImageMapper

Default pixel interpolation method (see InterpolationMethod).

DefaultIterations - Static variable in class imagingbook.common.color.quantize.KMeansClusteringQuantizer

DefaultMatchTolerance - Static variable in class imagingbook.common.ij.IjUtils

DefaultMaxIterations - Static variable in class imagingbook.common.corners.SubpixelMaxInterpolator.Quartic

DefaultMaxIterations - Static variable in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricCoord

DefaultMaxIterations - Static variable in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricDist

DefaultMaxIterations - Static variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

DefaultMaxRad - Static variable in class imagingbook.common.corners.SubpixelMaxInterpolator.Quartic

DefaultMaxTries - Static variable in class imagingbook.common.ransac.RandomDraw

Default maximum number of tries before exception is thrown.

DefaultMenuPath - Static variable in class imagingbook.core.plugin.PluginsConfigBuilder

DefaultMinimumDiagonalValue - Static variable in class imagingbook.common.math.MahalanobisDistance

The default minimum diagonal value used to condition the covariance matrix.

DefaultNeighborhoodT - Static variable in class imagingbook.common.regions.BinaryRegionSegmentation

The default neighborhood type.

DefaultNormType - Static variable in class imagingbook.common.sift.SiftMatcher

DefaultOutOfBoundsStrategy - Static variable in class imagingbook.common.image.access.ImageAccessor

The default out-of-bounds strategy (see OutOfBoundsStrategy).

DefaultOutOfBoundsStrategy - Static variable in class imagingbook.common.image.GridIndexer2D

DefaultOutOfBoundsStrategy - Static variable in class imagingbook.common.image.ImageMapper

Default out-of-bounds strategy (see OutOfBoundsStrategy).

DefaultOutOfBoundsStrategy - Static variable in class imagingbook.common.image.PixelPack

The default out-of-bounds strategy (see OutOfBoundsStrategy).

DefaultPrecision - Static variable in class imagingbook.common.math.PrintPrecision

The default precision (number of digits = 3).

DefaultRelativeSymmetryThreshold - Static variable in class imagingbook.common.math.MahalanobisDistance

Tolerance used for validating symmetry in the Cholesky decomposition.

DefaultRMax - Static variable in class imagingbook.common.sift.SiftMatcher

DefaultStrokeColor - Static variable in class imagingbook.common.ij.overlay.ColoredStroke

DefaultStrokeWidth - Static variable in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

DefaultSymmetryTolerance - Static variable in class imagingbook.common.math.eigen.EigenDecompositionJama

DefaultSymmetryTolerance - Static variable in class imagingbook.common.math.Matrix

Default matrix symmetry tolerance.

DefaultTextColor - Static variable in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

DefaultTolerance - Static variable in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricCoord

DefaultTolerance - Static variable in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricDist

DefaultTolerance - Static variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

defaultValue - Variable in class imagingbook.common.image.access.ImageAccessor

DefaultWaitTime - Static variable in class imagingbook.common.util.progress.ProgressMonitor

The default wait time between successive progress queries.

DefaultZeroTolerance - Static variable in class imagingbook.common.math.eigen.EigenDecompositionJama

Delaunay_Demo - Class in More_

This ImageJ plugin performs corner detection on the active image, applies Delaunay triangulation to the N strongest corners and displays the result as a vector overlay on top of the same image.

Delaunay_Demo() - Constructor for class More_.Delaunay_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

DelaunayTriangulation - Interface in imagingbook.common.geometry.delaunay

Interface specification for implementations of Delaunay triangulations.

delta - Variable in class imagingbook.common.mser.MserParameters

denormalize(float[]) - Static method in class imagingbook.common.color.RgbUtils

Converts float RGB values (with components assumed to be in [0,1]) to integer values in [0,255].

denormalizeD(double[]) - Static method in class imagingbook.common.color.RgbUtils

Converts double RGB values (with components assumed to be in [0,1]) to integer values in [0,255].

depth - Variable in class imagingbook.common.image.PixelPack

DepthFirst - Enum constant in enum Ch08_Binary_Regions.Region_Segmentation_Demo.SegmentationMethod

DepthFirstSegmentation - Class in imagingbook.common.regions

Binary region segmentation based on a depth-first flood filling algorithm using a stack.

DepthFirstSegmentation(ByteProcessor) - Constructor for class imagingbook.common.regions.DepthFirstSegmentation

Constructor.

DepthFirstSegmentation(ByteProcessor, NeighborhoodType2D) - Constructor for class imagingbook.common.regions.DepthFirstSegmentation

Constructor.

Desaturate_RGB - Class in Ch13_Color_Images

ImageJ plugin, continuously desaturates the current image directly in RGB color space (without conversion to HSV or HSB).

Desaturate_RGB() - Constructor for class Ch13_Color_Images.Desaturate_RGB

Constructor, asks to open a predefined sample image if no other image is currently open.

desertcottontail - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

desertcottontail - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

desertcottontailocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

detectAll(ByteProcessor, int) - Method in class imagingbook.common.ransac.RansacDetector

Performs iterative RANSAC steps on the supplied image, which is assumed to be binary (all nonzero pixels are considered input points).

detectAll(Pnt2d[], int) - Method in class imagingbook.common.ransac.RansacDetector

Performs iterative RANSAC steps on the supplied point set until either no more primitive was detected or the maximum number of primitives was reached.

detectNext(Pnt2d[]) - Method in class imagingbook.common.ransac.RansacDetector

Performs a single RANSAC step on the supplied point set.

determinant(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the determinant of the given double[][] matrix.

determinant(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the determinant of the given RealMatrix.

determinant2x2(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the determinant of the given 2x2 double[][] matrix.

determinant2x2(float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the determinant of the given 2x2 float[][] matrix.

determinant3x3(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the determinant of the given 3x3 double[][] matrix.

determinant3x3(float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the determinant of the given 3x3 float[][] matrix.

DFT_2D_Demo - Class in Ch19_Discrete_Fourier_Transform

This ImageJ plugin computes the 2-dimensional DFT (magnitude spectrum) from an image of arbitrary size using float or double data.

DFT_2D_Demo() - Constructor for class Ch19_Discrete_Fourier_Transform.DFT_2D_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Dft1d - Interface in imagingbook.spectral.dft

Interface to be implemented by all one-dimensional DFT/FFT implementations.

Dft1d.Double - Interface in imagingbook.spectral.dft

Sub-interface for 1D DFT implementations operating on double data.

Dft1d.Float - Interface in imagingbook.spectral.dft

Sub-interface for 1D DFT implementations operating on float data.

Dft1dDirect - Class in imagingbook.spectral.dft

Direct (slow) implementation of the 1-dimensional DFT using tabulated sine and cosine values.

Dft1dDirect.Double - Class in imagingbook.spectral.dft

One-dimensional DFT implementation using double data.

Dft1dDirect.Float - Class in imagingbook.spectral.dft

One-dimensional DFT implementation using float data.

Dft1dFast - Class in imagingbook.spectral.dft

FFT (fast) implementation of the DFT, based on the JTransforms package by Piotr Wendykier (see https://github.com/wendykierp/JTransforms).

Dft1dFast.Double - Class in imagingbook.spectral.dft

One-dimensional FFT implementation using double data.

Dft1dFast.Float - Class in imagingbook.spectral.dft

One-dimensional FFT implementation using float data.

Dft2d - Interface in imagingbook.spectral.dft

Common interface for all 2D DFT/FFT implementations.

Dft2d.Double - Interface in imagingbook.spectral.dft

Sub-interface for 2D DFT implementations operating on double data.

Dft2d.Float - Interface in imagingbook.spectral.dft

Sub-interface for 2D DFT implementations operating on float data.

Dft2dDirect - Class in imagingbook.spectral.dft

Direct (slow) implementation of the 2-dimensional DFT using tabulated sine and cosine values.

Dft2dDirect.Double - Class in imagingbook.spectral.dft

Two-dimensional DFT implementation using double data.

Dft2dDirect.Float - Class in imagingbook.spectral.dft

Two-dimensional DFT implementation using float data.

Dft2dFast - Class in imagingbook.spectral.dft

Fast implementation of the 2-dimensional DFT using 1D FFTs.

Dft2dFast.Double - Class in imagingbook.spectral.dft

Two-dimensional DFT implementation using double data.

Dft2dFast.Float - Class in imagingbook.spectral.dft

Two-dimensional DFT implementation using float data.

diagMatrix(double[]) - Method in class imagingbook.common.math.Matrix

Creates and returns a diagonal matrix from the specified vector.

DialogUtils - Class in imagingbook.common.ij

Utility methods and annotations related to ImageJ's GenericDialog class.

DialogUtils.DialogDigits - Annotation Type in imagingbook.common.ij

Annotation to specify the number of digits (value) displayed when showing numeric values in dialogs.

DialogUtils.DialogHide - Annotation Type in imagingbook.common.ij

Annotation to hide the following parameter field in dialogs.

DialogUtils.DialogLabel - Annotation Type in imagingbook.common.ij

Annotation to specify a specific 'label' (value) to be shown for following parameter fields.

DialogUtils.DialogStringColumns - Annotation Type in imagingbook.common.ij

Annotation to specify the number of "columns" (value) displayed when showing string items in dialogs.

Dilate - Enum constant in enum Ch07_Morphological_Filters.Bin_Morphology_Disk.OpType

Dilate_Disk_Demo - Class in Ch07_Morphological_Filters

ImageJ plugin implementing a binary dilation by a disk-shaped structuring element with a fixed radius.

Dilate_Disk_Demo() - Constructor for class Ch07_Morphological_Filters.Dilate_Disk_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

DimGray - Enum constant in enum imagingbook.common.color.sets.CssColor

dino03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dino24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Direct_Byte_Pixel_Access - Class in ImageJ_Demos

This ImageJ plugin shows how to access the one-dimensional pixel array of a 8-bit (= byte) grayscale image.

Direct_Byte_Pixel_Access() - Constructor for class ImageJ_Demos.Direct_Byte_Pixel_Access

DirectD65Conversion - Interface in imagingbook.common.color.colorspace

A color space implementing this interface indicates that it can convert internal color values directly to and from D65-based XYZ coordinates, without going through the standard (D50-based) Profile Conversion Space (PCS).

DirectoryWalker - Class in imagingbook.common.util

Modern-style directory traversal.

DirectoryWalker(String...) - Constructor for class imagingbook.common.util.DirectoryWalker

Constructor.

Disk - Enum constant in enum imagingbook.common.threshold.adaptive.NiblackThresholder.RegionType

Disk() - Constructor for class imagingbook.common.threshold.adaptive.NiblackThresholder.Disk

Constructor using default parameters.

Disk(NiblackThresholder.Parameters) - Constructor for class imagingbook.common.threshold.adaptive.NiblackThresholder.Disk

Constructor with specific parameters.

distance(double[], double[]) - Method in class imagingbook.common.math.MahalanobisDistance

Returns the Mahalanobis distance between the given points.

distance(double[], double[]) - Method in class imagingbook.common.math.VectorNorm

Returns the distance between two double[] vectors under this norm.

distance(double[], double[]) - Method in class imagingbook.common.math.VectorNorm.L1

distance(double[], double[]) - Method in class imagingbook.common.math.VectorNorm.L2

distance(double[], double[]) - Method in class imagingbook.common.math.VectorNorm.Linf

distance(float[], float[]) - Method in class imagingbook.common.math.VectorNorm

Returns the distance between two float[] vectors under this norm.

distance(float[], float[]) - Method in class imagingbook.common.math.VectorNorm.L1

distance(float[], float[]) - Method in class imagingbook.common.math.VectorNorm.L2

distance(float[], float[]) - Method in class imagingbook.common.math.VectorNorm.Linf

distance(int[], int[]) - Method in class imagingbook.common.math.VectorNorm

Returns the distance between two int[] vectors under this norm.

distance(int[], int[]) - Method in class imagingbook.common.math.VectorNorm.L1

distance(int[], int[]) - Method in class imagingbook.common.math.VectorNorm.L2

distance(int[], int[]) - Method in class imagingbook.common.math.VectorNorm.Linf

distance(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the L2 (Euclidean) distance between this point and the given point.

Distance(double) - Constructor for class imagingbook.common.geometry.delaunay.guibas.Edge2D.Distance

Distance(Pnt2d) - Constructor for class imagingbook.common.geometry.delaunay.guibas.Edge2D.Distance

distance2(double[], double[]) - Method in class imagingbook.common.math.MahalanobisDistance

Returns the squared Mahalanobis distance between the given points a, b: d^2(a,b) = (a-b)^T .

distance2(double[], double[]) - Method in class imagingbook.common.math.VectorNorm

Returns the squared distance between two double[] vectors under this norm.

distance2(double[], double[]) - Method in class imagingbook.common.math.VectorNorm.L1

distance2(double[], double[]) - Method in class imagingbook.common.math.VectorNorm.L2

distance2(double[], double[]) - Method in class imagingbook.common.math.VectorNorm.Linf

distance2(float[], float[]) - Method in class imagingbook.common.math.VectorNorm

Returns the squared distance between two float[] vectors under this norm.

distance2(float[], float[]) - Method in class imagingbook.common.math.VectorNorm.L1

distance2(float[], float[]) - Method in class imagingbook.common.math.VectorNorm.L2

distance2(float[], float[]) - Method in class imagingbook.common.math.VectorNorm.Linf

distance2(int[], int[]) - Method in class imagingbook.common.math.VectorNorm

Returns the squared distance between two int[] vectors under this norm.

distance2(int[], int[]) - Method in class imagingbook.common.math.VectorNorm.L1

distance2(int[], int[]) - Method in class imagingbook.common.math.VectorNorm.L2

distance2(int[], int[]) - Method in class imagingbook.common.math.VectorNorm.Linf

DistanceBased - Enum constant in enum imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric.FitType

DistanceBased - Enum constant in enum imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric.FitType

distanceComplex(FourierDescriptor) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a L2-type distance between this and another FourierDescriptor instance comparing the real and imaginary parts of all coefficient pairs.

distanceComplex(FourierDescriptor, int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a L2-type distance between this and another FourierDescriptor instance comparing the real and imaginary parts of a limited range of (low-frequency) coefficient pairs.

distanceFromPoint(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.Edge2D

Creates and returns a new Edge2D.Distance object, representing the minimum distance between this edge and the specified point.

distanceMagnitude(FourierDescriptor) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a L2-type distance between this and another FourierDescriptor instance comparing the magnitudes of all coefficient pairs.

distanceMagnitude(FourierDescriptor, int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a L2-type distance between this and another FourierDescriptor instance comparing the magnitudes of a limited range of (low-frequency) coefficient pairs.

distanceNorm - Variable in class imagingbook.common.filter.nonlinear.VectorMedianFilter.Parameters

Distance norm to use

distanceSq(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the squared L2 distance between this point and the given point.

distanceSq(Pnt2d.PntInt) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns the squared L2 distance between this point and the given point.

DistanceTransform - Class in imagingbook.common.image.matching

Instances of this class calculate an approximate distance transform of a given image which is assumed to be binary (pixel value 0 = background, non-zero = foreground).

DistanceTransform(ImageProcessor) - Constructor for class imagingbook.common.image.matching.DistanceTransform

Constructor using the default distance norm (DistanceTransform.DistanceType.L2).

DistanceTransform(ImageProcessor, DistanceTransform.DistanceType) - Constructor for class imagingbook.common.image.matching.DistanceTransform

Constructor using the specified distance norm.

DistanceTransform.DistanceType - Enum in imagingbook.common.image.matching

Enum type for different distance norms used to calculate distance transforms.

distL1(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the L1 (Manhattan) distance between this point and the given point.

distL1(Pnt2d.PntInt) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns the L1 (Manhattan) distance between this point and the given point.

distL2(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Calculates the L2 distance between two vectors (points) in n-dimensional space.

distL2(float[], float[]) - Static method in class imagingbook.common.math.Matrix

Calculates the L2 distance between two vectors (points) in n-dimensional space.

distL2(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the L2 (Euclidean) distance between this point and the given point.

distL2squared(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Calculates the squared L2 distance between two vectors (points) in n-dimensional space.

distL2squared(float[], float[]) - Static method in class imagingbook.common.math.Matrix

Calculates the squared L2 distance between two vectors (points) in n-dimensional space.

DivideByZeroException - Exception in imagingbook.common.math.exception

Exception indicating a floating-point division by zero (or some denominator too small to yield a finite result).

DivideByZeroException() - Constructor for exception imagingbook.common.math.exception.DivideByZeroException

dmin - Variable in class imagingbook.common.corners.GradientCornerDetector.Parameters

dMin - Variable in class imagingbook.common.threshold.adaptive.NiblackThresholder.Parameters

doCleanUp - Variable in class imagingbook.common.corners.GradientCornerDetector.Parameters

DodgerBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

dog04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dog10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dog20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dog30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog31 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog32 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog33 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog34 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog35 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog36 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog37 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog38 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog39 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog40 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog41 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog42 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog43 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog44 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog45 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog46 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog47 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog48 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dog49 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dogfishsharks - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dogfishsharks - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dogfishsharksocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

DogOctave - Class in imagingbook.common.sift.scalespace

Represents a single "octave" in a hierarchical DoG scale space.

DogScaleSpace - Class in imagingbook.common.sift.scalespace

Represents a hierarchical DoG scale space.

DogScaleSpace(GaussianScaleSpace) - Constructor for class imagingbook.common.sift.scalespace.DogScaleSpace

Constructor, creates a DogScaleSpace from an existing GaussianScaleSpace.

donkey1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

donkey1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.edgepreserving.BilateralFilterScalar

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.edgepreserving.KuwaharaFilterScalar

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaFilterScalar

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.edgepreserving.PeronaMalikFilterScalar

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.examples.ExampleFilter3x3Scalar

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.generic.GenericFilterScalar

This method defines the steps to be performed for a single image pixel and must be implemented by any concrete sub-class.

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.linear.LinearFilter

doPixel(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.nonlinear.ScalarMedianFilter

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.edgepreserving.BilateralFilterVector

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.edgepreserving.KuwaharaFilterVector

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaFilterVector

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.edgepreserving.PeronaMalikFilterVector

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.examples.ExampleFilter3x3Vector

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.examples.FilterProgressExample

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.generic.GenericFilterVector

This method defines the steps to be performed for a single image pixel and must be implemented by any concrete sub-class.

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.nonlinear.VectorMedianFilter

doPixel(PixelPack, int, int) - Method in class imagingbook.common.filter.nonlinear.VectorMedianFilterSharpen

doPixelX(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.edgepreserving.BilateralFilterScalarSeparable

doPixelX(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.generic.GenericFilterScalarSeparable

Applies a 1D filter operation in x-direction.

doPixelX(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.linear.LinearFilterSeparable

doPixelX(PixelPack, int, int) - Method in class imagingbook.common.filter.edgepreserving.BilateralFilterVectorSeparable

doPixelX(PixelPack, int, int) - Method in class imagingbook.common.filter.generic.GenericFilterVectorSeparable

Applies a 1D filter operation in x-direction.

doPixelY(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.edgepreserving.BilateralFilterScalarSeparable

doPixelY(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.generic.GenericFilterScalarSeparable

Applies a 1D filter operation in y-direction.

doPixelY(PixelPack.PixelSlice, int, int) - Method in class imagingbook.common.filter.linear.LinearFilterSeparable

doPixelY(PixelPack, int, int) - Method in class imagingbook.common.filter.edgepreserving.BilateralFilterVectorSeparable

doPixelY(PixelPack, int, int) - Method in class imagingbook.common.filter.generic.GenericFilterVectorSeparable

Applies a 1D filter operation in y-direction.

doPreFilter - Variable in class imagingbook.common.corners.GradientCornerDetector.Parameters

dot(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Calculates and returns the dot product of this point and another point (both points are interpreted as 2D vectors)

DotBlot - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Original: https://imagej.nih.gov/ij/images/Dot_Blot.jpg

DotBlotSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

dotProduct(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the dot (inner or scalar) product of two vectors, which must have the same length.

Double(int) - Constructor for class imagingbook.spectral.dct.Dct1dDirect.Double

Constructor.

Double(int) - Constructor for class imagingbook.spectral.dct.Dct1dFast.Double

Constructor.

Double(int) - Constructor for class imagingbook.spectral.dft.Dft1dDirect.Double

Constructor using the default scaling mode.

Double(int) - Constructor for class imagingbook.spectral.dft.Dft1dFast.Double

Constructor using the default scaling mode.

Double(int, int) - Constructor for class imagingbook.spectral.dct.Dct2dDirect.Double

Constructor.

Double(int, int) - Constructor for class imagingbook.spectral.dct.Dct2dFast.Double

Constructor.

Double(int, int) - Constructor for class imagingbook.spectral.dft.Dft2dDirect.Double

Constructor using the default scaling mode.

Double(int, int) - Constructor for class imagingbook.spectral.dft.Dft2dFast.Double

Constructor using the default scaling mode.

Double(int, int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft2dDirect.Double

Constructor using a specific scaling mode.

Double(int, int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft2dFast.Double

Constructor using a specific scaling mode.

Double(int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft1dDirect.Double

Constructor using a specific scaling mode.

Double(int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft1dFast.Double

Constructor using a specific scaling mode.

doX - Variable in class imagingbook.common.filter.generic.GenericFilterScalarSeparable

doY - Variable in class imagingbook.common.filter.generic.GenericFilterScalarSeparable

Draw_Test_Grid - Class in Ch21_Geometric_Operations

This ImageJ plugin draws a test grid in a new image.

Draw_Test_Grid() - Constructor for class Ch21_Geometric_Operations.Draw_Test_Grid

DrawCentroid - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

drawFrom(T[], int) - Method in class imagingbook.common.ransac.RandomDraw

Randomly draws a set of k unique, non-null elements from the specified array of items, ignoring possible null elements.

DrawingColor - Static variable in class Ch08_Binary_Regions.Axis_Aligned_Bounding_Box

Color of the bounding-box outline.

DrawingColor - Static variable in class Ch08_Binary_Regions.Convex_Hull_Demo

Color of the convex hull outline.

DrawingColor - Static variable in class Ch08_Binary_Regions.Major_Axis_Demo

Color for drawing overlay graphics.

DrawingScale - Static variable in class Ch08_Binary_Regions.Major_Axis_Demo

Scale of the axis length.

drawLine(double, double, double, double) - Method in class imagingbook.common.image.ImageGraphics

Draws a straight line segment specified with double coordinate values (convenience method).

DrawOrthogalFit - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

drawOval(double, double, double, double) - Method in class imagingbook.common.image.ImageGraphics

Draws an ellipse specified with double coordinate values (convenience method).

drawPoints(ImageProcessor, Pnt2d[], int) - Static method in class imagingbook.common.ij.IjUtils

Draws the given set of points onto the specified image (by setting the corresponding pixels).

drawPolygon(Point2D...) - Method in class imagingbook.common.image.ImageGraphics

Draws a closed polygon specified by a sequence of Point2D objects with arbitrary coordinate values (convenience method).

drawRectangle(double, double, double, double) - Method in class imagingbook.common.image.ImageGraphics

Draws a rectangle specified with double coordinate values (convenience method).

DrawRegressionFit - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

DrawSamplePoints - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

dt - Variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

dude0 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude0 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude0occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude10occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude11occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude12occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude1occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude2occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude4occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude5 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude5 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude5occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude6 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude6 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude6occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude7 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude7 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude7occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude8 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude8 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

dude8occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

dude9 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

duplicate() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a copy of this point which is of the same type as the original.

duplicate() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

duplicate() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

duplicate() - Method in class imagingbook.common.geometry.circle.AlgebraicCircle

Returns a copy of this circle.

duplicate() - Method in class imagingbook.common.geometry.circle.GeometricCircle

Returns a copy of this circle.

duplicate() - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

duplicate() - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

duplicate() - Method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Returns a copy of this mapping.

duplicate() - Method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Returns a copy of this mapping.

duplicate() - Method in class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Returns a copy of this mapping.

duplicate() - Method in class imagingbook.common.geometry.mappings.linear.Rotation2D

duplicate() - Method in class imagingbook.common.geometry.mappings.linear.Scaling2D

Returns a copy of this mapping.

duplicate() - Method in class imagingbook.common.geometry.mappings.linear.Shear2D

Returns a copy of this mapping.

duplicate() - Method in class imagingbook.common.geometry.mappings.linear.Translation2D

duplicate(double[]) - Static method in class imagingbook.common.math.Matrix

Returns a copy of the given double[] vector.

duplicate(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns a copy of the given double[][] matrix.

duplicate(float[]) - Static method in class imagingbook.common.math.Matrix

Returns a copy of the given float[] vector.

duplicate(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns a copy of the given float[][] matrix.

duplicate(T) - Static method in interface imagingbook.common.util.ParameterBundle

Returns a shallow copy of the specified ParameterBundle instance.

E

easterncottontail - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

easterncottontail - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

easterncottontailocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Edge2D - Class in imagingbook.common.geometry.delaunay.guibas

This class represents a 2D edge (line segment), specified by its two end-points.

Edge2D(Pnt2d, Pnt2d) - Constructor for class imagingbook.common.geometry.delaunay.guibas.Edge2D

Constructor of the 2D edge class used to create a new edge instance from two 2D vectors describing the edge's vertices.

Edge2D.Distance - Class in imagingbook.common.geometry.delaunay.guibas

Non-static inner class representing the distance of a particular point to the associated (enclosing) Edge2D instance.

EdgeDetector - Interface in imagingbook.common.edges

This is the common interface for all color edge detectors.

EdgeTrace - Class in imagingbook.common.edges

Represents a chain of connected edge points (integer pixel coordinates).

EdgeTrace(Pnt2d.PntInt[]) - Constructor for class imagingbook.common.edges.EdgeTrace

Constructor, creates a EdgeTrace from the specified points.

EdgeTrace(List<Pnt2d.PntInt>) - Constructor for class imagingbook.common.edges.EdgeTrace

Constructor, creates a EdgeTrace from the specified points.

EigenDecompositionApache - Class in imagingbook.common.math.eigen

An implementation of RealEigenDecomposition, which merely wraps an instance of EigenDecomposition as provided by the Apache Commons Math library.

EigenDecompositionApache(RealMatrix) - Constructor for class imagingbook.common.math.eigen.EigenDecompositionApache

Constructor, calculates the eigen decomposition of the specified matrix, which must be square but does not need to be symmetric.

EigenDecompositionJama - Class in imagingbook.common.math.eigen

Eigenvalues and eigenvectors of a real matrix.

EigenDecompositionJama(RealMatrix) - Constructor for class imagingbook.common.math.eigen.EigenDecompositionJama

Constructor using default tolerance setting.

EigenDecompositionJama(RealMatrix, double, double) - Constructor for class imagingbook.common.math.eigen.EigenDecompositionJama

Constructor.

Eigensolver2x2 - Class in imagingbook.common.math.eigen

Implements an efficient, closed form algorithm for calculating the real eigenvalues (λ) and eigenvectors (x) of a 2x2 matrix of the form

Eigensolver2x2(double[][]) - Constructor for class imagingbook.common.math.eigen.Eigensolver2x2

Constructor, takes a 2x2 matrix.

Eigensolver2x2(double, double, double, double) - Constructor for class imagingbook.common.math.eigen.Eigensolver2x2

Constructor, takes the individual elements of a 2x2 matrix A:

elephant01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

elephant21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

elephant27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Ellipse_Closest_Points_Demo - Class in Ch11_Circle_Ellipse_Fitting

This plugin creates a new image with an ellipse and a set of random points.

Ellipse_Closest_Points_Demo() - Constructor for class Ch11_Circle_Ellipse_Fitting.Ellipse_Closest_Points_Demo

Ellipse_Closest_Points_Demo.ClosestPointAlgorithm - Enum in Ch11_Circle_Ellipse_Fitting

Ellipse_Fitting - Class in Ch11_Circle_Ellipse_Fitting

ImageJ plugin, performs algebraic ellipse fitting on the current ROI to find an initial ellipse, followed by geometric fitting.

Ellipse_Fitting() - Constructor for class Ch11_Circle_Ellipse_Fitting.Ellipse_Fitting

Constructor, asks to open a predefined sample image if no other image is currently open.

Ellipse_Make_Random - Class in Ch11_Circle_Ellipse_Fitting

Samples points on a given (ideal) circle and creates a new image with the sample points marked and also contained in a PointRoi.

Ellipse_Make_Random() - Constructor for class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random

Ellipse_Make_Random.Parameters - Class in Ch11_Circle_Ellipse_Fitting

EllipseColor - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Color used for drawing the region's equivalent ellipse.

EllipseFit5Points - Class in imagingbook.common.geometry.fitting.ellipse.algebraic

Performs an exact ellipse fit to 5 given points.

EllipseFit5Points(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFit5Points

EllipseFitAlgebraic - Interface in imagingbook.common.geometry.fitting.ellipse.algebraic

Interface for algebraic ellipse fits.

EllipseFitAlgebraic.FitType - Enum in imagingbook.common.geometry.fitting.ellipse.algebraic

EllipseFitFitzgibbonNaive - Class in imagingbook.common.geometry.fitting.ellipse.algebraic

Algebraic ellipse fit using Fitzgibbon's original method [1], based on simple matrix inversion.

EllipseFitFitzgibbonNaive(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitFitzgibbonNaive

EllipseFitFitzgibbonOriginal - Class in imagingbook.common.geometry.fitting.ellipse.algebraic

Algebraic ellipse fit based on Fitzgibbon's original method [1], as described in [2] (WITHOUT the additional numerical improvements).

EllipseFitFitzgibbonOriginal(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitFitzgibbonOriginal

EllipseFitFitzgibbonStable - Class in imagingbook.common.geometry.fitting.ellipse.algebraic

Algebraic ellipse fit based on Fitzgibbon's method [1], numerically improved as suggested by Halir and Flusser [2].

EllipseFitFitzgibbonStable(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitFitzgibbonStable

EllipseFitFitzgibbonStable(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitFitzgibbonStable

EllipseFitGeometric - Class in imagingbook.common.geometry.fitting.ellipse.geometric

Interface to be implemented by all geometric ellipse fits.

EllipseFitGeometric() - Constructor for class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

EllipseFitGeometric.FitType - Enum in imagingbook.common.geometry.fitting.ellipse.geometric

EllipseFitTaubin1 - Class in imagingbook.common.geometry.fitting.ellipse.algebraic

Algebraic ellipse fit based on Taubin's method [1].

EllipseFitTaubin1(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitTaubin1

EllipseFitTaubin1(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitTaubin1

EllipseFitTaubin2 - Class in imagingbook.common.geometry.fitting.ellipse.algebraic

Algebraic ellipse fit based on Taubin's method [1].

EllipseFitTaubin2(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitTaubin2

EllipseFitTaubin2(Pnt2d[], Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitTaubin2

EllipseGeometricFitCoord - Class in imagingbook.common.geometry.fitting.ellipse.geometric

"Coordinate-based" geometric ellipse fitter using iterative minimization with the Levenberg-Marquart method.

EllipseGeometricFitCoord(Pnt2d[], GeometricEllipse) - Constructor for class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord

EllipseGeometricFitCoord(Pnt2d[], GeometricEllipse, int, int, double, boolean) - Constructor for class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord

EllipseGeometricFitCoord.Parameters - Class in imagingbook.common.geometry.fitting.ellipse.geometric

EllipseGeometricFitDist - Class in imagingbook.common.geometry.fitting.ellipse.geometric

"Distance-based" geometric ellipse fitter using iterative minimization with the Levenberg-Marquart method.

EllipseGeometricFitDist(Pnt2d[], GeometricEllipse) - Constructor for class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist

EllipseGeometricFitDist(Pnt2d[], GeometricEllipse, int, int, double, boolean) - Constructor for class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist

EllipseGeometricFitDist.Parameters - Class in imagingbook.common.geometry.fitting.ellipse.geometric

EllipseProjector - Class in imagingbook.common.geometry.ellipse.project

Abstract superclass for ellipse projectors, used to find the closest "contact" point on an ellipse for some given target point.

EllipseProjector(GeometricEllipse) - Constructor for class imagingbook.common.geometry.ellipse.project.EllipseProjector

EllipseSampler - Class in imagingbook.common.geometry.fitting.ellipse.utils

Utility class for picking random points on a given ellipse.

EllipseSampler(GeometricEllipse) - Constructor for class imagingbook.common.geometry.fitting.ellipse.utils.EllipseSampler

EllipseSampler(GeometricEllipse, long) - Constructor for class imagingbook.common.geometry.fitting.ellipse.utils.EllipseSampler

embedCoreFonts - Variable in class imagingbook.pdf.PdfExporter.Parameters

encodeRgbToInt(int[]) - Static method in class imagingbook.common.color.RgbUtils

Encodes the given RGB component values into a single 32-bit int value in ARGB format (with transparency A set to zero).

encodeRgbToInt(int, int, int) - Static method in class imagingbook.common.color.RgbUtils

Encodes the given r, g, b component values into a single 32-bit int value in ARGB format (with transparency A set to zero).

encodeToString(Object) - Static method in class imagingbook.common.util.ObjectUtils

Serializes and encodes an arbitrary object to a string.

EPSILON_DOUBLE - Static variable in class imagingbook.common.math.Arithmetic

Default tolerance used for comparing double quantities.

EPSILON_FLOAT - Static variable in class imagingbook.common.math.Arithmetic

Default tolerance used for comparing float quantities.

Equalize_Histogram - Class in Ch03_Point_Operations

This ImageJ plugin performs linear histogram equalization on the selected grayscale image, which is modified.

Equalize_Histogram() - Constructor for class Ch03_Point_Operations.Equalize_Histogram

Constructor, asks to open a predefined sample image if no other image is currently open.

equals(double, double) - Static method in class imagingbook.common.math.Arithmetic

Test for numerical equality (double version) using the default tolerance.

equals(double, double) - Method in class imagingbook.common.math.Complex

Checks if the given complex quantity is equal to this Complex quantity, using the default tolerance (Arithmetic.EPSILON_DOUBLE).

equals(double, double, double) - Static method in class imagingbook.common.math.Arithmetic

Test for numerical equality (double version) using a specific tolerance.

equals(double, double, double) - Method in class imagingbook.common.math.Complex

Checks if the given complex quantity is equal to this Complex quantity, using the specified tolerance.

equals(float, float) - Static method in class imagingbook.common.math.Arithmetic

Test for numerical equality (float version) using the default tolerance.

equals(float, float, float) - Static method in class imagingbook.common.math.Arithmetic

Test for numerical equality (float version) using a specific tolerance.

equals(Pnt2d, double) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Tests if this point matches the given point, i.e., if both coordinate differences are zero (< than the specified tolerance).

equals(AlgebraicCircle, double) - Method in class imagingbook.common.geometry.circle.AlgebraicCircle

Same as AlgebraicCircle.equals(Object) but with a numeric tolerance on parameters.

equals(GeometricCircle, double) - Method in class imagingbook.common.geometry.circle.GeometricCircle

equals(GeometricCircle, double, double, double) - Method in class imagingbook.common.geometry.circle.GeometricCircle

equals(AlgebraicEllipse, double) - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

equals(GeometricEllipse, double) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

equals(AlgebraicLine, double) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Checks if this AlgebraicLine is equal to another AlgebraicLine.

equals(Complex, double) - Method in class imagingbook.common.math.Complex

Checks if the given Complex quantity is equal to this Complex quantity.

equals(Object) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

equals(Object) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

equals(Object) - Method in class imagingbook.common.geometry.circle.AlgebraicCircle

equals(Object) - Method in class imagingbook.common.geometry.circle.GeometricCircle

equals(Object) - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

equals(Object) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

equals(Object) - Method in class imagingbook.common.geometry.line.AlgebraicLine

equals(Object) - Method in class imagingbook.common.math.Complex

Checks if the given Object is equal to this Complex quantity.

Erode - Enum constant in enum Ch07_Morphological_Filters.Bin_Morphology_Disk.OpType

eval(float) - Method in interface imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction

ExampleFilter3x3Scalar - Class in imagingbook.common.filter.examples

Example filter based on GenericFilterScalar performing linear convolution with a custom 3x3 filter kernel.

ExampleFilter3x3Scalar() - Constructor for class imagingbook.common.filter.examples.ExampleFilter3x3Scalar

ExampleFilter3x3Vector - Class in imagingbook.common.filter.examples

Example filter based on GenericFilterVector performing linear convolution with a custom 3x3 filter kernel.

ExampleFilter3x3Vector() - Constructor for class imagingbook.common.filter.examples.ExampleFilter3x3Vector

Export_PDF - Class in Tools_

This ImageJ plugin exports the current image and its attached vector graphic overlay (if existent) as a PDF file.

Export_PDF() - Constructor for class Tools_.Export_PDF

exportTo(Path) - Method in class imagingbook.pdf.PdfExporter

extractCol(double[][], int, double[]) - Method in interface imagingbook.spectral.dct.Dct2d.Double

extractCol(double[][], int, double[]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

extractCol(float[][], int, float[]) - Method in interface imagingbook.spectral.dct.Dct2d.Float

extractCol(float[][], int, float[]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

extractImage(int, int, LinearMapping2D) - Method in class imagingbook.common.image.matching.lucaskanade.ImageExtractor

Extracts a sub-image of size width x height from the source image I (referenced by this ImageExtractor), using the specified transformation.

extractImage(ImageProcessor, Pnt2d[]) - Method in class imagingbook.common.image.matching.lucaskanade.ImageExtractor

Extracts a warped sub-image of the associated target image I, defined by a sequence of 3 or 4 points.

extractImage(ImageProcessor, LinearMapping2D) - Method in class imagingbook.common.image.matching.lucaskanade.ImageExtractor

Fills the image R from the source image I (referenced by this object).

extractRow(double[][], int, double[]) - Method in interface imagingbook.spectral.dct.Dct2d.Double

extractRow(double[][], int, double[]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

extractRow(float[][], int, float[]) - Method in interface imagingbook.spectral.dct.Dct2d.Float

extractRow(float[][], int, float[]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

ExtremalPoint(int, int, float) - Constructor for class imagingbook.common.image.LocalMinMaxFinder.ExtremalPoint

Constructor.

F

F11 - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

Narrow Band White Fluorescent (4000K).

f15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

f16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

f16occ1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

F2 - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

Cool White Fluorescent CWF (4200K).

F7 - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

Broad-Band Daylight Fluorescent (6500K).

fa18a - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fa18b - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fa18bocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fa18c - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fa18cocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fa18cocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

face13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

face20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen1ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen1ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen1bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen1bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen1cp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen1dp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen1ep - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen1ep - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen1fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen1fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen2ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen2bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen2cp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen2dp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen2dp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen2ep - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen2fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen2fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen3ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen3bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen3bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen5ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen5bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen5cp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen5cp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fgen5dp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen5ep - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fgen5fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

FileUtils - Class in imagingbook.core

This class defines various static methods for managing file-based resources and JAR manifest files.

FileUtils() - Constructor for class imagingbook.core.FileUtils

fillD(double[][], double) - Static method in class imagingbook.common.math.Matrix

Fills the given double matrix with the specified value (destructively).

fillD(double[], double) - Static method in class imagingbook.common.math.Matrix

Fills the given double vector with the specified value (destructively).

fillD(float[][], float) - Static method in class imagingbook.common.math.Matrix

Fills the given float matrix with the specified value (destructively).

fillD(float[], float) - Static method in class imagingbook.common.math.Matrix

Fills the given float vector with the specified value (destructively).

Filter_Arbitrary - Class in Ch04_Filters

ImageJ plugin for a linear filter with a kernel of arbitrary size and integer coefficients (naive implementation).

Filter_Arbitrary() - Constructor for class Ch04_Filters.Filter_Arbitrary

Constructor, asks to open a predefined sample image if no other image is currently open.

Filter_Box_3x3 - Class in Ch04_Filters

ImageJ plugin implementing a simple linear 3×3 "box" filter.

Filter_Box_3x3() - Constructor for class Ch04_Filters.Filter_Box_3x3

Constructor, asks to open a predefined sample image if no other image is currently open.

Filter_Demo_A - Class in GenericFilterDemos

Filter_Demo_A() - Constructor for class GenericFilterDemos.Filter_Demo_A

Filter_Demo_B - Class in GenericFilterDemos

Filter_Demo_B() - Constructor for class GenericFilterDemos.Filter_Demo_B

Filter_Median - Class in Ch04_Filters

ImageJ plugin for a median filter of arbitrary size.

Filter_Median() - Constructor for class Ch04_Filters.Filter_Median

Constructor, asks to open a predefined sample image if no other image is currently open.

Filter_Smooth_3x3 - Class in Ch04_Filters

ImageJ plugin for a simple 3×3 linear smoothing filter.

Filter_Smooth_3x3() - Constructor for class Ch04_Filters.Filter_Smooth_3x3

Constructor, asks to open a predefined sample image if no other image is currently open.

FilterProgressExample - Class in imagingbook.common.filter.examples

This class defines a custom filter implementing GenericFilterVector that reports its progress, which is queried by a ProgressMonitor in the FilterProgressExample.main(String[]) method.

FilterProgressExample() - Constructor for class imagingbook.common.filter.examples.FilterProgressExample

FinalFitColor - Static variable in interface Ch12_Ransac_Hough.settings.RansacDrawSettings

Find_Corners - Class in Ch06_Corner_Detection

ImageJ plugin which demonstrates the use of gradient corner detectors (Harris, MOPS, Sho-Tomasi), optionally using sub-pixel positioning.

Find_Corners() - Constructor for class Ch06_Corner_Detection.Find_Corners

Constructor, asks to open a predefined sample image if no other image is currently open.

Find_Corners.DetectorType - Enum in Ch06_Corner_Detection

findColor(Color, Class<? extends ColorEnumeration>) - Static method in interface imagingbook.common.color.sets.ColorEnumeration

Searches for the specified AWT Color in the given ColorEnumeration.

findColorIndex(int, float[][]) - Method in interface imagingbook.common.color.quantize.ColorQuantizer

Finds the color table index of the color that is "closest" to the supplied RGB color (minimum Euclidean distance in color space).

findColorIndex(int, float[][]) - Method in class imagingbook.common.color.quantize.OctreeQuantizer

findContainingTriangle(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

Returns the triangle that contains the specified point or null if no such triangle exists.

findMinEdgeDistance(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Calculates the minimum distance from the specified point to this triangle.

findNearestEdge(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

Returns the triangle edge nearest to the specified point.

findNeighbour(Triangle2D, Edge2D) - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

Returns the neighboring triangle of the specified triangle sharing the same edge as specified.

findOneTriangleSharing(Edge2D) - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

Returns one of the possible triangles sharing the specified edge.

FiniteLinearColorSequencer - Class in imagingbook.common.color.iterate

This class defines methods for iterating over an ordered set of AWT colors.

FiniteLinearColorSequencer(Color...) - Constructor for class imagingbook.common.color.iterate.FiniteLinearColorSequencer

FiniteLinearColorSequencer(Class<? extends ColorEnumeration>) - Constructor for class imagingbook.common.color.iterate.FiniteLinearColorSequencer

FiniteRandomColorSequencer - Class in imagingbook.common.color.iterate

FiniteRandomColorSequencer(Color...) - Constructor for class imagingbook.common.color.iterate.FiniteRandomColorSequencer

FiniteRandomColorSequencer(Class<? extends ColorEnumeration>) - Constructor for class imagingbook.common.color.iterate.FiniteRandomColorSequencer

Fire - Enum constant in enum imagingbook.common.ij.NamedLookupTable

FireBrick - Enum constant in enum imagingbook.common.color.sets.CssColor

fish0104 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0106 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0107 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0196 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0704 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0705 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0706 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0707 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0708 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0709 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0717 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0718 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0719 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0720 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0721 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0722 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0723 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0724 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0751 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0752 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0753 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0754 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0755 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0756 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0757 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0758 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0759 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish0760 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fish14aff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish14occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fish23aff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish23occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fish28aff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish28occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

fish30aff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fish30occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

FitzgibbonNaive - Enum constant in enum imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic.FitType

FitzgibbonOriginal - Enum constant in enum imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic.FitType

FitzgibbonStable - Enum constant in enum imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic.FitType

flatfish01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish31 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatfish32 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flatten(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns the values of the specified matrix as a double[] with elements arranged in row-major order.

flatten(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns the values of the specified matrix as a float[] with elements arranged in row-major order.

flatten(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Returns the values of the specified matrix as a double[] with elements arranged in row-major order.

flightbird01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

flightbird18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Float(int) - Constructor for class imagingbook.spectral.dct.Dct1dDirect.Float

Constructor.

Float(int) - Constructor for class imagingbook.spectral.dct.Dct1dFast.Float

Constructor.

Float(int) - Constructor for class imagingbook.spectral.dft.Dft1dDirect.Float

Constructor using the default scaling mode.

Float(int) - Constructor for class imagingbook.spectral.dft.Dft1dFast.Float

Constructor using the default scaling mode.

Float(int, int) - Constructor for class imagingbook.spectral.dct.Dct2dDirect.Float

Constructor.

Float(int, int) - Constructor for class imagingbook.spectral.dct.Dct2dFast.Float

Constructor.

Float(int, int) - Constructor for class imagingbook.spectral.dft.Dft2dDirect.Float

Constructor using the default scaling mode.

Float(int, int) - Constructor for class imagingbook.spectral.dft.Dft2dFast.Float

Constructor using the default scaling mode.

Float(int, int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft2dDirect.Float

Constructor using a specific scaling mode.

Float(int, int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft2dFast.Float

Constructor using a specific scaling mode.

Float(int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft1dDirect.Float

Constructor using a specific scaling mode.

Float(int, ScalingMode) - Constructor for class imagingbook.spectral.dft.Dft1dFast.Float

Constructor using a specific scaling mode.

FloatAccessor - Class in imagingbook.common.image.access

Image accessor for scalar images with 32-bit (float) values.

FloatAccessor(FloatProcessor, OutOfBoundsStrategy, InterpolationMethod) - Constructor for class imagingbook.common.image.access.FloatAccessor

Constructor.

floatToUnsignedByte(float) - Static method in interface imagingbook.common.color.quantize.ColorQuantizer

FloralWhite - Enum constant in enum imagingbook.common.color.sets.CssColor

Flower - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Full-RGB color image used for various non-linear transformations.

FlowerIdx256 - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Indexed color image with 256 colors.

Flusser_Moments_Covariance_Matrix - Class in Ch08_Binary_Regions

This ImageJ plugin calculates the covariance matrix for the 11-element Flusser moment vectors over a collection of binary images.

Flusser_Moments_Covariance_Matrix() - Constructor for class Ch08_Binary_Regions.Flusser_Moments_Covariance_Matrix

Flusser_Moments_From_Binary_Regions - Class in Ch08_Binary_Regions

This ImageJ plugin calculates and lists the 11 scale and rotation invariant Flusser moments for the binary regions contained in the given image.

Flusser_Moments_From_Binary_Regions() - Constructor for class Ch08_Binary_Regions.Flusser_Moments_From_Binary_Regions

Constructor, asks to open a predefined sample image if no other image is currently open.

Flusser_Moments_Matching_Demo - Class in Ch08_Binary_Regions

This ImageJ plugin demonstrates the use of complex invariant Flusser moments for 2D shape matching.

Flusser_Moments_Matching_Demo() - Constructor for class Ch08_Binary_Regions.Flusser_Moments_Matching_Demo

FlusserMoments - Class in imagingbook.common.geometry.moments

Naive implementation of Flusser's complex invariant moments [1].

FlusserMoments(Iterable<Pnt2d>) - Constructor for class imagingbook.common.geometry.moments.FlusserMoments

ForestGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

fork01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fork21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fork26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

formatText(int, String...) - Static method in class imagingbook.common.ij.DialogUtils

Splits a long string into multiple lines of the specified maximum length and builds a new string with newline (\n) characters separating successive lines.

forward(double[]) - Method in interface imagingbook.spectral.dct.Dct1d.Double

Performs an "in-place" 1D DCT forward transformation on the supplied data.

forward(double[]) - Method in class imagingbook.spectral.dct.Dct1dDirect.Double

forward(double[]) - Method in class imagingbook.spectral.dct.Dct1dFast.Double

forward(double[]) - Method in class imagingbook.spectral.dct.Dct1dSlow

forward(double[][]) - Method in interface imagingbook.spectral.dct.Dct2d.Double

Performs an "in-place" 2D DCT forward transformation on the supplied data.

forward(double[][], double[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

Performs an "in-place" forward DFT or FFT on the supplied 2D data.

forward(double[], double[]) - Method in interface imagingbook.spectral.dft.Dft1d.Double

Performs an "in-place" 1D DFT forward transformation on the supplied double data.

forward(double[], double[]) - Method in class imagingbook.spectral.dft.Dft1dDirect.Double

forward(double[], double[]) - Method in class imagingbook.spectral.dft.Dft1dFast.Double

forward(float[]) - Method in interface imagingbook.spectral.dct.Dct1d.Float

Performs an "in-place" 1D DCT forward transformation on the supplied data.

forward(float[]) - Method in class imagingbook.spectral.dct.Dct1dDirect.Float

forward(float[]) - Method in class imagingbook.spectral.dct.Dct1dFast.Float

forward(float[][]) - Method in interface imagingbook.spectral.dct.Dct2d.Float

Performs an "in-place" 2D DCT forward transformation on the supplied data.

forward(float[][], float[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

Performs an "in-place" forward DFT or FFT on the supplied 2D data.

forward(float[], float[]) - Method in interface imagingbook.spectral.dft.Dft1d.Float

Performs an "in-place" DFT forward transformation on the supplied 1D float data.

forward(float[], float[]) - Method in class imagingbook.spectral.dft.Dft1dDirect.Float

forward(float[], float[]) - Method in class imagingbook.spectral.dft.Dft1dFast.Float

FORWARD_ONLY - Enum constant in enum imagingbook.spectral.dft.ScalingMode

Scaling by a factor 1/M is applied to the forward transformation only.

fountain01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

fountain20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

fountain20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Fourier_Descriptor_Animation - Class in More_

This ImageJ plugin visualizes the composition of 2D shapes by superposition of nested ellipses, corresponding to complex coefficient pairs of elliptic Fourier descriptors.

Fourier_Descriptor_Animation() - Constructor for class More_.Fourier_Descriptor_Animation

Constructor, asks to open a predefined sample image if no other image is currently open.

Fourier_Descriptor_Trigonometic - Class in More_

This ImageJ plugin demonstrates the "trigonometric" construction of elliptic Fourier descriptors.

Fourier_Descriptor_Trigonometic() - Constructor for class More_.Fourier_Descriptor_Trigonometic

Constructor, asks to open a predefined sample image if no other image is currently open.

FourierDescriptor - Class in imagingbook.common.geometry.fd

This class represents elliptic Fourier descriptors.

FourierDescriptor(FourierDescriptor) - Constructor for class imagingbook.common.geometry.fd.FourierDescriptor

Constructor for cloning Fourier descriptors.

FourierDescriptor(Complex[]) - Constructor for class imagingbook.common.geometry.fd.FourierDescriptor

Constructor using the default scale (1.0).

FourierDescriptor(Complex[], double) - Constructor for class imagingbook.common.geometry.fd.FourierDescriptor

Constructor using a specific scale.

FourierDescriptorTrigonometric - Class in imagingbook.common.geometry.fd

Defines static methods to create Fourier descriptors directly from 2D polygons without re-sampling or interpolation.

FourierDescriptorUniform - Class in imagingbook.common.geometry.fd

Defines static methods to create Fourier descriptors from uniformly sampled point sequences.

fox1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

from(boolean[]) - Static method in interface imagingbook.common.util.bits.BitVector

Creates and returns a new bitvector of type BitVector64 from the specified boolean array, setting elements to 0/false or 1/true.

from(byte[]) - Static method in interface imagingbook.common.util.bits.BitVector

Creates and returns a new bitvector of type BitVector64 from the specified byte array.

from(double[]) - Static method in interface imagingbook.common.geometry.basic.Pnt2d

Creates and returns a new point of type Pnt2d.PntDouble with the specified coordinates.

from(double[]) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

Returns a new Pnt2d.PntDouble instance.

from(double[], double[]) - Static method in class imagingbook.common.geometry.line.AlgebraicLine

Creates a new AlgebraicLine instance from a given start point and orientation vector.

from(double, double) - Static method in interface imagingbook.common.geometry.basic.Pnt2d

Creates and returns a new point of type Pnt2d.PntDouble with the specified coordinates.

from(double, double) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

Returns a new Pnt2d.PntDouble instance.

from(int[]) - Static method in interface imagingbook.common.geometry.basic.Pnt2d

Creates and returns a new point of type Pnt2d.PntInt with the specified coordinates.

from(int[]) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns a new Pnt2d.PntInt instance.

from(int, int) - Static method in interface imagingbook.common.geometry.basic.Pnt2d

Creates and returns a new point of type Pnt2d.PntInt with the specified coordinates.

from(int, int) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns a new Pnt2d.PntInt instance.

from(ByteProcessor) - Static method in class imagingbook.common.mser.components.ComponentTree

Creates a new component tree for the specified image using the default method (ComponentTree.Method.LinearTime).

from(ByteProcessor, ComponentTree.Method) - Static method in class imagingbook.common.mser.components.ComponentTree

Creates a new component tree for the specified image.

from(Pnt2d) - Static method in interface imagingbook.common.geometry.basic.Pnt2d

from(Pnt2d) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

Returns a new Pnt2d.PntDouble instance with the same coordinates as the given point.

from(Pnt2d) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns a new Pnt2d.PntInt from a given Pnt2d instance.

from(Pnt2d[]) - Static method in class imagingbook.common.geometry.fd.FourierDescriptorUniform

Creates a new Fourier descriptor from a uniformly sampled polygon V with the maximum number of Fourier coefficient pairs.

from(Pnt2d[], int) - Static method in class imagingbook.common.geometry.fd.FourierDescriptorTrigonometric

Creates a FourierDescriptor directly from the vertices of a closed polygon (without interpolation).

from(Pnt2d[], int) - Static method in class imagingbook.common.geometry.fd.FourierDescriptorUniform

Creates a new Fourier descriptor from a uniformly sampled polygon V with Mp coefficient pairs.

from(Pnt2d.PntInt) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns a new Pnt2d.PntInt instance from a given point.

from(Pnt2d, Pnt2d) - Static method in class imagingbook.common.geometry.line.AlgebraicLine

Creates a new AlgebraicLine instance from two given points.

from(Pnt2d, Pnt2d) - Static method in class imagingbook.common.geometry.line.HessianLine

from(Pnt2d, Pnt2d, Pnt2d, int) - Static method in class imagingbook.common.hough.HoughLine

from(AlgebraicLine) - Static method in class imagingbook.common.geometry.line.ParametricLine

from(ParametricLine) - Static method in class imagingbook.common.geometry.line.AlgebraicLine

Creates a new AlgebraicLine instance from a given ParametricLine.

from(SlopeInterceptLine) - Static method in class imagingbook.common.geometry.line.AlgebraicLine

Creates a new AlgebraicLine instance from a given SlopeInterceptLine.

from(Complex[]) - Static method in class imagingbook.common.geometry.fd.FourierDescriptorUniform

Creates a new Fourier descriptor from a uniformly sampled polygon V with the maximum number of Fourier coefficient pairs.

from(Complex[], int) - Static method in class imagingbook.common.geometry.fd.FourierDescriptorUniform

Creates a new Fourier descriptor from a uniformly sampled polygon V with Mp coefficient pairs.

from(PixelMap, ComponentTree.Method) - Static method in class imagingbook.common.mser.components.ComponentTree

Creates a new component tree for the specified PixelMap.

from(Point2D) - Static method in interface imagingbook.common.geometry.basic.Pnt2d

from(Point2D) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

Returns a new Pnt2d.PntDouble instance with the same coordinates as the given AWT Point2D.

from(Point) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns a new Pnt2d.PntDouble instance with the same coordinates as the given AWT Point.

from(Collection<? extends Pnt2d>) - Static method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Performs Delaunay triangulation on the specified points.

from(Collection<? extends Pnt2d>, boolean) - Static method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Performs Delaunay triangulation on the specified points with (optional) random insertion order.

from(Vector2D) - Static method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

Returns a new Pnt2d.PntDouble instance with the same coordinates as the given Apache Commons Math Vector2D.

from(T0, T1) - Static method in class imagingbook.common.util.tuples.Tuple2

from(T0, T1, T2) - Static method in class imagingbook.common.util.tuples.Tuple3

from(T0, T1, T2, T3) - Static method in class imagingbook.common.util.tuples.Tuple4

fromCanonicalFrame(double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

fromCIEXYZ(float[]) - Method in interface imagingbook.common.color.colorspace.DirectD65Conversion

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.HlsColorSpace

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.HsvColorSpace

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.LabColorSpace

Converts color points in D50-based XYZ space to CIELab coordinates.

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.LinearRgb65ColorSpace

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.LuvColorSpace

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.sRGB65ColorSpace

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.XYZ50ColorSpace

fromCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.XYZ65ColorSpace

fromCIEXYZ65(float[]) - Method in interface imagingbook.common.color.colorspace.DirectD65Conversion

Analogous to DirectD65Conversion.fromCIEXYZ(float[]) but accepts D65-based instead of D50-based PCS color values.

fromCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.LabColorSpace

fromCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.LinearRgb65ColorSpace

fromCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.LuvColorSpace

fromCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.sRGB65ColorSpace

fromCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.XYZ65ColorSpace

fromDoubleArray(double[][]) - Static method in class imagingbook.common.geometry.basic.PntUtils

Converts a given 2D double array double[n][2] to a point array Pnt2d[n], taking x-coordinates from column 0 and y-coordinates from column 1.

fromFirstQuadrant(double[], double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

fromLongBits(long[][]) - Static method in class imagingbook.common.math.Matrix

Converts a long[][] with 64-bit double representations to the equivalent double[][].

fromPoints(Pnt2d[], Pnt2d[]) - Static method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Creates an affine 2D mapping from two sequences of corresponding points.

fromPoints(Pnt2d[], Pnt2d[]) - Static method in class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Creates a projective 2D mapping from two sequences of corresponding points.

fromPoints(Pnt2d[], Pnt2d[]) - Static method in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

Calculates and returns the bilinear mapping M between two point sets P, Q, with 4 points each, such that q_i = M(p_i).

fromPoints(Pnt2d, Pnt2d) - Static method in class imagingbook.common.geometry.mappings.linear.Translation2D

Creates a new translation that maps between the first point to the second point specified.

fromPoints(Pnt2d, Pnt2d, Pnt2d, Pnt2d, Pnt2d, Pnt2d) - Static method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Creates an affine mapping from 3 pairs of corresponding 2D points (p0, p1, p2) → (q0, q1, q2).

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.HlsColorSpace

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.HsvColorSpace

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.LabColorSpace

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.LinearRgb65ColorSpace

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.LuvColorSpace

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.XYZ50ColorSpace

fromRGB(float[]) - Method in class imagingbook.common.color.colorspace.XYZ65ColorSpace

fromSamples(double[][]) - Static method in class imagingbook.common.math.MahalanobisDistance

Creates a new MahalanobisDistance instance from an array of m-dimensional samples, e.g., samples = {{x1,y1}, {x2,y2},...,{xn,yn}} for a vector of n two-dimensional samples.

fromSamples(double[][], double) - Static method in class imagingbook.common.math.MahalanobisDistance

Creates a new MahalanobisDistance instance from an array of m-dimensional samples, e.g.

Fuchsia - Enum constant in enum imagingbook.common.color.sets.CssColor

G

g1 - Enum constant in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction.Type

g2 - Enum constant in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction.Type

g3 - Enum constant in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction.Type

g4 - Enum constant in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction.Type

Gainsboro - Enum constant in enum imagingbook.common.color.sets.CssColor

Gamma_Correction - Class in Ch03_Point_Operations

This ImageJ performs simple gamma correction (with fixed γ = 2.8) on a 8-bit grayscale image, which is modified.

Gamma_Correction() - Constructor for class Ch03_Point_Operations.Gamma_Correction

Constructor, asks to open a predefined sample image if no other image is currently open.

GammaMapping - Interface in imagingbook.common.color.gamma

Interface to be implemented by gamma correction classes.

Gauss - Enum constant in enum imagingbook.common.threshold.adaptive.NiblackThresholder.RegionType

Gauss() - Constructor for class imagingbook.common.threshold.adaptive.NiblackThresholder.Gauss

Constructor using default parameters.

Gauss(NiblackThresholder.Parameters) - Constructor for class imagingbook.common.threshold.adaptive.NiblackThresholder.Gauss

Constructor with specific parameters.

Gaussian_Filter - Class in GenericFilterDemos

This ImageJ plugin shows how to construct a generic linear filter using the classes LinearFilter and Kernel2D.

Gaussian_Filter() - Constructor for class GenericFilterDemos.Gaussian_Filter

Gaussian_Filter_HSV - Class in Ch15_Color_Filters

This ImageJ plugin applies a Gaussian blur filter to selected components in HSV color space.

Gaussian_Filter_HSV() - Constructor for class Ch15_Color_Filters.Gaussian_Filter_HSV

Constructor, asks to open a predefined sample image if no other image is currently open.

Gaussian_Filter_RGB - Class in Ch15_Color_Filters

This plugin performs a Gaussian filter in a user-selectable color space.

Gaussian_Filter_RGB() - Constructor for class Ch15_Color_Filters.Gaussian_Filter_RGB

Constructor, asks to open a predefined sample image if no other image is currently open.

Gaussian_Filter_Separable - Class in GenericFilterDemos

This ImageJ plugin shows how to construct a generic linear filter based on classes LinearFilter and Kernel2D.

Gaussian_Filter_Separable() - Constructor for class GenericFilterDemos.Gaussian_Filter_Separable

GaussianFilter - Class in imagingbook.common.filter.linear

This class implements a 2D Gaussian filter by extending LinearFilter.

GaussianFilter(double) - Constructor for class imagingbook.common.filter.linear.GaussianFilter

Constructor.

GaussianFilter(double, double) - Constructor for class imagingbook.common.filter.linear.GaussianFilter

Constructor.

GaussianFilterSeparable - Class in imagingbook.common.filter.linear

This class implements a x/y-separated 2D Gaussian filter by extending LinearFilterSeparable.

GaussianFilterSeparable(double) - Constructor for class imagingbook.common.filter.linear.GaussianFilterSeparable

Constructor accepting a common sigma for x/y.

GaussianFilterSeparable(double, double) - Constructor for class imagingbook.common.filter.linear.GaussianFilterSeparable

Constructor accepting individual sigmas for x/y.

GaussianKernel1D - Class in imagingbook.common.filter.linear

This class represents a 2D filter kernel.

GaussianKernel1D(double) - Constructor for class imagingbook.common.filter.linear.GaussianKernel1D

GaussianKernel2D - Class in imagingbook.common.filter.linear

This class represents a 2D filter kernel.

GaussianKernel2D(double) - Constructor for class imagingbook.common.filter.linear.GaussianKernel2D

Constructor with common sigma for x/y.

GaussianKernel2D(double, double) - Constructor for class imagingbook.common.filter.linear.GaussianKernel2D

Constructor with individual sigmas for x/y.

GaussianOctave - Class in imagingbook.common.sift.scalespace

Represents a single "octave" in a hierarchical Gaussian scale space.

GaussianScaleSpace - Class in imagingbook.common.sift.scalespace

Represents a hierarchical Gaussian scale space.

GaussianScaleSpace(FloatProcessor, int, int, double, double, int, int) - Constructor for class imagingbook.common.sift.scalespace.GaussianScaleSpace

Constructor, builds a GaussianScaleSpace from a FloatProcessor.

GeneralizedEigenDecomposition - Class in imagingbook.common.math.eigen

Solves the generalized eigenproblem of the form A x = λ B x, for square matrices A, B.

GeneralizedEigenDecomposition(double[][], double[][]) - Constructor for class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Constructor, solves the generalized eigenproblem A x = λ B x, for square matrices A, B.

GeneralizedEigenDecomposition(RealMatrix, RealMatrix) - Constructor for class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Constructor, solves the generalized eigenproblem A x = λ B x, for square matrices A, B.

GeneralizedSymmetricEigenDecomposition - Class in imagingbook.common.math.eigen

Solves the generalized symmetric eigenproblem of the form A x = λ B x, where matrices A, B are symmetric and B is positive definite (see Sec.

GeneralizedSymmetricEigenDecomposition(RealMatrix, RealMatrix) - Constructor for class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

Constructor, using default parameters.

GeneralizedSymmetricEigenDecomposition(RealMatrix, RealMatrix, double, double) - Constructor for class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

Constructor, using specific parameters.

GeneralSampleImage - Enum in imagingbook.sampleimages

Enumeration defining a set of ImageResource objects for selected sample images.

Generic_Dialog_Example - Class in ImageJ_Demos

This ImageJ plugin demonstrates the basic use of GenericDialog to create a new byte image.

Generic_Dialog_Example() - Constructor for class ImageJ_Demos.Generic_Dialog_Example

GenericFilter - Class in imagingbook.common.filter.generic

This is the (abstract) root class of the generic filter hierarchy.

GenericFilter() - Constructor for class imagingbook.common.filter.generic.GenericFilter

GenericFilterDemos - package GenericFilterDemos

GenericFilterScalar - Class in imagingbook.common.filter.generic

This (abstract) class represents a filter which treats all pixel values as scalars.

GenericFilterScalar() - Constructor for class imagingbook.common.filter.generic.GenericFilterScalar

GenericFilterScalarSeparable - Class in imagingbook.common.filter.generic

This (abstract) class represents a generic scalar filter whose pixel-operation is x/y-separable.

GenericFilterScalarSeparable() - Constructor for class imagingbook.common.filter.generic.GenericFilterScalarSeparable

GenericFilterVector - Class in imagingbook.common.filter.generic

This (abstract) class represents a filter which treats all pixel data as vectors.

GenericFilterVector() - Constructor for class imagingbook.common.filter.generic.GenericFilterVector

GenericFilterVectorSeparable - Class in imagingbook.common.filter.generic

This (abstract) class represents a generic vector filter whose pixel-operation is x/y-separable.

GenericFilterVectorSeparable() - Constructor for class imagingbook.common.filter.generic.GenericFilterVectorSeparable

GenericProperties - Interface in imagingbook.common.util

Defines a primitive mechanism for attaching arbitrary properties to an object dynamically using generic types to eliminate type casts.

GenericProperties.PropertyKey<T> - Class in imagingbook.common.util

Defines a generic map key to be used with GenericProperties.

GenericProperties.PropertyMap - Class in imagingbook.common.util

The underlying hash map class, to be instantiated by implementing classes.

GeometricCircle - Class in imagingbook.common.geometry.circle

Represents a geometric circle with center point (xc, yc) and radius r.

GeometricCircle(double[]) - Constructor for class imagingbook.common.geometry.circle.GeometricCircle

Constructor.

GeometricCircle(double, double, double) - Constructor for class imagingbook.common.geometry.circle.GeometricCircle

Constructor.

GeometricCircle(AlgebraicCircle) - Constructor for class imagingbook.common.geometry.circle.GeometricCircle

Constructor.

GeometricEllipse - Class in imagingbook.common.geometry.ellipse

Represents an ellipse with major axis length ra, minor axis length rb, center point (xc, yc), and orientation theta.

GeometricEllipse(double[]) - Constructor for class imagingbook.common.geometry.ellipse.GeometricEllipse

Constructor.

GeometricEllipse(double, double, double, double) - Constructor for class imagingbook.common.geometry.ellipse.GeometricEllipse

Constructor, short version for axis-aligned ellipses.

GeometricEllipse(double, double, double, double, double) - Constructor for class imagingbook.common.geometry.ellipse.GeometricEllipse

Constructor.

GeometricEllipse(AlgebraicEllipse) - Constructor for class imagingbook.common.geometry.ellipse.GeometricEllipse

Constructor.

Geometry_Rotate_Color - Class in Ch15_Color_Filters

This plugin rotates the input image.

Geometry_Rotate_Color() - Constructor for class Ch15_Color_Filters.Geometry_Rotate_Color

Constructor, asks to open a predefined sample image if no other image is currently open.

get() - Static method in class imagingbook.common.math.PrintPrecision

Returns the current print precision (number of digits).

get(int) - Method in interface imagingbook.common.util.bits.BitVector

Returns true is the specified bit-element is set (1), false otherwise (0).

get(int) - Method in class imagingbook.common.util.bits.BitVector32

get(int) - Method in class imagingbook.common.util.bits.BitVector64

get(int, int) - Method in class imagingbook.common.util.bits.BitMap

Returns true is the specified element is set (1), false otherwise (0).

get(PeronaMalikF.ConductanceFunction.Type, float) - Static method in interface imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction

get(Pnt2d.PntInt) - Method in class imagingbook.common.util.bits.BitMap

Returns true is the specified element is set (1), false otherwise (0).

get0() - Method in class imagingbook.common.util.tuples.Tuple2

get1() - Method in class imagingbook.common.util.tuples.Tuple2

get1dDct(int) - Method in interface imagingbook.spectral.dct.Dct2d.Double

Returns a suitable 1D DCT of the specified size (double).

get1dDct(int) - Method in interface imagingbook.spectral.dct.Dct2d.Float

Returns a suitable 1D DCT of the specified size (float).

get1dDct(int) - Method in class imagingbook.spectral.dct.Dct2dDirect.Double

get1dDct(int) - Method in class imagingbook.spectral.dct.Dct2dDirect.Float

get1dDct(int) - Method in class imagingbook.spectral.dct.Dct2dFast.Double

get1dDct(int) - Method in class imagingbook.spectral.dct.Dct2dFast.Float

get1dDft(int) - Method in interface imagingbook.spectral.dft.Dft2d.Double

Returns a suitable 1D DFT of the specified size (double).

get1dDft(int) - Method in interface imagingbook.spectral.dft.Dft2d.Float

Returns a suitable 1D DFT of the specified size (float).

get1dDft(int) - Method in class imagingbook.spectral.dft.Dft2dDirect.Double

get1dDft(int) - Method in class imagingbook.spectral.dft.Dft2dDirect.Float

get1dDft(int) - Method in class imagingbook.spectral.dft.Dft2dFast.Double

get1dDft(int) - Method in class imagingbook.spectral.dft.Dft2dFast.Float

get3x3Neighborhood(int, int, float[][]) - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns the pixel values from the 3x3 neighborhood centered at the specified position.

get3x3Neighborhood(int, int, float[][][]) - Method in class imagingbook.common.image.PixelPack

Returns the pixel values in the 3x3 neighborhood around the specified position.

getA() - Method in class imagingbook.common.corners.GradientCornerDetector

getAbsoluteScale() - Method in class imagingbook.common.sift.scalespace.ScaleLevel

Returns the absolute scale assigned to this scale level.

getAbsoluteScale(int) - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns the absolute scale (σ) associated with level q.

getAbsoluteScale(int, float) - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the absolute scale (σ) at scale level p, q.

getAbsoluteScale(int, int) - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns the absolute scale (σ) for octave index p and level index q;

getAccumulator() - Method in class imagingbook.common.hough.HoughTransformLines

Returns the accumulator as a 2D float-array.

getAccumulatorExtended() - Method in class imagingbook.common.hough.HoughTransformLines

Returns the extended accumulator as a 2D float-array.

getAccumulatorImage() - Method in class imagingbook.common.hough.HoughTransformLines

Creates and returns an image of the 2D accumulator array.

getAccumulatorImageExtended() - Method in class imagingbook.common.hough.HoughTransformLines

Creates and returns an image of the extended 2D accumulator array, produced by adding a vertically mirrored copy of the accumulator to its right end.

getAccumulatorMax() - Method in class imagingbook.common.hough.HoughTransformLines

Returns the local maximum values of the accumulator as a 2D float-array (all non-maximum elements are set to zero).

getAccumulatorMaxImage() - Method in class imagingbook.common.hough.HoughTransformLines

Creates and returns an image of the local maxima of the 2D accumulator array.

getAdaptationMatrix() - Method in class imagingbook.common.color.adapt.BradfordAdaptation

Returns the composite color adaptation transformation matrix.

getAlgebraicCircle() - Method in interface imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic

Returns a AlgebraicCircle instance for this fit or null if the fit was unsuccessful.

getAlgebraicDistance(Pnt2d) - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

getAlgebraicDistance(Pnt2d) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

getAllPixels() - Method in class imagingbook.common.mser.components.Component

Returns a collection of all pixels of this component, including the component's local pixels and the pixels of all child components.

getAmplitudes() - Method in class imagingbook.common.noise.perlin.PerlinNoiseGenerator

Returns an array with the amplitudes a_i used for generating * the noise function.

getAngle() - Method in class imagingbook.common.geometry.line.HessianLine

getArea() - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

getArray() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns a reference to the data array associated with this pixel slice.

getArray() - Method in class imagingbook.common.util.SortedVector

Returns an array holding the elements of this SortedVector instance.

getB() - Method in class imagingbook.common.corners.GradientCornerDetector

getBaseFont() - Method in enum imagingbook.pdf.Type1CoreFont

Returns the BaseFont instance associated with this enum element.

getBasicStroke() - Method in class imagingbook.common.ij.overlay.ColoredStroke

Returns a AWT BasicStroke instance for the current state of this stroke (with no color information).

getBestMatch(double[]) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher1D

getBitVector() - Method in class imagingbook.common.util.bits.BitMap

Returns the underlying 1D BitVector.

getBlockSum1(int, int, int, int) - Method in class imagingbook.common.image.IntegralImage

Calculates the sum of the pixel values in the rectangle R, specified by the corner points a = (ua, va) and b = (ub, vb).

getBlockSum2(int, int, int, int) - Method in class imagingbook.common.image.IntegralImage

Calculates the sum of the squared pixel values in the rectangle R, specified by the corner points a = (ua, va) and b = (ub, vb).

getBotIndex() - Method in class imagingbook.common.util.LinearContainer

Returns the bottom index of this container.

getBottomLevelIndex() - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the bottom level index in each scale space octave (e.g., this is -1 for the Gaussian scale space used in SIFT).

getBoundingBox() - Method in class imagingbook.common.regions.BinaryRegion

Get the x/y axes-parallel bounding box as a rectangle (including the extremal coordinates).

getBoundingBox() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getBoundingLines() - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

Returns an array of four AlgebraicLine instances which coincide with the outline of the bounding box.

getByteArray() - Method in class imagingbook.common.filter.mask.BinaryMask

Returns a byte[x][y] with outside mask element values zero, inside mask elements non-zero.

getByteProcessor() - Method in class imagingbook.common.filter.mask.BinaryMask

Returns a byte[x][y] with outside mask element values zero, inside mask elements non-zero.

getC() - Method in class imagingbook.common.corners.GradientCornerDetector

getCdf() - Method in class imagingbook.common.histogram.PiecewiseLinearCdf

Returns the cumulative probabilities for the intensity values 0 to 255 as a double[].

getCdf(int) - Method in class imagingbook.common.histogram.PiecewiseLinearCdf

Returns the cumulative probability for the specified intensity value.

getCenter() - Method in class imagingbook.common.geometry.circle.GeometricCircle

Returns the center point of this circle.

getCenter() - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

getCenter() - Method in class imagingbook.common.mser.MserData

Returns the center point for the associated component.

getCenter() - Method in class imagingbook.common.regions.BinaryRegion

Returns the center of this region as a 2D point.

getCenterX() - Method in class imagingbook.common.filter.mask.BinaryMask

Returns the x-coordinate of the mask's reference point.

getCenterY() - Method in class imagingbook.common.filter.mask.BinaryMask

Returns the y-coordinate of the mask's reference point.

getCentralMoments() - Method in class imagingbook.common.mser.MserData

Returns the vector of central moments (mu10, mu01, mu20, mu02, mu11) for the pixel coordinates contained in the associated component.

getCentralMoments() - Method in class imagingbook.common.regions.BinaryRegion

Calculates and returns a vector of central moments: (mu20, mu02, mu11).

getChildPixels() - Method in class imagingbook.common.mser.components.Component

Returns a collection of all pixels contained in the children of this component.

getChildren() - Method in class imagingbook.common.mser.components.Component

Returns the list of this component's child components.

getCircle() - Method in interface imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric

Returns the geometric circle produced by this fit.

getClassesInPackage(Package) - Static method in class imagingbook.common.util.ClassUtils

Collects and returns the list of classes defined in the specified package.

getClassesInPackage(String) - Static method in class imagingbook.common.util.ClassUtils

Collects and returns the list of classes defined in the specified package.

getClassPath(Class<?>) - Static method in class imagingbook.core.FileUtils

Find the path from which a given class was loaded.

getClosestLinePoint(Pnt2d) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the point on the line that is closest to the specified 2D point.

getClosestPoint(double[]) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

getClosestPoint(Pnt2d) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

Returns the ellipse point closest to the specified point.

getCoefficient(int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the complex-valued DFT coefficient with the specified frequency index m.

getCoefficientIndex(int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the coefficient array index for the specified frequency index, which may be positive or negative.

getCoefficientPair(int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the Fourier coefficient pair (G[-m], G[+m]) as a Complex valued array.

getCoefficients() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the array G = {G[0], ..., G[M-1]} of complex-valued DFT coefficients.

getColor() - Method in enum imagingbook.common.color.sets.BasicAwtColor

getColor() - Method in interface imagingbook.common.color.sets.ColorEnumeration

Returns the enum item's Color.

getColor() - Method in enum imagingbook.common.color.sets.CssColor

getColor() - Method in enum imagingbook.common.color.sets.RalColor

getColor() - Method in enum imagingbook.common.mser.MserColors

getColor() - Method in enum imagingbook.common.sift.SiftColors

getColor(int) - Method in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

getColor(int) - Method in class imagingbook.common.color.statistics.ColorHistogram

Returns the unique color with the given index.

getColorCount() - Method in interface imagingbook.common.color.quantize.ColorQuantizer

Returns the number of quantized colors.

getColorMap() - Method in interface imagingbook.common.color.quantize.ColorQuantizer

Retrieves the color map produced by this color quantizer.

getColorMap() - Method in class imagingbook.common.color.quantize.KMeansClusteringQuantizer

getColorMap() - Method in class imagingbook.common.color.quantize.MedianCutQuantizer

getColorMap() - Method in class imagingbook.common.color.quantize.OctreeQuantizer

getColors() - Method in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

getColors() - Method in class imagingbook.common.color.statistics.ColorHistogram

Returns an array with all (distinct) colors of this histogram as sRGB int-encoded values.

getColors(ColorEnumeration...) - Static method in interface imagingbook.common.color.sets.ColorEnumeration

Returns a color subset as an array of colors for the specified ColorEnumeration items.

getColors(CssColor...) - Static method in enum imagingbook.common.color.sets.CssColor

getColors(RalColor...) - Static method in enum imagingbook.common.color.sets.RalColor

getColors(Class<? extends ColorEnumeration>) - Static method in interface imagingbook.common.color.sets.ColorEnumeration

Returns an array of colors defined by the specified ColorEnumeration enum class.

getColorspace() - Method in class imagingbook.common.image.ColorPack

Returns the current color space instance of this ColorPack.

getColorSpace() - Method in enum imagingbook.common.color.cie.NamedIccProfile

Returns a ICC_ColorSpace instance obtained from the associated ICC color profile.

getColumn(double[][], int) - Static method in class imagingbook.common.math.Matrix

Returns a particular column of the specified double matrix as a double vector.

getColumn(float[][], int) - Static method in class imagingbook.common.math.Matrix

Returns a particular column of the specified float matrix as a float vector.

getComparator(Class<T>) - Static method in class imagingbook.common.util.ClassUtils

Returns the "natural order" Comparator instance for the specified Comparable class.

getComplexMoment(int, int) - Method in class imagingbook.common.geometry.moments.FlusserMoments

Returns the scale-normalized complex moment of order (p,q) for the 2D point set associated with this FlusserMoments instance.

getComponentAccessor(int) - Method in class imagingbook.common.image.access.ImageAccessor

Returns the ImageAccessor for the k-th component; the result is a sub-type of ScalarAccessor.

getComponentAccessor(int) - Method in class imagingbook.common.image.access.ScalarAccessor

getComponentAccessor(int) - Method in class imagingbook.common.image.access.VectorAccessor

getComponents() - Method in class imagingbook.common.mser.components.ComponentTree

Returns an unordered collection of all tree components.

getComponents() - Method in class imagingbook.common.mser.components.ComponentTreeGlobalImmersion

getComponents() - Method in class imagingbook.common.mser.components.ComponentTreeLinearTime

getComponentTree() - Method in class imagingbook.common.mser.MserDetector

Returns the component tree for this MSER detector.

getCorners() - Method in class imagingbook.common.corners.GradientCornerDetector

getCornerScore(float, float, float) - Method in class imagingbook.common.corners.GradientCornerDetector

Calculates the corner response score for a single image position (u,v) from the elements A, B, C of the local structure matrix.

getCornerScore(float, float, float) - Method in class imagingbook.common.corners.HarrisCornerDetector

getCornerScore(float, float, float) - Method in class imagingbook.common.corners.MopsCornerDetector

getCornerScore(float, float, float) - Method in class imagingbook.common.corners.ShiTomasiCornerDetector

getCount() - Method in class imagingbook.common.hough.HoughLine

getCovarianceMatrix() - Method in class imagingbook.common.math.MahalanobisDistance

Returns the covariance matrix used for distance calculations.

getCovarianceMatrix() - Method in class imagingbook.common.mser.MserData

Returns the covariance matrix for the pixel coordinates contained in the associated component.

getCovarianceMatrix() - Method in class imagingbook.common.regions.BinaryRegion

Returns the 2x2 covariance matrix for the pixel coordinates contained in this region:
| σ₂₀ σ₁₁ |
| σ₁₁ σ₀₂ |

getCurrentDirectory() - Static method in class imagingbook.core.FileUtils

Deprecated.

getCurrentDirectory(Class<?>) - Static method in class imagingbook.core.FileUtils

Returns the current directory associated with the specified class.

getD() - Method in class imagingbook.common.geometry.fitting.line.LinearRegressionFit

Returns the intercept parameter d for the fitted line y = k * x + d.

getD() - Method in class imagingbook.common.geometry.line.SlopeInterceptLine

getD() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Gets the block diagonal matrix D of the decomposition.

getD() - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Returns the block diagonal eigenvalue matrix D.

getD() - Method in class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

getD() - Method in interface imagingbook.common.math.eigen.RealEigenDecomposition

Gets the block diagonal matrix D of the decomposition.

getData() - Method in class imagingbook.common.image.PixelPack

Returns a reference to this PixelPack's internal data array, which is always two-dimensional: dimension 1 is the slice (component) index, dimension 2 is the pixel index (each slice is a 1D array).

getData() - Method in class imagingbook.common.sift.scalespace.ScaleLevel

Returns a reference to the internal (one-dimensional) data array of this scale level.

getDataOffsetCorrectionMatrix(double, double) - Method in interface imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic

Returns a 6x6 matrix (U) to convert ellipse parameters qr = (ar,...,fr) calculated for data centered at (xr, yr) to ellipse parameters q = (a,...,f) for the original non-centered data: q = U * qr.

getDecenteringMatrix(double, double) - Static method in interface imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic

Used to transform the algebraic parameter vector for sample data shifted to the reference point specified.

getDefaultWeights() - Static method in class imagingbook.common.color.RgbUtils

getDepth() - Method in class imagingbook.common.filter.generic.GenericFilter

Returns the depth (number of components) of the currently processed image.

getDepth() - Method in class imagingbook.common.image.access.ImageAccessor

Returns the depth (number of components) of this image accessor.

getDepth() - Method in class imagingbook.common.image.access.ScalarAccessor

getDepth() - Method in class imagingbook.common.image.access.VectorAccessor

getDepth() - Method in class imagingbook.common.image.PixelPack

Returns the depth (number of slices) of the associated image.

getDescriptor1() - Method in class imagingbook.common.sift.SiftMatch

getDescriptor2() - Method in class imagingbook.common.sift.SiftMatch

getDeterminant() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Calculates and returns the determinant of the decomposed matrix.

getDiagonal(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns a vector with the diagonal elements of the specified matrix.

getDiagonal(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns a vector with the diagonal elements of the specified matrix.

getDiagonal(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Returns a vector with the diagonal elements of the specified matrix.

getDimension() - Method in class imagingbook.common.math.MahalanobisDistance

Returns the sample dimension (M) for this instance.

getDistance() - Method in class imagingbook.common.geometry.delaunay.guibas.Edge2D.Distance

getDistance() - Method in class imagingbook.common.sift.SiftMatch

getDistance(double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

Calculates the distance to the closest ellipse point (but not the point itself).

getDistance(double, double) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the orthogonal distance between this line and the point (x, y).

getDistance(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Implementation required by Primitive2d interface.

getDistance(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Primitive2d

Returns the minimum absolute distance from the specified point to this curve.

getDistance(Pnt2d) - Method in class imagingbook.common.geometry.circle.GeometricCircle

Returns the (unsigned) distance between the specified point and this circle.

getDistance(Pnt2d) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

Returns the closest (geometric) distance of the specified point to this ellipse.

getDistance(Pnt2d) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the orthogonal (unsigned) distance between this line and the point p.

getDistance(SiftDescriptor) - Method in class imagingbook.common.sift.SiftDescriptor

Calculates and returns the distance between this descriptor's feature vector and another descriptor's feature vector using the Euclidean distance (VectorNorm.L2).

getDistance(SiftDescriptor, VectorNorm) - Method in class imagingbook.common.sift.SiftDescriptor

Calculates and returns the distance between this descriptor's feature vector and another descriptor's feature vector using the specified VectorNorm.

getDistanceMap() - Method in class imagingbook.common.image.matching.DistanceTransform

Returns the distance map as a 2D float array with the same size as the original image.

getDistanceSq(double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

getDogScaleSpace() - Method in class imagingbook.common.sift.SiftDetector

Returns the DogScaleSpace for this SIFT detector instance.

getDraw() - Method in class imagingbook.common.ransac.RansacResult

Returns the randomly drawn points that lead to this result.

getEdge() - Method in class imagingbook.common.geometry.delaunay.guibas.Edge2D.Distance

getEdgeBinary() - Method in class imagingbook.common.edges.CannyEdgeDetector

Returns a binary edge image, obtained by rendering the detected edge traces.

getEdgeMagnitude() - Method in class imagingbook.common.edges.CannyEdgeDetector

getEdgeMagnitude() - Method in interface imagingbook.common.edges.EdgeDetector

Returns the calculated edge magnitude for each pixel as a FloatProcessor.

getEdgeMagnitude() - Method in class imagingbook.common.edges.GrayscaleEdgeDetector

getEdgeMagnitude() - Method in class imagingbook.common.edges.MonochromaticEdgeDetector

getEdgeMagnitude() - Method in class imagingbook.common.edges.MultiGradientEdgeDetector

getEdgeOrientation() - Method in class imagingbook.common.edges.CannyEdgeDetector

getEdgeOrientation() - Method in interface imagingbook.common.edges.EdgeDetector

Returns the calculated edge orientation for each pixel as a FloatProcessor.

getEdgeOrientation() - Method in class imagingbook.common.edges.GrayscaleEdgeDetector

getEdgeOrientation() - Method in class imagingbook.common.edges.MonochromaticEdgeDetector

getEdgeOrientation() - Method in class imagingbook.common.edges.MultiGradientEdgeDetector

getEdgeTraces() - Method in class imagingbook.common.edges.CannyEdgeDetector

Returns a list of detected EdgeTrace instances.

getEffectiveKernel(Kernel1D, Kernel1D) - Static method in class imagingbook.common.filter.linear.Kernel2D

Calculates the effective 2D kernel array from two 1D kernels assumed to be applied in x- and y-direction, respectively.

getEigenvector(int) - Method in class imagingbook.common.math.eigen.EigenDecompositionApache

getEigenvector(int) - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Returns a copy of the specified eigenvector, i.e., the associated column vector of the matrix returned by EigenDecompositionJama.getV().

getEigenvector(int) - Method in class imagingbook.common.math.eigen.Eigensolver2x2

getEigenvector(int) - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Returns the specified eigenvector.

getEigenvector(int) - Method in class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

getEigenvector(int) - Method in interface imagingbook.common.math.eigen.RealEigenDecomposition

Returns the k-th eigenvector, i.e., the k-th column vector of the matrix returned by RealEigenDecomposition.getV().

getElapsedTime() - Method in class imagingbook.common.mser.MserDetector

Returns the time required for the MSER detector to process the associated image (in milliseconds).

getElapsedTime() - Method in class imagingbook.common.util.progress.ProgressMonitor

Returns the time elapsed since monitoring started (in seconds).

getElement(int) - Method in class imagingbook.common.util.LinearContainer

Returns the k-th element of this container.

getElementCount() - Method in class imagingbook.common.filter.mask.BinaryMask

Returns the number of inside-mask (1) elements.

getEllipse() - Method in interface imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic

Returns a algebraic ellipse constructed from the estimated ellipse parameters.

getEllipse() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

Returns a geometric Ellipse or null if the fit was unsuccessful.

getEllipse() - Method in class imagingbook.common.mser.MserData

Returns the equivalent ellipse for the associated component.

getEllipse(int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the ellipse associated with a single Fourier coefficient pair (G[-m], G[+m]) as a (AWT) Shape object.

getEllipseParameters(int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the parameters of the geometric ellipse associated with a single Fourier coefficient pair (G[-m], G[+m]).

getEmptySlice() - Method in class imagingbook.common.image.PixelPack

Creates and returns a new PixelPack.PixelSlice with the same dimensions and out-of-bounds strategy as this PixelPack.

getEnumConstantsSorted(Class<E>) - Static method in class imagingbook.common.util.ClassUtils

Returns an array of all constants defined by the specified enum class, sorted by their names.

getEquivalentEllipse() - Method in class imagingbook.common.regions.BinaryRegion

Calculates and returns this region's equivalent ellipse (see Sec.

getError() - Method in class imagingbook.common.geometry.fitting.points.AffineFit2d

getError() - Method in interface imagingbook.common.geometry.fitting.points.LinearFit2d

Returns the total error for this fit.

getError() - Method in class imagingbook.common.geometry.fitting.points.ProcrustesFit2d

getError() - Method in class imagingbook.common.geometry.fitting.points.ProjectiveFit2d

getFeatures() - Method in class imagingbook.common.sift.SiftDescriptor

Returns this descriptor's feature vector (array of integers).

getFileExtension(String) - Static method in class imagingbook.core.FileUtils

Extracts the extension part of a pathname as a string.

getFileName() - Method in enum imagingbook.common.color.cie.NamedIccProfile

getFileName() - Method in interface imagingbook.core.resource.ImageResource

getFileName() - Method in interface imagingbook.core.resource.NamedResource

Returns the file name for the associated resource (to be implemented by concrete classes).

getFileName() - Method in enum imagingbook.pdf.Type1CoreFont

getFileName() - Method in enum imagingbook.sampleimages.GeneralSampleImage

getFillColor() - Method in class imagingbook.common.ij.overlay.ColoredStroke

getFit(CircleFitAlgebraic.FitType, Pnt2d[]) - Static method in interface imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic

Creates and returns a new circle fit instance of the specified type for the given sample points.

getFit(CircleFitGeometric.FitType, Pnt2d[], GeometricCircle) - Static method in interface imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric

getFit(EllipseFitAlgebraic.FitType, Pnt2d[], Pnt2d) - Static method in interface imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic

getFit(EllipseFitGeometric.FitType, Pnt2d[], GeometricEllipse) - Static method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

getFloatProcessor() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns a FloatProcessor for this PixelPack.PixelSlice sharing the internal pixel data (nothing is copied).

getFloatProcessor(int) - Method in class imagingbook.common.image.PixelPack

Returns the FloatProcessor for the kth pixel slice.

getFloatProcessorCopy() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns a FloatProcessor for this PixelPack.PixelSlice by copying the internal pixel data.

getFloatProcessors() - Method in class imagingbook.common.image.PixelPack

Returns an array of FloatProcessor instances for this PixelPack.

getFormatStringFloat() - Static method in class imagingbook.common.math.PrintPrecision

Returns the floaing-point format string for the current print precision (to be used in String.format(String, Object...), for example "%.6f" if print precision is set to 6, or "%e" when precision ≤0.

getFrequencies() - Method in class imagingbook.common.color.statistics.ColorHistogram

Returns an array with the frequencies of all (distinct) colors of this histogram.

getFrequencies() - Method in class imagingbook.common.noise.perlin.PerlinNoiseGenerator

Returns an array with the frequencies f_i used for generating the noise function

getFrequency(int) - Method in class imagingbook.common.color.statistics.ColorHistogram

Returns the frequency of the unique color with the given index.

getFromDialog(ParameterBundle<?>, GenericDialog) - Static method in class imagingbook.common.ij.DialogUtils

Retrieves the field values of the specified ParameterBundle from the GenericDialog instance.

getGaussianScaleSpace() - Method in class imagingbook.common.sift.SiftDetector

Returns the GaussianScaleSpace for this SIFT detector instance.

getGeometricCircle() - Method in interface imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic

Returns a GeometricCircle instance for this fit or null if the fit was unsuccessful.

getGeometricEllipseParameters(AlgebraicEllipse) - Static method in class imagingbook.common.geometry.ellipse.GeometricEllipse

Calculates and returns the geometric ellipse parameters from a given algebraic ellipse (see Eqns.

getGoncharovaDistance(Pnt2d) - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

getGradientPolar(int, int, double[]) - Method in class imagingbook.common.sift.scalespace.ScaleLevel

Calculates the gradient at the specified scale level position in polar form.

getGraphics2D() - Method in class imagingbook.common.image.ImageGraphics

Returns the underlying Graphics2D object, which can be used to perform arbitrary graphics operations.

getH() - Method in class imagingbook.common.filter.linear.Kernel1D

Returns the kernel's 1D array.

getH() - Method in class imagingbook.common.filter.linear.Kernel2D

Returns the kernel's 2D array.

getHeight() - Method in class imagingbook.common.filter.generic.GenericFilter

Returns the height of the currently processed image.

getHeight() - Method in class imagingbook.common.filter.linear.Kernel2D

Returns the height of this kernel.

getHeight() - Method in class imagingbook.common.filter.mask.BinaryMask

getHeight() - Method in class imagingbook.common.image.access.ImageAccessor

Returns the height of the associated image.

getHeight() - Method in class imagingbook.common.image.GridIndexer2D

Returns the height of the associated image.

getHeight() - Method in class imagingbook.common.image.PixelPack

Returns the height of the associated image.

getHeight() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns the height of the associated image (see also GridIndexer2D).

getHeight() - Method in class imagingbook.common.mser.components.Component

Returns the height of the sub-tree which this component is the root of.

getHeight() - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns the height of the segmented image.

getHeight() - Method in class imagingbook.common.sift.scalespace.ScaleLevel

Returns the height of this scale level.

getHeight() - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns the image height of this scale space octave.

getHeight() - Method in class imagingbook.common.util.bits.BitMap

Returns the height of this BitMap.

getHeight() - Method in interface imagingbook.spectral.dct.Dct2d

Returns the 'height' of the 2D data array (length of dimension 1).

getHeight() - Method in class imagingbook.spectral.dct.Dct2dDirect

getHeight() - Method in interface imagingbook.spectral.dft.Dft2d

Returns the 'height' of the 2D data array (length of dimension 1).

getHeight() - Method in class imagingbook.spectral.dft.Dft2dDirect

getHistory() - Method in interface imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric

getHistory() - Method in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricCoord

getHistory() - Method in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricDist

getHistory() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

getHistory() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord

getHistory() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist

getHorizontal() - Method in class imagingbook.common.image.Projection

Returns the horizontal projection of the associated image.

getIm() - Method in class imagingbook.common.math.Complex

Returns the imaginary part of this complex number.

getImageIcon() - Method in interface imagingbook.core.resource.ImageResource

Returns an icon for this ImageResource with the default icon size.

getImageIcon(int) - Method in interface imagingbook.core.resource.ImageResource

Returns an icon for this ImageResource with the specified size.

getImagEigenvalue(int) - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

getImagEigenvalues() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Return the imaginary parts of the eigenvalues

getImagEigenvalues() - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Returns a vector with the imaginary parts of the eigenvalues.

getImagEigenvalues() - Method in class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

getImagePlus() - Method in interface imagingbook.core.resource.ImageResource

Opens end returns a ImagePlus instance for this ImageResource.

getImages(String) - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the contents of this scale space as an array of ImageJ (ImagePlus) images, one for each octave.

getImageShortTitles(ImagePlus[]) - Static method in class imagingbook.common.ij.IjUtils

Returns an array of strings containing the short titles of the images supplied.

getImageStack() - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns an ImageJ ImageStack for this octave which can be displayed.

getIndex() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns the slice index for this pixel slice, i.e, the component number in the containing pixel pack.

getIndex(int) - Method in class imagingbook.common.util.PrimitiveSortMap

Returns the index of the n-th smallest element of the original number sequence (passed to the constructor), starting with n = 0, which returns the index of the smallest element.

getIndex(int, int) - Method in class imagingbook.common.image.GridIndexer2D.ExceptionIndexer

getIndex(int, int) - Method in class imagingbook.common.image.GridIndexer2D

Returns the 1D array index for a given pair of image coordinates.

getIndex(int, int) - Method in class imagingbook.common.image.GridIndexer2D.MirrorImageIndexer

getIndex(int, int) - Method in class imagingbook.common.image.GridIndexer2D.NearestBorderIndexer

getIndex(int, int) - Method in class imagingbook.common.image.GridIndexer2D.ZeroValueIndexer

getInliers() - Method in class imagingbook.common.ransac.RansacResult

Returns the set of inliers (points) associated with this result.

getInnerContours() - Method in class imagingbook.common.regions.BinaryRegion

Get all inner contours of this region if available, null otherwise.

getInnerContours() - Method in interface imagingbook.common.regions.ContourTracer

Retrieves all inner contours of the associated region labeling.

getInnerContours() - Method in class imagingbook.common.regions.RegionContourSegmentation

getInnerContours() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getInnerContours(boolean) - Method in interface imagingbook.common.regions.ContourTracer

Retrieves all inner contours of the associated region labeling.

getInnerContours(boolean) - Method in class imagingbook.common.regions.RegionContourSegmentation

getInstance() - Static method in class imagingbook.common.color.colorspace.AdobeRgbColorSpace

Returns a singleton instance of AdobeRgbColorSpace.

getInstance() - Static method in class imagingbook.common.color.colorspace.HlsColorSpace

getInstance() - Static method in class imagingbook.common.color.colorspace.HsvColorSpace

getInstance() - Static method in class imagingbook.common.color.colorspace.LabColorSpace

getInstance() - Static method in class imagingbook.common.color.colorspace.LinearRgb65ColorSpace

getInstance() - Static method in class imagingbook.common.color.colorspace.LuvColorSpace

getInstance() - Static method in class imagingbook.common.color.colorspace.sRGB65ColorSpace

getInstance() - Static method in class imagingbook.common.color.colorspace.XYZ50ColorSpace

getInstance() - Static method in class imagingbook.common.color.colorspace.XYZ65ColorSpace

getInstance() - Method in enum imagingbook.common.corners.SubpixelMaxInterpolator.Method

getInstance() - Static method in class imagingbook.common.corners.SubpixelMaxInterpolator.QuadraticLeastSquares

getInstance() - Static method in class imagingbook.common.corners.SubpixelMaxInterpolator.QuadraticTaylor

getInstance() - Static method in class imagingbook.common.corners.SubpixelMaxInterpolator.Quartic

getInstance() - Static method in class imagingbook.common.geometry.fd.PolygonSampler

getInstance() - Static method in class imagingbook.common.math.VectorNorm.L1

Returns an instance of this specific VectorNorm type.

getInstance() - Static method in class imagingbook.common.math.VectorNorm.L2

Returns an instance of this specific VectorNorm type.

getInstance() - Static method in class imagingbook.common.math.VectorNorm.Linf

Returns an instance of this specific VectorNorm type.

getInstance() - Method in enum imagingbook.common.math.VectorNorm.NormType

Returns the (singleton) VectorNorm instance associated with this specific VectorNorm.NormType.

getInstance(double[], double[]) - Static method in class imagingbook.common.color.adapt.BradfordAdaptation

Returns a BradfordAdaptation instance for the specified white point coordinates.

getInstance(double[], double[]) - Static method in class imagingbook.common.color.adapt.XYZscalingAdaptation

Returns a XYZscalingAdaptation instance for the specified white point coordinates.

getInstance(int, double, double) - Static method in class imagingbook.common.corners.SubpixelMaxInterpolator.Quartic

getInstance(Illuminant, Illuminant) - Static method in class imagingbook.common.color.adapt.BradfordAdaptation

Returns a BradfordAdaptation instance for the specified illuminants (white points).

getInstance(Illuminant, Illuminant) - Static method in class imagingbook.common.color.adapt.XYZscalingAdaptation

Returns a XYZscalingAdaptation instance for the specified illuminants (white points).

getInternalDecomposition() - Method in class imagingbook.common.math.eigen.EigenDecompositionApache

Returns the underlying Apache eigendecomposition instance, mainly for debugging.

getInterpolatedValue(ScalarAccessor, double, double) - Method in class imagingbook.common.image.interpolation.BicubicInterpolator

getInterpolatedValue(ScalarAccessor, double, double) - Method in class imagingbook.common.image.interpolation.BilinearInterpolator

getInterpolatedValue(ScalarAccessor, double, double) - Method in class imagingbook.common.image.interpolation.LanczosInterpolator

getInterpolatedValue(ScalarAccessor, double, double) - Method in class imagingbook.common.image.interpolation.NearestNeighborInterpolator

getInterpolatedValue(ScalarAccessor, double, double) - Method in interface imagingbook.common.image.interpolation.PixelInterpolator

Returns the interpolated pixel value for the specified position.

getInterpolatedValue(ScalarAccessor, double, double) - Method in class imagingbook.common.image.interpolation.SplineInterpolator

getInterpolationMethod() - Method in class imagingbook.common.image.access.ImageAccessor

Returns the InterpolationMethod specified for this ImageAccessor.

getInvariantMoments() - Method in class imagingbook.common.geometry.moments.FlusserMoments

Calculates and returns a vector of 11 invariant moments for the specified set of 2D points.

getInverse() - Method in interface imagingbook.common.geometry.mappings.Inversion

Returns the inverse of this mapping.

getInverse() - Method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Calculates and returns the inverse mapping.

getInverse() - Method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Calculates and returns the inverse mapping.

getInverse() - Method in class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Calculates and returns the inverse mapping.

getInverse() - Method in class imagingbook.common.geometry.mappings.linear.Rotation2D

getInverse() - Method in class imagingbook.common.geometry.mappings.linear.Scaling2D

Calculates and returns the inverse mapping.

getInverse() - Method in class imagingbook.common.geometry.mappings.linear.Translation2D

getInverse() - Method in class imagingbook.common.geometry.mappings.nonlinear.LogPolarMapping1

getInverse() - Method in class imagingbook.common.geometry.mappings.nonlinear.LogPolarMapping2

getInverseCdf(double) - Method in class imagingbook.common.histogram.PiecewiseLinearCdf

Returns the inverse cumulative probability function a = P^-1(a), that is, the intensity value a associated with a given cum.

getInverseCovarianceMatrix() - Method in class imagingbook.common.math.MahalanobisDistance

Returns the inverse of the conditioned covariance matrix.

getIteration() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher

Returns the current iteration number.

getIterations() - Method in interface imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric

getIterations() - Method in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricCoord

getIterations() - Method in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricDist

getIterations() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

getIterations() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord

getIterations() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist

getIterations() - Method in class imagingbook.common.morphology.BinaryThinning

Returns the number of iterations performed since the last invocation of BinaryThinning.applyTo(ByteProcessor) or BinaryThinning.reset().

getIterator(T[]) - Static method in class imagingbook.common.util.ArrayUtils

Returns an iterator for the specified (non-primitive) array.

getJacobian(Pnt2d) - Method in interface imagingbook.common.geometry.mappings.Jacobian

Returns the Jacobian matrix for this mapping, evaluated at the given 2D point.

getJacobian(Pnt2d) - Method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

getJacobian(Pnt2d) - Method in class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

getJacobian(Pnt2d) - Method in class imagingbook.common.geometry.mappings.linear.Translation2D

getJarManifest(Class<?>) - Static method in class imagingbook.core.FileUtils

Finds the manifest (from META-INF/MANIFEST.MF) of the JAR file from which clazz was loaded.

getJavaDocUrl() - Method in interface imagingbook.core.jdoc.JavaDocHelp

Returns a JavaDoc URL for this object's class.

getJavaDocUrl(Class<?>) - Static method in interface imagingbook.core.jdoc.JavaDocHelp

Returns the JavaDoc URL for the specified class, which is obtained from the value of JavaDocBaseUrl annotations present at the PACKAGE level (in file package-info.java).

getK() - Method in class imagingbook.common.geometry.fitting.line.LinearRegressionFit

Returns the slope parameter k for the fitted line y = k * x + d.

getK() - Method in class imagingbook.common.geometry.line.SlopeInterceptLine

getLabel() - Method in class imagingbook.common.regions.Contour

Get the region label associated with this contour.

getLabel() - Method in class imagingbook.common.regions.SegmentationBackedRegion

Returns the label (number) of this region.

getLabel(int, int) - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns the label number for the specified image coordinate.

getLabel(int, int) - Method in class imagingbook.common.regions.RegionContourSegmentation

getLargestIndex(double[]) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the index of the largest element of the specified array.

getLargestIndex(float[]) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the index of the largest element of the specified array.

getLargestIndex(int[]) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the index of the largest element of the specified array.

getLargestValue(double[]) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the largest element of the specified array.

getLargestValue(float[]) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the largest element of the specified array.

getLargestValue(int[]) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the largest element of the specified array.

getLastIterationCount() - Method in class imagingbook.common.geometry.ellipse.project.OrthogonalEllipseProjector

getLastIterationCount() - Method in class imagingbook.common.geometry.ellipse.project.OrthogonalEllipseProjectorNewton

getLeaves() - Method in class imagingbook.common.mser.components.ComponentTree

Finds and returns a collection of all leaf components of this tree.

getLeftAxisPoint() - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

Deprecated.

getLength() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns the length (number of pixels) of the associated 1D pixel array.

getLength() - Method in class imagingbook.common.regions.Contour

Get the length of the contour.

getLength() - Method in interface imagingbook.common.util.bits.BitVector

Returns the length of this bit vector.

getLength() - Method in class imagingbook.common.util.bits.BitVector32

getLength() - Method in class imagingbook.common.util.bits.BitVector64

getLevel() - Method in class imagingbook.common.mser.components.Component

Returns the level (max.

getLevel(int) - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns a reference to the scale level of this octave with the specified index.

getLine() - Method in interface imagingbook.common.geometry.fitting.line.LineFit

Returns the AlgebraicLine associated with this line fit.

getLineParameters() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

getLineParameters() - Method in class imagingbook.common.geometry.fitting.line.LinearRegressionFit

getLineParameters() - Method in interface imagingbook.common.geometry.fitting.line.LineFit

Returns the parameters [A, B, C] for the AlgebraicLine associated with this line fit.

getLineParameters() - Method in class imagingbook.common.geometry.fitting.line.OrthogonalLineFitEigen

getLineParameters() - Method in class imagingbook.common.geometry.fitting.line.OrthogonalLineFitHomogeneous

getLineParameters() - Method in class imagingbook.common.geometry.fitting.line.OrthogonalLineFitSvd

getLines(int, int) - Method in class imagingbook.common.hough.HoughTransformLines

Finds and returns the parameters of the strongest lines with a specified min.

getLocalAffineFrame(Component<MserData>) - Method in class imagingbook.common.mser.LocalAffineFrameExtractor

Extracts a single local-affine frame for the specified MSER component.

getLocalPixels() - Method in class imagingbook.common.mser.components.Component

Returns a list of "local" pixels that directly belong to this component All these pixels have the same 'level' as the component itself.

getLUT() - Method in enum imagingbook.common.ij.NamedLookupTable

Returns the actual lookup table for this named item.

getMagnification(ImagePlus) - Static method in class imagingbook.common.ij.GuiTools

Returns the current magnification (zoom) factor for the specified ImagePlus instance.

getMagnitude() - Method in class imagingbook.common.sift.SiftDescriptor

Returns this descriptor's gradient response magnitude (score).

getMagnitude(double[][], double[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

Calculates and returns the magnitude of the supplied complex-valued 2D data.

getMagnitude(float[][], float[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

Calculates and returns the magnitude of the supplied complex-valued 2D data.

getMatch(float[][]) - Method in class imagingbook.common.image.matching.CorrCoeffMatcher

Matches the specified reference image R to the (fixed) search image I.

getMatch(ByteProcessor) - Method in class imagingbook.common.image.matching.ChamferMatcher

Calculates the match function for specified reference image R to this matcher's search image I (defined by the constructor).

getMatch(ImageProcessor) - Method in class imagingbook.common.image.matching.CorrCoeffMatcher

Matches the specified reference image R to the (fixed) search image I.

getMatch(Pnt2d.PntInt[], int, int) - Method in class imagingbook.common.image.matching.ChamferMatcher

Matches the specified point set to the (fixed) search image I.

getMatch(ProjectiveMapping2D) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher

Performs the full optimization on the given image pair (I, R).

getMax(float[]) - Method in class imagingbook.common.corners.SubpixelMaxInterpolator

Tries to locate the sub-pixel maximum from the 9 discrete sample values (s0,...,s8) taken from a 3x3 neighborhood, arranged in the following order:

getMax(float[]) - Method in class imagingbook.common.corners.SubpixelMaxInterpolator.QuadraticLeastSquares

getMax(float[]) - Method in class imagingbook.common.corners.SubpixelMaxInterpolator.QuadraticTaylor

getMax(float[]) - Method in class imagingbook.common.corners.SubpixelMaxInterpolator.Quartic

getMaxima(int) - Method in class imagingbook.common.image.LocalMinMaxFinder

Returns the detected local maxima as an array of type LocalMinMaxFinder.ExtremalPoint.

getMaxLabel() - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns the maximum label assigned by this segmentation.

getMCAT() - Static method in class imagingbook.common.color.adapt.BradfordAdaptation

getMCATi() - Static method in class imagingbook.common.color.adapt.BradfordAdaptation

getMean(int, int, int, int) - Method in class imagingbook.common.image.IntegralImage

Calculates the mean of the image values in the specified rectangle.

getMeanSquareError(Pnt2d[]) - Method in class imagingbook.common.geometry.circle.GeometricCircle

Calculates and returns the mean of the squared distances between this circle and a set of 2D points.

getMeanSquareError(Pnt2d[]) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

Returns the mean squared error between this ellipse and a set of 2D points.

getMinima(int) - Method in class imagingbook.common.image.LocalMinMaxFinder

Returns the detected local minima as an array of type LocalMinMaxFinder.ExtremalPoint.

getMinLabel() - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns the minimum label assigned by this segmentation.

getModuleFromClasspath(Class<?>, String) - Static method in class imagingbook.core.ClassUtils

Tries to discover the name of the module defining the specified class.

getModuleFromPackage(Class<?>) - Static method in class imagingbook.core.ClassUtils

getModuleName(Class<?>) - Static method in class imagingbook.core.FileUtils

getModuleName2(Class<?>) - Static method in class imagingbook.core.FileUtils

getMoments() - Method in class imagingbook.common.regions.BinaryRegion

Calculates and returns a vector of ordinary moments: (m10, m01, m20, m02, m11).

getMp() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the number of Fourier coefficient pairs for this descriptor.

getMrgb() - Method in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

Returns the 3x3 matrix for converting from linear RGB to CIE-XYZ color space.

getMrgbi() - Method in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

Returns the 3x3 matrix for converting from CIE-XYZ color space to linear RGB.

getMserFeatures() - Method in class imagingbook.common.mser.MserDetector

Extracts and returns a list of MSER components.

getName() - Method in enum imagingbook.common.color.sets.RalColor

getName(int) - Method in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

getName(int) - Method in class imagingbook.common.color.colorspace.HlsColorSpace

getName(int) - Method in class imagingbook.common.color.colorspace.HsvColorSpace

getNeighborhood(int, int, int, float[][][]) - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Collects and returns the 3x3x3 neighborhood values from this octave at scale level q and center position (u,v).

getNextNeighbor() - Method in class imagingbook.common.mser.components.PixelMap.Pixel

Gets the next neighbor of this pixel that is inside the containing image.

getNoiseValue(double) - Method in class imagingbook.common.noise.perlin.PerlinNoiseGenerator1d

1D combined (multi-frequency) Perlin noise function.

getNoiseValue(double[]) - Method in class imagingbook.common.noise.perlin.PerlinNoiseGeneratorNd

N-dim combined (multi-frequency) Perlin noise function.

getNoiseValue(double, double) - Method in class imagingbook.common.noise.perlin.PerlinNoiseGenerator2d

2D combined (multi-frequency) Perlin noise function.

getNthSmallestIndex(double[], int) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the index of the nth smallest element of the specified array, starting with n = 0, which returns the smallest element of the array.

getNthSmallestIndex(float[], int) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the index of the nth smallest element of the specified array, starting with n = 0, which returns the smallest element of the array.

getNthSmallestIndex(int[], int) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the index of the nth smallest element of the specified array, starting with n = 0, which returns the smallest element of the array.

getNthSmallestValue(double[], int) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the nth smallest element of the specified array, starting with n = 0, which returns the smallest element of the array.

getNthSmallestValue(float[], int) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the nth smallest element of the specified array, starting with n = 0, which returns the smallest element of the array.

getNthSmallestValue(int[], int) - Static method in class imagingbook.common.util.PrimitiveSortMap

Returns the nth smallest element of the specified int[], starting with n = 0, which returns the smallest element of numbers.

getNumberOfColors() - Method in class imagingbook.common.color.statistics.ColorHistogram

Returns the number of distinct colors in this color histogram.

getNumberOfColumns(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns the number of columns of the specified double matrix.

getNumberOfColumns(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns the number of columns of the specified float matrix.

getNumberOfColumns(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Returns the number of columns of the specified RealMatrix.

getNumberOfRows(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns the number of rows of the specified double matrix.

getNumberOfRows(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns the number of rows of the specified float matrix.

getNumberOfRows(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Returns the number of rows of the specified RealMatrix.

getOctave(int) - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns a reference to the p-th octave in this scale space.

getOctaveIndex() - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns the index (p) of this scale space octave.

getOpenImages(boolean) - Static method in class imagingbook.common.ij.IjUtils

Returns a (possibly empty) array of ImagePlus objects that are sorted by their titles if the 'sortByTitle' flag is set.

getOpenImages(boolean, ImagePlus) - Static method in class imagingbook.common.ij.IjUtils

Returns a (possibly empty) array of ImagePlus objects that are sorted by their titles if the sortByTitle flag is set.

getOppositeVertex(Edge2D) - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Returns the vertex of this triangle opposite to the specified edge.

getOrientation() - Method in class imagingbook.common.sift.SiftDescriptor

Returns this descriptor's orientation angle (in radians).

getOrientationVector() - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

Returns the orientation vector of this bounding box (pointing in the direction of its major axis).

getOuterContour() - Method in class imagingbook.common.regions.BinaryRegion

Returns the (single) outer contour of this region if available, null otherwise.

getOuterContour() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getOuterContours() - Method in interface imagingbook.common.regions.ContourTracer

Retrieves all outer contours of the associated region labeling.

getOuterContours() - Method in class imagingbook.common.regions.RegionContourSegmentation

getOuterContours(boolean) - Method in interface imagingbook.common.regions.ContourTracer

Retrieves all outer contours of the associated region labeling.

getOuterContours(boolean) - Method in class imagingbook.common.regions.RegionContourSegmentation

getOutlinePointsFloat(Roi) - Static method in class imagingbook.common.ij.RoiUtils

Retrieves the outline of the specified ROI as an array of Pnt2d points with double coordinates.

getOutlinePointsInt(Roi) - Static method in class imagingbook.common.ij.RoiUtils

Retrieves the outline of the specified ROI as an array of Pnt2d points with int coordinates.

getOutOfBoundsStrategy() - Method in class imagingbook.common.image.access.ImageAccessor

Returns the OutOfBoundsStrategy specified for this ImageAccessor.

getOutOfBoundsStrategy() - Method in class imagingbook.common.image.GridIndexer2D

Returns the out-of-bounds strategy (see {qlink OutOfBoundsStrategy} used by this indexer.

getOutOfBoundsStrategy() - Method in class imagingbook.common.image.PixelPack

Returns the out-of-bounds strategy.

getOverlay() - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

getP() - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the number of octaves in this scale space.

getP1() - Method in class imagingbook.common.geometry.basic.LineSegment2d

Returns the first end point.

getP2() - Method in class imagingbook.common.geometry.basic.LineSegment2d

Returns the second end point.

getParameters() - Method in class imagingbook.common.geometry.circle.AlgebraicCircle

Returns a vector of algebraic circle parameters (A, B, C, D).

getParameters() - Method in class imagingbook.common.geometry.circle.GeometricCircle

Returns a vector of geometric circle parameters (xc, yc, r).

getParameters() - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

Return a vector of parameters for this ellipse.

getParameters() - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

Returns a vector of parameters for this ellipse.

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFit3Points

getParameters() - Method in interface imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic

Returns parameters (A, B, C, D) of the AlgebraicCircle or null if the fit was unsuccessful.

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitHyperSimple

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitHyperStable

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaA

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaB

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitKasaC

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitPratt

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.algebraic.CircleFitTaubin

getParameters() - Method in interface imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricCoord

getParameters() - Method in class imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometricDist

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFit5Points

getParameters() - Method in interface imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic

Returns a vector of algebraic ellipse parameters: (a,b,c,d,e,f), representing the ellipse by a x^2 + b x y + c y^2 + d x + e y + f = 0.

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitFitzgibbonNaive

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitFitzgibbonOriginal

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitFitzgibbonStable

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitTaubin1

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitTaubin2

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord

getParameters() - Method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist

getParameters() - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the algebraic line parameters [A, B, C].

getParent() - Method in class imagingbook.common.mser.components.Component

Returns the parent component of this component (null if this node is the tree's root).

getPass() - Method in class imagingbook.common.filter.generic.GenericFilter

Returns the current filter pass number, starting with 0.

getPdf() - Method in class imagingbook.common.histogram.PiecewiseLinearCdf

Returns the probability function for this distribution as a discrete array of probabilities.

getPermutation() - Method in class imagingbook.common.util.PrimitiveSortMap

Returns the permutation (position indexes) for the underlying number sequence as a int array.

getPix(double, double) - Method in class imagingbook.common.image.access.ImageAccessor

Returns the interpolated pixel value for the specified floating-point position as a float[] with either 1 element for scalar-valued images and or more elements (e.g., 3 for for RGB images).

getPix(double, double) - Method in class imagingbook.common.image.access.RgbAccessor

getPix(double, double) - Method in class imagingbook.common.image.access.ScalarAccessor

getPix(int) - Method in class imagingbook.common.image.PixelPack

Returns the pixel data at the specified position as a float[].

getPix(int, float[]) - Method in class imagingbook.common.image.PixelPack

Reads the pixel data at the specified 1D index.

getPix(int, int) - Method in class imagingbook.common.image.access.ImageAccessor

Returns the pixel value for the specified floating-point position as a float[] with either 1 element for scalar-valued images and or more elements (e.g., 3 for for RGB images).

getPix(int, int) - Method in class imagingbook.common.image.access.RgbAccessor

getPix(int, int) - Method in class imagingbook.common.image.access.ScalarAccessor

getPix(int, int) - Method in class imagingbook.common.image.PixelPack

Returns the pixel data at the specified position as a float[].

getPix(int, int, float[]) - Method in class imagingbook.common.image.PixelPack

Reads the pixel data at the specified image position.

getPixel(int, int) - Method in class imagingbook.common.mser.components.PixelMap

Returns the PixelMap.Pixel instance at the specified position.

getPixelVector() - Method in class imagingbook.common.mser.components.PixelMap

Returns a new 1D array (i.e., a "flattened" vector in row-first order) of PixelMap.Pixel elements, e.g., for sorting pixels by value.

getPointArray() - Method in class imagingbook.common.regions.Contour

Get the contour points as an array.

getPointList() - Method in class imagingbook.common.regions.Contour

Get the list of contour points.

getPoints() - Method in class imagingbook.common.edges.EdgeTrace

Returns an array of points contained in this edge trace.

getPoints() - Method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Returns a list of 2D vertices contained in this triangulation.

getPoints() - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

getPoints() - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

getPoints() - Method in interface imagingbook.common.geometry.delaunay.Triangle

Returns an array of points used by the triangulation in the order of their insertion.

getPoints() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Returns the current point sequence of this fit as an array.

getPoints(int, double) - Method in class imagingbook.common.geometry.fitting.line.utils.LineSampler

Returns an array of randomly sampled points.

getPoints(int, double, double, double) - Method in class imagingbook.common.geometry.fitting.circle.utils.CircleSampler

Creates and returns an array of 2D points sampled on the circle associated with this CircleSampler.

getPoints(int, double, double, double) - Method in class imagingbook.common.geometry.fitting.ellipse.utils.EllipseSampler

Creates and returns an array of 2D points sampled on the ellipse associated with this EllipseSampler.

getPoints(FloatPolygon) - Static method in class imagingbook.common.ij.RoiUtils

Extracts the points of an ImageJ FloatPolygon.

getPoints(FloatPolygon, double) - Static method in class imagingbook.common.ij.RoiUtils

Extracts the points of an ImageJ FloatPolygon.

getPolygonPath() - Method in class imagingbook.common.regions.Contour

Get the polygon for this contour (for subsequent drawing).

getPolygonPath(double, double) - Method in class imagingbook.common.regions.Contour

Get the polygon for this contour (for subsequent drawing).

getPrimary(int) - Method in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

Returns the XYZ color coordinates for the primary color with the specified index, measured relative to the white point of this color space (see AbstractRgbColorSpace.getWhitePoint()).

getPrimitiveFinal() - Method in class imagingbook.common.ransac.RansacResult

Returns the final primitive obtained after fitting numerically to the associated inlier points.

getPrimitiveInit() - Method in class imagingbook.common.ransac.RansacResult

Returns the initial primitive (e.g., a circle) obtained from the minimum number of randomly drawn points.

getProcessor() - Method in class imagingbook.common.image.access.ImageAccessor

Returns the source ImageProcessor associated with this ImageAccessor.

getProcessor() - Method in class imagingbook.common.image.access.RgbAccessor

getProcessors() - Method in class imagingbook.common.image.ColorPack

Returns the 3 color components as an array of FloatProcessor.

getProfile() - Method in enum imagingbook.common.color.cie.NamedIccProfile

Returns the ICC_Profile associated with this enum item or null if the profile could not be read (which is an error).

getProgress() - Method in class imagingbook.common.filter.generic.GenericFilter

getProgress() - Method in class imagingbook.common.hough.HoughTransformLines

getProgress() - Method in class imagingbook.common.util.progress.ProgressMonitorExample.SlowProcess

getProgress() - Method in interface imagingbook.common.util.progress.ProgressReporter

Returns a value in [0,1) indicating to which degree this task is complete.

getProperties() - Method in class imagingbook.common.mser.components.Component

Returns the properties attached to this component.

getProperty(GenericProperties.PropertyKey<T>) - Method in interface imagingbook.common.util.GenericProperties

Returns the value associated with the specified GenericProperties.PropertyKey, or null if this map contains no mapping for the key.

getPropertyMap() - Method in class imagingbook.common.regions.BinaryRegion

getPropertyMap() - Method in interface imagingbook.common.util.GenericProperties

Returns an instance of GenericProperties.PropertyMap with keys of type String and values of type Object.

getQ() - Method in class imagingbook.common.corners.Corner

Returns this corner's score value.

getQ() - Method in class imagingbook.common.corners.GradientCornerDetector

Returns the corner score function as a FloatProcessor object.

getQ() - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the number of scale levels in each octave of this scale space.

getRadius() - Method in class imagingbook.common.geometry.line.HessianLine

getRandomSeed(int) - Static method in interface imagingbook.common.noise.hashing.HashFunction

getRe() - Method in class imagingbook.common.math.Complex

Returns the real part of this complex number.

getRealEigenvalue(int) - Method in class imagingbook.common.math.eigen.EigenDecompositionApache

getRealEigenvalue(int) - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

getRealEigenvalue(int) - Method in class imagingbook.common.math.eigen.Eigensolver2x2

getRealEigenvalue(int) - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

getRealEigenvalue(int) - Method in class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

getRealEigenvalue(int) - Method in interface imagingbook.common.math.eigen.RealEigenDecomposition

Returns the real part of the k-th eigenvalue

getRealEigenvalues() - Method in class imagingbook.common.math.eigen.EigenDecompositionApache

getRealEigenvalues() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Return the real parts of the eigenvalues

getRealEigenvalues() - Method in class imagingbook.common.math.eigen.Eigensolver2x2

getRealEigenvalues() - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Returns a vector with the real parts of the eigenvalues.

getRealEigenvalues() - Method in class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

getRealEigenvalues() - Method in interface imagingbook.common.math.eigen.RealEigenDecomposition

Returns a vector holding the real parts of the eigenvalues

getRealRoots(double, double, double) - Static method in class imagingbook.common.math.Arithmetic

Returns the two real roots of the quadratic function f(x) = ax^2 + bx + c.

getRealX(int, double) - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Calculates and returns the real (unscaled) x-position for a local coordinate at the specified octave.

getRealY(int, double) - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Calculates and returns the real (unscaled) y-position for a local coordinate at the specified octave.

getReferenceMappingTo(Pnt2d[]) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher

Calculates the projective transformation that maps the reference image R (centered at the origin) to some other quad Q.

getReferencePoints() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher

Returns the corner points of the bounding rectangle of R, centered at the origin.

getRegion(int) - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Finds the region associated to the specified label or null if no region for that label exists.

getRegion(int, int) - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns the BinaryRegion instance associated with the given image position or null if the segmentation contains no region covering the given position.

getRegions() - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns an unsorted list of all regions associated with this region labeling.

getRegions(boolean) - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns a (optionally sorted) list of all regions associated with this region labeling.

getRelativeDirectory() - Method in interface imagingbook.core.resource.NamedResource

Returns the resource directory relative to the implementing class.

getRelativeDirectory() - Method in enum imagingbook.pdf.Type1CoreFont

getRelativeDirectory(Class<? extends NamedResource>) - Static method in interface imagingbook.core.resource.NamedResource

getRelativePath() - Method in interface imagingbook.core.resource.NamedResource

Returns the path to the associated resource relative to the location of the implementing class.

getResourceFileNames(Class<?>, String) - Static method in class imagingbook.core.resource.ResourceUtils

Use this method to obtain the names of all files in a directory located relative to the specified class (non-recursively).

getResourceFileNames(Class<? extends ImageResource>) - Static method in interface imagingbook.core.resource.ImageResource

Returns the names of the actual files contained in the associated resource directory of the specified class, which must implement the ImageResource interface.

getResourceFileNames(Class<? extends NamedResource>) - Static method in interface imagingbook.core.resource.NamedResource

Returns the names of the actual files contained in the associated resource directory of the specified class, which must implement the NamedResource interface.

getResourcePath(Class<?>, String) - Static method in class imagingbook.core.resource.ResourceUtils

Finds the path to a resource relative to the location of some class.

getResourcePaths(Class<?>, String) - Static method in class imagingbook.core.resource.ResourceUtils

Use this method to obtain the paths to all files in a directory located relative to the specified class (non-recursively).

getResourcePaths(URI) - Static method in class imagingbook.core.resource.ResourceUtils

getResourcePaths(Path) - Static method in class imagingbook.core.resource.ResourceUtils

Method to obtain the paths to all files in a directory specified by a Path (non-recursively).

getResourceUri(Class<?>, String) - Static method in class imagingbook.core.resource.ResourceUtils

Finds the URI for a resource relative to a specified class.

getRmsError() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeForwardMatcher

getRmsError() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeInverseMatcher

getRmsError() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher

Measures the RMS intensity difference between the reference image R and the patch in the search image I defined by the current warp Tp.

getRmsError() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher1D

getRoot() - Method in class imagingbook.common.mser.components.ComponentTree

Returns the root component of this component tree.

getRoot() - Method in class imagingbook.common.mser.components.ComponentTreeGlobalImmersion

getRoot() - Method in class imagingbook.common.mser.components.ComponentTreeLinearTime

getRotation() - Method in class imagingbook.common.geometry.fitting.points.ProcrustesFit2d

Retrieves the estimated orthogonal (rotation) matrix.

getRow(double[][], int) - Static method in class imagingbook.common.math.Matrix

Returns a particular row of the specified double matrix as a double vector.

getRow(float[][], int) - Static method in class imagingbook.common.math.Matrix

Returns a particular row of the specified float matrix as a float vector.

getS() - Method in class imagingbook.common.geometry.line.ParametricLine

getS1() - Method in class imagingbook.common.image.IntegralImage

Returns the summed area table of pixel values (Σ₁).

getS2() - Method in class imagingbook.common.image.IntegralImage

Returns the summed area table of squared pixel values (Σ₂).

getSampsonDistance(Pnt2d) - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

getScale() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the scale of this Fourier descriptor, that is, the factor required to scale it to its original (sample) size.

getScale() - Method in class imagingbook.common.geometry.fitting.points.ProcrustesFit2d

Retrieves the estimated scale.

getScale() - Method in class imagingbook.common.sift.SiftDescriptor

Returns this descriptor's absolute scale (σ).

getScale(int) - Method in class imagingbook.common.math.VectorNorm

Returns a factor to scale magnitude and distance values to the range of the vector components of dimensionality n.

getScale(int) - Method in class imagingbook.common.math.VectorNorm.L1

getScale(int) - Method in class imagingbook.common.math.VectorNorm.L2

getScale(int) - Method in class imagingbook.common.math.VectorNorm.Linf

getScale(int, boolean) - Method in enum imagingbook.spectral.dft.ScalingMode

Returns the DFT scale factor for the specified data size and transformation direction.

getScaleLevel() - Method in class imagingbook.common.sift.SiftDescriptor

Returns this descriptor's scale level (scale space octave index p).

getScaleLevel(int, int) - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the q-th scale space level of octave p in this scale space.

getScaleNormalizedMoment(int, int) - Method in class imagingbook.common.geometry.moments.FlusserMoments

Returns the scale-normalized complex moment of order (p,q) for the specified set of 2D points.

getScalingMode() - Method in interface imagingbook.spectral.dft.Dft1d

Returns the scaling mode of this DFT (see ScalingMode).

getScalingMode() - Method in class imagingbook.spectral.dft.Dft1dDirect

getScalingMode() - Method in interface imagingbook.spectral.dft.Dft2d

Returns the scaling mode of this DFT (see ScalingMode).

getScalingMode() - Method in class imagingbook.spectral.dft.Dft2dDirect

getScore() - Method in class imagingbook.common.ransac.RansacResult

Returns the score (number of inliers) associated with this result.

getShape() - Method in interface imagingbook.common.geometry.shape.ShapeProducer

Returns a Shape for this object at the default scale (1).

getShape(double) - Method in class imagingbook.common.corners.Corner

getShape(double) - Method in class imagingbook.common.geometry.basic.LineSegment2d

getShape(double) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a round dot (Shape instance) for drawing this point.

getShape(double) - Method in class imagingbook.common.geometry.circle.GeometricCircle

getShape(double) - Method in interface imagingbook.common.geometry.delaunay.Triangle

getShape(double) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

getShape(double) - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

getShape(double) - Method in class imagingbook.common.geometry.hulls.ConvexHull

getShape(double) - Method in class imagingbook.common.geometry.line.AlgebraicLine

getShape(double) - Method in interface imagingbook.common.geometry.shape.ShapeProducer

Returns a scaled Shape for this object (default scale is 1).

getShape(double) - Method in class imagingbook.common.sift.SiftDescriptor

getShape(int, int) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns a Shape for this line to be drawn in a canvas of the specified size.

getShapeFull(int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Reconstructs the associated 2D shape (closed contour) with N sample points, using all of the Fourier descriptor's coefficient pairs.

getShapePair(int, int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Reconstructs the associated 2D shape (closed contour) with N sample points, using only a single coefficient pairs.

getShapePartial(int, int) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Reconstructs the associated 2D shape (closed contour) with N sample points, using only a subset of the Fourier descriptor's coefficient pairs.

getShapePointFull(double) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Reconstructs a single space point of the associated shape (closed contour) at the fractional path position t ∈ [0,1], using all of the Fourier descriptor's coefficient pairs.

getShapePointPair(int, double) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the spatial point reconstructed from a single DFT coefficient pair G[-m], G[+m] at position t ∈ [0,1].

getShapePointPartial(int, double) - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Reconstructs a single space point of the associated shape (closed contour) at the fractional path position t ∈ [0,1], using only a subset of the Fourier descriptor's coefficient pairs.

getShapePoints(Shape) - Static method in interface imagingbook.common.geometry.shape.ShapeProducer

getShapes() - Method in interface imagingbook.common.geometry.shape.ShapeProducer

getShapes(double) - Method in class imagingbook.common.geometry.circle.GeometricCircle

getShapes(double) - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

getShapes(double) - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

getShapes(double) - Method in interface imagingbook.common.geometry.shape.ShapeProducer

Returns a fixed sequence of Shape items for drawing this object, which must contain at least one item.

getSiftFeatures() - Method in class imagingbook.common.sift.SiftDetector

Calculates and returns a list of SIFT descriptors.

getSigma_0() - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the base scale assigned to level 0 of octave 0.

getSigma_s() - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the assumed sampling scale.

getSignedDistance(double, double) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the orthogonal (signed) distance between this line and the point (x, y).

getSignedDistance(Pnt2d) - Method in class imagingbook.common.geometry.circle.GeometricCircle

Returns the signed distance between the specified point and this circle.

getSignedDistance(Pnt2d) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the orthogonal (signed) distance between this line and the specified point.

getSize() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

getSize() - Method in class imagingbook.common.geometry.fitting.line.LinearRegressionFit

getSize() - Method in interface imagingbook.common.geometry.fitting.line.LineFit

Returns the size of the point set used for calculating this line fit.

getSize() - Method in class imagingbook.common.geometry.fitting.line.OrthogonalLineFitEigen

getSize() - Method in class imagingbook.common.geometry.fitting.line.OrthogonalLineFitHomogeneous

getSize() - Method in class imagingbook.common.geometry.fitting.line.OrthogonalLineFitSvd

getSize() - Method in class imagingbook.common.mser.components.Component

Returns the size (number of pixels) of this component.

getSize() - Method in class imagingbook.common.regions.BinaryRegion

Get the size of this region.

getSize() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getSize() - Method in interface imagingbook.spectral.dct.Dct1d

Returns the size of this DCT (length of data vectors).

getSize() - Method in class imagingbook.spectral.dct.Dct1dDirect

getSize() - Method in class imagingbook.spectral.dct.Dct1dSlow

getSize() - Method in interface imagingbook.spectral.dft.Dft1d

Returns the size of this DFT (length of data vectors).

getSize() - Method in class imagingbook.spectral.dft.Dft1dDirect

getSize(int, int, int, int) - Method in class imagingbook.common.image.IntegralImage

Returns the size of (number of pixels in) the specified rectangle.

getSlice(int) - Method in class imagingbook.common.image.PixelPack

Returns the kth PixelPack.PixelSlice.

getSlices() - Method in class imagingbook.common.image.PixelPack

Returns an array of PixelPack.PixelSlice instances for this PixelPack.

getSquaredError(Pnt2d[], Pnt2d[], double[][]) - Static method in interface imagingbook.common.geometry.fitting.points.LinearFit2d

Calculates and returns the sum of squared fitting errors for two associated point sequences (P, Q) under a linear transformation specified by a 3x3 matrix A.

getSquaredOrthogonalError() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Calculates and returns the sum of the squared orthogonal distances of the current point set for this line fit.

getSquaredOrthogonalError(Pnt2d[]) - Method in interface imagingbook.common.geometry.fitting.line.LineFit

Calculates and returns the sum of the squared orthogonal distances of the specified points for this line fit.

getSquaredRegressionError(Pnt2d[]) - Method in class imagingbook.common.geometry.fitting.line.LinearRegressionFit

Calculates and returns the sum of the squared differences between the y-coordinates of the data points (xi, yi) and the associated y-value of the regression line (y = k x + d).

getSquareError(Pnt2d[]) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Calculates the sum of squared distances between this line and a given array of 2D points.

getStream() - Method in interface imagingbook.core.resource.NamedResource

Returns an InputStream for reading from this resource.

getStringFromClipboard() - Static method in class imagingbook.common.util.Clipboard

If a string is on the system clipboard, this method returns it; otherwise it returns null.

getStroke() - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

getStrokeColor() - Method in class imagingbook.common.ij.overlay.ColoredStroke

getStructuringElement() - Method in class imagingbook.common.morphology.BinaryMorphologyFilter

Returns the structuring element (kernel H) for this morphological filter.

getTempDirectory() - Static method in class imagingbook.core.FileUtils

getThreshold(int[]) - Method in interface imagingbook.common.threshold.global.GlobalThresholder

Returns a single (global) threshold value for the specified histogram.

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.IsodataThresholder

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.IsodataThresholderSlow

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.MaxEntropyThresholder

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.MeanThresholder

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.MinErrorThresholder

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.MinMaxThresholder

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.OtsuThresholder

getThreshold(int[]) - Method in class imagingbook.common.threshold.global.QuantileThresholder

getThreshold(ByteProcessor) - Method in interface imagingbook.common.threshold.adaptive.AdaptiveThresholder

Calculates a adaptive "threshold surface" for the specified ByteProcessor and returns it as another ByteProcessor.

getThreshold(ByteProcessor) - Method in class imagingbook.common.threshold.adaptive.BernsenThresholder

getThreshold(ByteProcessor) - Method in class imagingbook.common.threshold.adaptive.NiblackThresholder

getThreshold(ByteProcessor) - Method in class imagingbook.common.threshold.adaptive.SauvolaThresholder

getThreshold(ByteProcessor) - Method in interface imagingbook.common.threshold.global.GlobalThresholder

Returns a single (global) threshold value for the specified ByteProcessor (8-bit image).

getTopIndex() - Method in class imagingbook.common.util.LinearContainer

Returns the top index of this container.

getTopLevelIndex() - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

Returns the top level index in each scale space octave (e.g., this is Q+1 for the Gaussian scale space used in SIFT).

getTotalError() - Method in class imagingbook.common.color.quantize.KMeansClusteringQuantizer

Returns the final clustering error, calculated as the sum of the squared distances of the color samples to the associated cluster centers.

getTransformationMatrix() - Method in class imagingbook.common.geometry.fitting.points.AffineFit2d

getTransformationMatrix() - Method in interface imagingbook.common.geometry.fitting.points.LinearFit2d

Returns the (3,3) or (2,3) transformation matrix A for this fit, such that y_i ~ A * x_i (with x_i in homogeneous coordinates).

getTransformationMatrix() - Method in class imagingbook.common.geometry.fitting.points.ProcrustesFit2d

getTransformationMatrix() - Method in class imagingbook.common.geometry.fitting.points.ProjectiveFit2d

getTransformationMatrix() - Method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Retrieves the transformation matrix for this mapping.

getTranslation() - Method in class imagingbook.common.geometry.fitting.points.ProcrustesFit2d

Retrieves the estimated translation vector.

getTriangles() - Method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Returns a list of Triangle instances contained in this triangulation.

getTriangles() - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

getURL() - Method in interface imagingbook.core.resource.NamedResource

Returns the URL to the associated resource.

getV() - Method in class imagingbook.common.geometry.line.ParametricLine

getV() - Method in class imagingbook.common.math.eigen.EigenDecompositionApache

getV() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Return the matrix of eigenvectors, which are its column vectors.

getV() - Method in class imagingbook.common.math.eigen.Eigensolver2x2

getV() - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Return the matrix of eigenvectors, which are its column vectors.

getV() - Method in class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

getV() - Method in interface imagingbook.common.math.eigen.RealEigenDecomposition

Return the matrix of eigenvectors, which are its column vectors.

getVal(double, double) - Method in class imagingbook.common.image.access.ScalarAccessor

Reads and returns the interpolated scalar pixel value for the given image position.

getVal(double, double, int) - Method in class imagingbook.common.image.access.ImageAccessor

Returns the interpolated value of the pixel's k-th component at the specified position.

getVal(double, double, int) - Method in class imagingbook.common.image.access.ScalarAccessor

getVal(double, double, int) - Method in class imagingbook.common.image.access.VectorAccessor

getVal(int, int) - Method in class imagingbook.common.image.access.ByteAccessor

getVal(int, int) - Method in class imagingbook.common.image.access.FloatAccessor

getVal(int, int) - Method in class imagingbook.common.image.access.ScalarAccessor

Reads and returns the scalar pixel value for the given image position.

getVal(int, int) - Method in class imagingbook.common.image.access.ShortAccessor

getVal(int, int) - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns the pixel value for the specified image position.

getVal(int, int, int) - Method in class imagingbook.common.image.access.ImageAccessor

Returns the value of the pixel's k-th component at the specified position.

getVal(int, int, int) - Method in class imagingbook.common.image.access.ScalarAccessor

getVal(int, int, int) - Method in class imagingbook.common.image.access.VectorAccessor

getValidParameterFields() - Method in interface imagingbook.common.util.ParameterBundle

Returns the valid parameter fields as an array.

getValue(int, int) - Method in class imagingbook.common.sift.scalespace.ScaleLevel

Returns the element value at the specified position of this scale level.

getVariance(int, int, int, int) - Method in class imagingbook.common.image.IntegralImage

Calculates the variance of the image values in the specified rectangle.

getVec(int, int) - Method in class imagingbook.common.image.PixelPack

Deprecated.

getVec(int, int, float[]) - Method in class imagingbook.common.image.PixelPack

Deprecated.

getVersionInfo() - Static method in class imagingbook.core.Info

Reads version information from the MANIFEST.MF file of the JAR file from which this class was loaded.

getVertical() - Method in class imagingbook.common.image.Projection

Returns the vertical projection of the associated image.

getVertices() - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

Returns an array holding the 4 corner points of the bounding box.

getVertices() - Method in class imagingbook.common.geometry.hulls.ConvexHull

Returns a sequence of 2D points on the convex hull (in counter-clockwise order).

getVT() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Return the transpose of the eigenvector matrix.

getWeight(double) - Method in class imagingbook.common.image.interpolation.BicubicInterpolator

getWeight(double) - Method in class imagingbook.common.image.interpolation.BilinearInterpolator

Corresponds to function w_lin(x), see Eqn.

getWeight(double) - Method in class imagingbook.common.image.interpolation.LanczosInterpolator

getWeight(double) - Method in class imagingbook.common.image.interpolation.NearestNeighborInterpolator

Corresponds to function w_nn(x), see Eqn.

getWeight(double) - Method in interface imagingbook.common.image.interpolation.PixelInterpolator

Returns the value of the one-dimensional weight function w(x), that is the weight given to some pixel at distance x from the current interpolation point.

getWeight(double) - Method in class imagingbook.common.image.interpolation.SplineInterpolator

getWeight(double, double) - Method in interface imagingbook.common.image.interpolation.PixelInterpolator

Returns the value of the two-dimensional weight function W(x,y), that is the weight given to some pixel at distance (x,y) relative to the current interpolation point.

getWhiteningTransformation() - Method in class imagingbook.common.math.MahalanobisDistance

Returns the 'root' (U) of the inverse covariance matrix S^{-1}, such that S^{-1} = U^T .

getWhiteningTransformation(double, double) - Method in class imagingbook.common.math.MahalanobisDistance

Returns the 'root' (U) of the inverse covariance matrix S^{-1}, such that S^{-1} = U^T .

getWhitePoint() - Method in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

Returns the XYZ coordinates of the white point associated with this color space (typically D65 or D50).

getWidth() - Method in class imagingbook.common.filter.generic.GenericFilter

Returns the width of the currently processed image.

getWidth() - Method in class imagingbook.common.filter.linear.Kernel1D

Returns the width (length) of this kernel.

getWidth() - Method in class imagingbook.common.filter.linear.Kernel2D

Returns the width of this kernel.

getWidth() - Method in class imagingbook.common.filter.mask.BinaryMask

getWidth() - Method in class imagingbook.common.image.access.ImageAccessor

Returns the width of the associated image.

getWidth() - Method in class imagingbook.common.image.GridIndexer2D

Returns the width of the associated image.

getWidth() - Method in class imagingbook.common.image.PixelPack

Returns the width of the associated image.

getWidth() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Returns the width of the associated image (see also GridIndexer2D).

getWidth() - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns the width of the segmented image.

getWidth() - Method in class imagingbook.common.sift.scalespace.ScaleLevel

Returns the width of this scale level.

getWidth() - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns the image width of this scale space octave.

getWidth() - Method in class imagingbook.common.util.bits.BitMap

Returns the width of this BitMap.

getWidth() - Method in interface imagingbook.spectral.dct.Dct2d

Returns the 'width' of the 2D data array (length of dimension 0).

getWidth() - Method in class imagingbook.spectral.dct.Dct2dDirect

getWidth() - Method in interface imagingbook.spectral.dft.Dft2d

Returns the 'width' of the 2D data array (length of dimension 0).

getWidth() - Method in class imagingbook.spectral.dft.Dft2dDirect

getX() - Method in class imagingbook.common.corners.Corner

getX() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the x-coordinate of this point.

getX() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

getX() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

getX() - Method in class imagingbook.common.sift.SiftDescriptor

getX1Sum() - Method in class imagingbook.common.regions.BinaryRegion

Returns the sum of the x-coordinates of the points contained in this region.

getX1Sum() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getX2Sum() - Method in class imagingbook.common.regions.BinaryRegion

Returns the sum of the squared x-coordinates of the points contained in this region.

getX2Sum() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getXc() - Method in class imagingbook.common.filter.linear.Kernel1D

Returns the center coordinate of this kernel.

getXc() - Method in class imagingbook.common.filter.linear.Kernel2D

Returns the horizontal center coordinate of this kernel.

getXint() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the x-coordinate of this point as a (truncated) integer value.

getXint() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

getXint() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

getXref() - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the x-coordinate of the reference point.

getXref() - Method in class imagingbook.common.hough.HoughLine

getXref() - Method in class imagingbook.common.hough.HoughTransformLines

Returns the reference points x-coordinate.

getXy() - Method in interface imagingbook.common.color.cie.Illuminant

Returns the illuminant's 2D coordinate in 2D CIE-xy space.

getXy() - Method in enum imagingbook.common.color.cie.StandardIlluminant

getXYSum() - Method in class imagingbook.common.regions.BinaryRegion

Returns the sum of the mixed x*y-coordinates of the points contained in this region.

getXYSum() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getXYZ() - Method in interface imagingbook.common.color.cie.Illuminant

Returns the illuminant's 3D coordinate in CIE-XYZ color space.

getXYZ() - Method in enum imagingbook.common.color.cie.StandardIlluminant

getY() - Method in class imagingbook.common.corners.Corner

getY() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the y-coordinate of this point.

getY() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

getY() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

getY() - Method in class imagingbook.common.sift.SiftDescriptor

getY(double) - Method in class imagingbook.common.geometry.line.SlopeInterceptLine

Returns the line's y-value for the specified x-position.

getY1Sum() - Method in class imagingbook.common.regions.BinaryRegion

Returns the sum of the y-coordinates of the points contained in this region.

getY1Sum() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getY2Sum() - Method in class imagingbook.common.regions.BinaryRegion

Returns the sum of the squared y-coordinates of the points contained in this region.

getY2Sum() - Method in class imagingbook.common.regions.SegmentationBackedRegion

getYc() - Method in class imagingbook.common.filter.linear.Kernel2D

Returns the vertical center coordinate of this kernel.

getYint() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns the y-coordinate of this point as a (truncated) integer value.

getYint() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

getYint() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

getYref() - Method in class imagingbook.common.geometry.line.AlgebraicLine

Returns the y-coordinate of the reference point.

getYref() - Method in class imagingbook.common.hough.HoughLine

getYref() - Method in class imagingbook.common.hough.HoughTransformLines

Returns the reference points y-coordinate.

GhostWhite - Enum constant in enum imagingbook.common.color.sets.CssColor

Glas01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Glas20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Glas20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Global_All - Class in Ch09_Automatic_Thresholding

ImageJ plugin making available a selection of global thresholders.

Global_All() - Constructor for class Ch09_Automatic_Thresholding.Global_All

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_Isodata - Class in Ch09_Automatic_Thresholding

ImageJ plugin demonstrating the use of the IsodataThresholder class.

Global_Isodata() - Constructor for class Ch09_Automatic_Thresholding.Global_Isodata

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_MaxEntropy - Class in Ch09_Automatic_Thresholding

ImageJ plugin demonstrating the use of the MaxEntropyThresholder class.

Global_MaxEntropy() - Constructor for class Ch09_Automatic_Thresholding.Global_MaxEntropy

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_Mean - Class in Ch09_Automatic_Thresholding

ImageJ plugin demonstrating the use of the MeanThresholder class.

Global_Mean() - Constructor for class Ch09_Automatic_Thresholding.Global_Mean

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_Median - Class in Ch09_Automatic_Thresholding

ImageJ plugin showing the use of the MedianThresholder class.

Global_Median() - Constructor for class Ch09_Automatic_Thresholding.Global_Median

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_MinError - Class in Ch09_Automatic_Thresholding

ImageJ plugin showing the use of the MinErrorThresholder class.

Global_MinError() - Constructor for class Ch09_Automatic_Thresholding.Global_MinError

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_MinMax - Class in Ch09_Automatic_Thresholding

ImageJ plugin showing the use of the MinMaxThresholder class.

Global_MinMax() - Constructor for class Ch09_Automatic_Thresholding.Global_MinMax

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_Otsu - Class in Ch09_Automatic_Thresholding

ImageJ plugin showing the use of the OtsuThresholder class.

Global_Otsu() - Constructor for class Ch09_Automatic_Thresholding.Global_Otsu

Constructor, asks to open a predefined sample image if no other image is currently open.

Global_Quantile - Class in Ch09_Automatic_Thresholding

ImageJ plugin showing the use of the QuantileThresholder class.

Global_Quantile() - Constructor for class Ch09_Automatic_Thresholding.Global_Quantile

Constructor, asks to open a predefined sample image if no other image is currently open.

GlobalImmersion - Enum constant in enum imagingbook.common.mser.components.ComponentTree.Method

Specifies the classic (global immersion) algorithm, see ComponentTreeGlobalImmersion.

GlobalThresholder - Interface in imagingbook.common.threshold.global

Common interface to be implemented by all global thresholders.

Gold - Enum constant in enum imagingbook.common.color.sets.CssColor

GoldenRod - Enum constant in enum imagingbook.common.color.sets.CssColor

GradientCornerDetector - Class in imagingbook.common.corners

Abstract super class for all corner detectors based on the local structure matrix (tensor).

GradientCornerDetector(ImageProcessor, GradientCornerDetector.Parameters) - Constructor for class imagingbook.common.corners.GradientCornerDetector

GradientCornerDetector.Parameters - Class in imagingbook.common.corners

Gray - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Gray - Enum constant in enum imagingbook.common.color.sets.CssColor

Grays - Enum constant in enum imagingbook.common.ij.NamedLookupTable

GrayscaleEdgeDetector - Class in imagingbook.common.edges

Simple grayscale edge detector for all types of images.

GrayscaleEdgeDetector(ImageProcessor) - Constructor for class imagingbook.common.edges.GrayscaleEdgeDetector

Green - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Green - Enum constant in enum imagingbook.common.color.sets.CssColor

Green - Enum constant in enum imagingbook.common.mser.MserColors

Green - Enum constant in enum imagingbook.common.sift.SiftColors

GreenYellow - Enum constant in enum imagingbook.common.color.sets.CssColor

GridIndexer2D - Class in imagingbook.common.image

Instances of this class perform the transformation between 2D image coordinates and indexes into the associated 1D pixel array and vice versa.

GridIndexer2D.ExceptionIndexer - Class in imagingbook.common.image

This indexer throws an exception if coordinates outside image bounds are accessed.

GridIndexer2D.MirrorImageIndexer - Class in imagingbook.common.image

This indexer returns mirrored image values for coordinates outside the image bounds.

GridIndexer2D.NearestBorderIndexer - Class in imagingbook.common.image

This indexer returns the closest border pixel for coordinates outside the image bounds.

GridIndexer2D.OutOfImageException - Exception in imagingbook.common.image

Exception to be thrown by GridIndexer2D.ExceptionIndexer.

GridIndexer2D.ZeroValueIndexer - Class in imagingbook.common.image

This indexer returns -1 for coordinates outside the image bounds, indicating that a (predefined) default value should be used.

gSigma - Variable in class imagingbook.common.edges.CannyEdgeDetector.Parameters

Gaussian sigma (scale, default = 2)

GuiTools - Class in imagingbook.common.ij

Defines static helper methods related to ImageJ's GUI.

H

H - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

H - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

H - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

H - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

hammer01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

hammer21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer31 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer32 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer33 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer34 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer35 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer36 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer37 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer38 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer39 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hammer40 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

hand10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

hand2occ1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand2occ1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

hand2occ2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand2occ2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

hand2occ3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand2occ3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

hand2occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

hand3occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand90 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

hand90 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

hand90occ4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

handbent1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

handbent1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

handbent2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

handbent2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

handdeform - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

handdeform - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

handdeform2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

handdeform2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

handleProgress(double, long) - Method in class imagingbook.common.ij.IjProgressBarMonitor

handleProgress(double, long) - Method in class imagingbook.common.util.progress.ConsoleProgressMonitor

handleProgress(double, long) - Method in class imagingbook.common.util.progress.ProgressMonitor

Called periodically by the ProgressMonitor thread supplying the current progress value (degree of completion).

handocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

harrier - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

harrier - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

harrieraff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

harrierocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

harrierocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

harrierocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

harrierocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

harrierocc3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

harrierocc3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

harrierocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Harris - Enum constant in enum Ch06_Corner_Detection.Find_Corners.DetectorType

HarrisCornerDetector - Class in imagingbook.common.corners

This is an implementation of the Harris/Stephens corner detector, as described in [1].

HarrisCornerDetector(ImageProcessor, GradientCornerDetector.Parameters) - Constructor for class imagingbook.common.corners.HarrisCornerDetector

hasComplexEigenvalues() - Method in class imagingbook.common.math.eigen.EigenDecompositionApache

hasComplexEigenvalues() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Returns whether the calculated eigenvalues are complex or real.

hasComplexEigenvalues() - Method in class imagingbook.common.math.eigen.Eigensolver2x2

hasComplexEigenvalues() - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Returns whether the calculated eigenvalues are complex or real.

hasComplexEigenvalues() - Method in class imagingbook.common.math.eigen.GeneralizedSymmetricEigenDecomposition

hasComplexEigenvalues() - Method in interface imagingbook.common.math.eigen.RealEigenDecomposition

Returns whether the calculated eigenvalues are complex or real.

hasConverged() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeForwardMatcher

hasConverged() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeInverseMatcher

hasConverged() - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher

Checks if the matcher has converged.

hash(int) - Method in class imagingbook.common.noise.hashing.Hash32

hash(int) - Method in interface imagingbook.common.noise.hashing.HashFunction

1D hash function: maps a single int key to a double hash value in [0,1].

hash(int) - Method in class imagingbook.common.noise.hashing.HashPermute

hash(int[]) - Method in class imagingbook.common.noise.hashing.Hash32

N-dimensional permutation hash; this version does not use any bit splitting.

hash(int[]) - Method in interface imagingbook.common.noise.hashing.HashFunction

N-dimensional hash function: maps a N-vector of int keys to N-vector of double hash values in [0,1].

hash(int[]) - Method in class imagingbook.common.noise.hashing.HashPermute

N-dimensional permutation hash; this version does not use any bit splitting.

hash(int, int) - Method in class imagingbook.common.noise.hashing.Hash32

hash(int, int) - Method in interface imagingbook.common.noise.hashing.HashFunction

2D hash function: maps a pair of int keys to a pair of double hash values in [0,1].

hash(int, int) - Method in class imagingbook.common.noise.hashing.HashPermute

hash(int, int, int) - Method in class imagingbook.common.noise.hashing.Hash32

hash(int, int, int) - Method in interface imagingbook.common.noise.hashing.HashFunction

3D hash function: maps a triplet of int keys to a triplet of double hash values in [0,1].

hash(int, int, int) - Method in class imagingbook.common.noise.hashing.HashPermute

Hash32 - Class in imagingbook.common.noise.hashing

Hash functions for gradient (Perlin) noise.

Hash32(int) - Constructor for class imagingbook.common.noise.hashing.Hash32

Hash32Shift - Class in imagingbook.common.noise.hashing

Integer hash function proposed by Thomas Wang in [1].

Hash32Shift() - Constructor for class imagingbook.common.noise.hashing.Hash32Shift

Constructor, creates a hash function with a random seed value.

Hash32Shift(int) - Constructor for class imagingbook.common.noise.hashing.Hash32Shift

Constructor creating a hash function with the specified seed value.

Hash32ShiftMult - Class in imagingbook.common.noise.hashing

Integer hash function proposed by Thomas Wang in [1].

Hash32ShiftMult() - Constructor for class imagingbook.common.noise.hashing.Hash32ShiftMult

Constructor, creates a hash function with a random seed value.

Hash32ShiftMult(int) - Constructor for class imagingbook.common.noise.hashing.Hash32ShiftMult

Constructor creating a hash function with the specified seed value.

Hash32Ward - Class in imagingbook.common.noise.hashing

Hash function proposed by G Ward in [1].

Hash32Ward() - Constructor for class imagingbook.common.noise.hashing.Hash32Ward

Constructor, creates a hash function with a random seed value.

Hash32Ward(int) - Constructor for class imagingbook.common.noise.hashing.Hash32Ward

Constructor creating a hash function with the specified seed value.

hashCode() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

hashCode() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

HashFunction - Interface in imagingbook.common.noise.hashing

Interface to all hash functions defined in this package.

HashPermute - Class in imagingbook.common.noise.hashing

Permutation-based hash function, similar to the one proposed in [1].

HashPermute(int) - Constructor for class imagingbook.common.noise.hashing.HashPermute

Constructor creating a hash function with the specified seed value.

hasNext() - Method in interface imagingbook.common.color.iterate.ColorSequencer

hasNext() - Method in class imagingbook.common.geometry.shape.ShapePointIterator

hasVertex(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Checks if the given vertex is amongst the triangle's vertices.

Heart01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Heart20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Heart20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

height - Variable in class imagingbook.common.image.access.ImageAccessor

height - Variable in class imagingbook.common.image.PixelPack

height - Variable in class imagingbook.common.mser.components.PixelMap

Image height

Helvetica - Enum constant in enum imagingbook.pdf.Type1CoreFont

HelveticaBold - Enum constant in enum imagingbook.pdf.Type1CoreFont

HelveticaBoldOblique - Enum constant in enum imagingbook.pdf.Type1CoreFont

HelveticaOblique - Enum constant in enum imagingbook.pdf.Type1CoreFont

herrings - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

herrings - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

herringsaff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

herringsocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

HessianLine - Class in imagingbook.common.geometry.line

This class represents a straight line in Hessian normal form, i.e., x * cos(angle) + y * sin(angle) = radius.

HessianLine(double, double) - Constructor for class imagingbook.common.geometry.line.HessianLine

Constructor.

HessianLine(double, double, double) - Constructor for class imagingbook.common.geometry.line.HessianLine

HessianLine(AlgebraicLine) - Constructor for class imagingbook.common.geometry.line.HessianLine

HierarchicalScaleSpace<OctaveT extends ScaleOctave<?>> - Class in imagingbook.common.sift.scalespace

This abstract class defines a generic hierarchical scale space, consisting of multiple "octaves".

HistKey - Static variable in class ImageJ_Demos.Data_Transfer_Plugin_Producer

HistogramPlot - Class in imagingbook.common.histogram

Defines a simple image window to display histograms.

HistogramPlot(double[], String) - Constructor for class imagingbook.common.histogram.HistogramPlot

Constructor for a normalized discrete distribution.

HistogramPlot(int[], String) - Constructor for class imagingbook.common.histogram.HistogramPlot

Constructor for a discrete distribution.

HistogramUtils - Class in imagingbook.common.histogram

This class defines static methods related to histograms.

hiThr - Variable in class imagingbook.common.edges.CannyEdgeDetector.Parameters

High threshold (defaults to 20% of maximum edge magnitude)

HlsColorSpace - Class in imagingbook.common.color.colorspace

Implementation of HLS (hue/lightness/saturation) color space.

HoneyDew - Enum constant in enum imagingbook.common.color.sets.CssColor

horse01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

horse20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

HotPink - Enum constant in enum imagingbook.common.color.sets.CssColor

Hough_Line_Detect - Class in Ch12_Ransac_Hough

This ImageJ plugin demonstrates the use of the HoughTransformLines class for detecting straight lines in images (see Sec.

Hough_Line_Detect() - Constructor for class Ch12_Ransac_Hough.Hough_Line_Detect

Constructor, asks to open a predefined sample image if no other image is currently open.

HoughLine - Class in imagingbook.common.hough

This class represents a straight line of the form (x - xRef) * cos(angle) + (y - yRef) * sin(angle) = radius.

HoughLine(double, double, double, double, int) - Constructor for class imagingbook.common.hough.HoughLine

Constructor, creates a new HoughLine instance from the specified HessianLine parameters (angle, radius), an arbitrary reference point (xRef, yRef) and count.

HoughLine(AlgebraicLine) - Constructor for class imagingbook.common.hough.HoughLine

Convenience constructor, creates a new HoughLine instance from a given AlgebraicLine (or any subclass) instance with the same reference point as the original line and zero count.

HoughLine(AlgebraicLine, double, double, int) - Constructor for class imagingbook.common.hough.HoughLine

Constructor, creates a new HoughLine instance from a given AlgebraicLine (or any subclass) instance.

HoughTransformLines - Class in imagingbook.common.hough

This class implements the "classic" Hough Transform for straight lines.

HoughTransformLines(ByteProcessor) - Constructor for class imagingbook.common.hough.HoughTransformLines

HoughTransformLines(ByteProcessor, HoughTransformLines.Parameters) - Constructor for class imagingbook.common.hough.HoughTransformLines

Constructor, creates a new Hough transform from the binary image.

HoughTransformLines(Pnt2d[], int, int, HoughTransformLines.Parameters) - Constructor for class imagingbook.common.hough.HoughTransformLines

Constructor, creates a new Hough transform from a sequence of 2D points.

HoughTransformLines.Parameters - Class in imagingbook.common.hough

HouseRoi - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

TIFF image with attached ROI selection, used for trigonometric Fourier descriptors.

Hsv_Rotate_Hue - Class in Ch13_Color_Images

ImageJ plugin, "rotates" the hue (H) of colors in HSV space by 120 degrees.

Hsv_Rotate_Hue() - Constructor for class Ch13_Color_Images.Hsv_Rotate_Hue

Constructor, asks to open a predefined sample image if no other image is currently open.

HsvColorSpace - Class in imagingbook.common.color.colorspace

Implementation of HSV (hue/saturation/value) color space.

HyperSimple - Enum constant in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

HyperStable - Enum constant in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

I

I - Static variable in class imagingbook.common.math.Complex

Constant - imaginary unit value (z = 0 + i 1).

Ice - Enum constant in enum imagingbook.common.ij.NamedLookupTable

IconMap - Static variable in interface imagingbook.core.resource.ImageResource

ID - Variable in class imagingbook.common.mser.components.Component

The ID number of this component (only used for debugging).

idMatrix(int) - Static method in class imagingbook.common.math.Matrix

Creates and returns a new identity matrix of the specified size.

idxMax(double[]) - Static method in class imagingbook.common.math.Matrix

Returns the index of the largest element in the specified vector.

idxMax(float[]) - Static method in class imagingbook.common.math.Matrix

Returns the index of the largest element in the specified vector.

idxMin(double[]) - Static method in class imagingbook.common.math.Matrix

Returns the index of the smallest element in the specified vector.

idxMin(float[]) - Static method in class imagingbook.common.math.Matrix

Returns the index of the smallest element in the specified vector.

IjPluginName - Annotation Type in imagingbook.core.plugin

Annotation to specify the menu entry (name) of the associated plugin class.

IjPluginPath - Annotation Type in imagingbook.core.plugin

Annotation to specify the menu path (tree branch) of the associated plugin class or an entire plugin package.

IjProgressBarMonitor - Class in imagingbook.common.ij

Implementation of ProgressMonitor which periodically polls the completion state of the associated target task (ProgressReporter) and sends this information to ImageJ's progress bar (if ImageJ is running).

IjProgressBarMonitor(ProgressReporter) - Constructor for class imagingbook.common.ij.IjProgressBarMonitor

Constructor.

IjUtils - Class in imagingbook.common.ij

This class defines static utility methods adding to ImageJs functionality.

Illuminant - Interface in imagingbook.common.color.cie

im - Variable in class imagingbook.common.math.Complex

The imaginary part of this complex number (publicly accessible but read-only).

ImageAccessor - Class in imagingbook.common.image.access

An 'image accessor' is a wrapper around some ImageProcessor object to allow unified (read and write) access to its pixels values.

ImageAccessor_Demo_Scalar - Class in ImageAccessorDemos

This plugin demonstrates the of class ScalarAccessor for unified access to scalar-valued images.

ImageAccessor_Demo_Scalar() - Constructor for class ImageAccessorDemos.ImageAccessor_Demo_Scalar

ImageAccessor_Demo_Vector - Class in ImageAccessorDemos

This plugin demonstrates the of class ImageAccessor for unified access to scalar and vector-valued images.

ImageAccessor_Demo_Vector() - Constructor for class ImageAccessorDemos.ImageAccessor_Demo_Vector

ImageAccessorDemos - package ImageAccessorDemos

ImageExtractor - Class in imagingbook.common.image.matching.lucaskanade

Used to extract warped images for testing class LucasKanadeMatcher.

ImageExtractor(ImageProcessor) - Constructor for class imagingbook.common.image.matching.lucaskanade.ImageExtractor

Creates a new instance of ImageExtractor for the image I.

ImageGraphics - Class in imagingbook.common.image

This class defines functionality for drawing anti-aliased "pixel" graphics in images of type ByteProcessor, ShortProcessor or ColorProcessor (there is no support for FloatProcessor).

ImageGraphics(ImageProcessor) - Constructor for class imagingbook.common.image.ImageGraphics

Constructor.

ImageGraphics(ImageProcessor, Color, BasicStroke) - Constructor for class imagingbook.common.image.ImageGraphics

Constructor.

ImageJ_Demos - package ImageJ_Demos

ImageMapper - Class in imagingbook.common.image

This class defines methods to perform arbitrary geometric transformations on images.

ImageMapper(Mapping2D) - Constructor for class imagingbook.common.image.ImageMapper

Constructor - creates a new ImageMapper with the specified geometric mapping.

ImageMapper(Mapping2D, OutOfBoundsStrategy, InterpolationMethod) - Constructor for class imagingbook.common.image.ImageMapper

Constructor - creates a new ImageMapper with the specified geometric mapping, out-of-bounds strategy and pixel interpolation method.

ImageMath - Class in imagingbook.common.image

This class defines static methods for non-destructive, arithmetic operations on ImageJ's ImageProcessor objects.

ImageResource - Interface in imagingbook.core.resource

Interface to be implemented by named image resources.

imagingbook_plugins_book - module imagingbook_plugins_book

A collection of ImageJ plugins referenced in various chapters of the associated image processing books as well as additional demos and tools.

imagingbook_plugins_demos - module imagingbook_plugins_demos

A collection of ImageJ plugins demonstrating various technical concepts of the imagingbook library.

imagingbook.common - module imagingbook.common

The central part of imagingbook library with implementions of image processing algorithms, associated data structures and utility code.

imagingbook.common.color - package imagingbook.common.color

imagingbook.common.color.adapt - package imagingbook.common.color.adapt

imagingbook.common.color.cie - package imagingbook.common.color.cie

imagingbook.common.color.colorspace - package imagingbook.common.color.colorspace

imagingbook.common.color.gamma - package imagingbook.common.color.gamma

imagingbook.common.color.iterate - package imagingbook.common.color.iterate

imagingbook.common.color.quantize - package imagingbook.common.color.quantize

imagingbook.common.color.sets - package imagingbook.common.color.sets

imagingbook.common.color.statistics - package imagingbook.common.color.statistics

imagingbook.common.corners - package imagingbook.common.corners

imagingbook.common.edges - package imagingbook.common.edges

imagingbook.common.filter.edgepreserving - package imagingbook.common.filter.edgepreserving

imagingbook.common.filter.examples - package imagingbook.common.filter.examples

imagingbook.common.filter.generic - package imagingbook.common.filter.generic

imagingbook.common.filter.linear - package imagingbook.common.filter.linear

imagingbook.common.filter.mask - package imagingbook.common.filter.mask

imagingbook.common.filter.nonlinear - package imagingbook.common.filter.nonlinear

imagingbook.common.geometry.basic - package imagingbook.common.geometry.basic

imagingbook.common.geometry.circle - package imagingbook.common.geometry.circle

imagingbook.common.geometry.delaunay - package imagingbook.common.geometry.delaunay

imagingbook.common.geometry.delaunay.guibas - package imagingbook.common.geometry.delaunay.guibas

imagingbook.common.geometry.ellipse - package imagingbook.common.geometry.ellipse

imagingbook.common.geometry.ellipse.project - package imagingbook.common.geometry.ellipse.project

imagingbook.common.geometry.fd - package imagingbook.common.geometry.fd

Fourier descriptors for 2D shape representation and matching.

imagingbook.common.geometry.fitting.circle.algebraic - package imagingbook.common.geometry.fitting.circle.algebraic

imagingbook.common.geometry.fitting.circle.geometric - package imagingbook.common.geometry.fitting.circle.geometric

imagingbook.common.geometry.fitting.circle.utils - package imagingbook.common.geometry.fitting.circle.utils

imagingbook.common.geometry.fitting.ellipse.algebraic - package imagingbook.common.geometry.fitting.ellipse.algebraic

imagingbook.common.geometry.fitting.ellipse.geometric - package imagingbook.common.geometry.fitting.ellipse.geometric

imagingbook.common.geometry.fitting.ellipse.utils - package imagingbook.common.geometry.fitting.ellipse.utils

imagingbook.common.geometry.fitting.line - package imagingbook.common.geometry.fitting.line

imagingbook.common.geometry.fitting.line.utils - package imagingbook.common.geometry.fitting.line.utils

imagingbook.common.geometry.fitting.points - package imagingbook.common.geometry.fitting.points

imagingbook.common.geometry.hulls - package imagingbook.common.geometry.hulls

imagingbook.common.geometry.line - package imagingbook.common.geometry.line

imagingbook.common.geometry.mappings - package imagingbook.common.geometry.mappings

imagingbook.common.geometry.mappings.linear - package imagingbook.common.geometry.mappings.linear

imagingbook.common.geometry.mappings.nonlinear - package imagingbook.common.geometry.mappings.nonlinear

imagingbook.common.geometry.moments - package imagingbook.common.geometry.moments

imagingbook.common.geometry.shape - package imagingbook.common.geometry.shape

imagingbook.common.histogram - package imagingbook.common.histogram

imagingbook.common.hough - package imagingbook.common.hough

imagingbook.common.ij - package imagingbook.common.ij

imagingbook.common.ij.overlay - package imagingbook.common.ij.overlay

imagingbook.common.image - package imagingbook.common.image

imagingbook.common.image.access - package imagingbook.common.image.access

imagingbook.common.image.interpolation - package imagingbook.common.image.interpolation

imagingbook.common.image.matching - package imagingbook.common.image.matching

imagingbook.common.image.matching.lucaskanade - package imagingbook.common.image.matching.lucaskanade

imagingbook.common.math - package imagingbook.common.math

imagingbook.common.math.eigen - package imagingbook.common.math.eigen

imagingbook.common.math.eigen.eispack - package imagingbook.common.math.eigen.eispack

EISPACK code (FORTRAN) for solving generalized eigenvalue problems (from http://www.netlib.no/netlib/eispack).

imagingbook.common.math.exception - package imagingbook.common.math.exception

imagingbook.common.math.nonlinear - package imagingbook.common.math.nonlinear

imagingbook.common.morphology - package imagingbook.common.morphology

imagingbook.common.mser - package imagingbook.common.mser

imagingbook.common.mser.components - package imagingbook.common.mser.components

imagingbook.common.noise.hashing - package imagingbook.common.noise.hashing

imagingbook.common.noise.perlin - package imagingbook.common.noise.perlin

imagingbook.common.ransac - package imagingbook.common.ransac

imagingbook.common.regions - package imagingbook.common.regions

imagingbook.common.sift - package imagingbook.common.sift

Implementation of David Lowe's SIFT feature detection scheme.

imagingbook.common.sift.scalespace - package imagingbook.common.sift.scalespace

imagingbook.common.threshold - package imagingbook.common.threshold

imagingbook.common.threshold.adaptive - package imagingbook.common.threshold.adaptive

imagingbook.common.threshold.global - package imagingbook.common.threshold.global

imagingbook.common.util - package imagingbook.common.util

imagingbook.common.util.bits - package imagingbook.common.util.bits

imagingbook.common.util.progress - package imagingbook.common.util.progress

imagingbook.common.util.random - package imagingbook.common.util.random

imagingbook.common.util.tuples - package imagingbook.common.util.tuples

imagingbook.core - module imagingbook.core

Provides minimal infrastructure required for building other imagingbook library packages.

imagingbook.core - package imagingbook.core

Defines basic utilities for file and resource handling used by other libraries.

imagingbook.core.jdoc - package imagingbook.core.jdoc

Defines interfaces and annotations for adding direct JavaDoc help support to ImageJ plugins.

imagingbook.core.plugin - package imagingbook.core.plugin

Used during the process of building ImageJ plugin projects (automatic generation of plugins.config files).

imagingbook.core.resource - package imagingbook.core.resource

Defines the basic functionality for working with named resources and accessing resources in JAR files.

imagingbook.pdf - module imagingbook.pdf

PDF-related code, separated from the main imagingbook library to minimize third-party dependencies.

imagingbook.pdf - package imagingbook.pdf

PDF-related code, separated from the main imagingbook library to minimize third-party dependencies.

imagingbook.sampleimages - module imagingbook.sampleimages

Contains a set of general sample images (as named resources) used for demonstrations and testing.

imagingbook.sampleimages - package imagingbook.sampleimages

imagingbook.sampleimages.kimia - package imagingbook.sampleimages.kimia

imagingbook.spectral - module imagingbook.spectral

Library code related to spectral image processing (Fourier transforms etc.), separated from the main imagingbook library to minimize third-party dependencies.

imagingbook.spectral.dct - package imagingbook.spectral.dct

1D and 2D implementations of the Discrete Cosine Transform.

imagingbook.spectral.dft - package imagingbook.spectral.dft

1D and 2D implementations of the Discrete Fourier Transform.

includeImage - Variable in class imagingbook.pdf.PdfExporter.Parameters

includeImageProps - Variable in class imagingbook.pdf.PdfExporter.Parameters

includeOverlay - Variable in class imagingbook.pdf.PdfExporter.Parameters

IncompatibleDimensionsException() - Constructor for exception imagingbook.common.math.Matrix.IncompatibleDimensionsException

IncompatibleDimensionsException(String) - Constructor for exception imagingbook.common.math.Matrix.IncompatibleDimensionsException

IncrementalLineFit - Class in imagingbook.common.geometry.fitting.line

This class implements incremental orthogonal line fitting to a set of 2D points using eigendecomposition (see OrthogonalLineFitEigen for a non-incremental version).

IncrementalLineFit() - Constructor for class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Constructor creating a fitter with an empty set of points.

IncrementalLineFit(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Constructor accepting a sequence of initial points.

Index_To_Rgb - Class in Ch13_Color_Images

ImageJ plugin, converts an indexed color image to a full-color RGB image.

Index_To_Rgb() - Constructor for class Ch13_Color_Images.Index_To_Rgb

Constructor, asks to open a predefined sample image if no other image is currently open.

indexer - Variable in class imagingbook.common.image.access.ImageAccessor

IndianRed - Enum constant in enum imagingbook.common.color.sets.CssColor

Indigo - Enum constant in enum imagingbook.common.color.sets.CssColor

Info - Class in imagingbook.core

This class provides version information for this library.

INFO - Static variable in class imagingbook.core.plugin.PluginsConfigBuilder

init() - Method in class imagingbook.common.mser.MserData

Calculates the central moments and the equivalent ellipse for the associated component.

initFilter(PixelPack, PixelPack) - Method in class imagingbook.common.filter.edgepreserving.TschumperleDericheFilter

initFilter(PixelPack, PixelPack) - Method in class imagingbook.common.filter.examples.FilterProgressExample

initFilter(PixelPack, PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilter

This method is called once at the start of the filter execution.

InitialFitColor - Static variable in interface Ch12_Ransac_Hough.settings.RansacDrawSettings

initPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.examples.FilterProgressExample

initPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilter

This method is called once at the start of each filter pass.

InlierColor - Static variable in interface Ch12_Ransac_Hough.settings.RansacDrawSettings

InlierRadius - Static variable in interface Ch12_Ransac_Hough.settings.RansacDrawSettings

Inner(int) - Constructor for class imagingbook.common.regions.Contour.Inner

InnerContourColor - Static variable in class Ch08_Binary_Regions.Region_Contours_Demo

Color used for drawing inner contours.

insertCol(double[][], int, double[]) - Method in interface imagingbook.spectral.dct.Dct2d.Double

insertCol(double[][], int, double[]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

insertCol(float[][], int, float[]) - Method in interface imagingbook.spectral.dct.Dct2d.Float

insertCol(float[][], int, float[]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

insertRow(double[][], int, double[]) - Method in interface imagingbook.spectral.dct.Dct2d.Double

insertRow(double[][], int, double[]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

insertRow(float[][], int, float[]) - Method in interface imagingbook.spectral.dct.Dct2d.Float

insertRow(float[][], int, float[]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

Integral_Image_Demo - Class in Ch02_Histograms_Statistics

This ImageJ plugin calculates the integral image for the current image (8 bit grayscale only) and displays the resulting first and second order summed area tables (S1, S2) as floating-point images.

Integral_Image_Demo() - Constructor for class Ch02_Histograms_Statistics.Integral_Image_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Integral_Image_GetRoiStatistics - Class in Ch02_Histograms_Statistics

This ImageJ plugin first calculates the integral image for the current image (8 bit grayscale only) and uses it to find the mean and variance inside the specified rectangle (ROI).

Integral_Image_GetRoiStatistics() - Constructor for class Ch02_Histograms_Statistics.Integral_Image_GetRoiStatistics

Constructor, asks to open a predefined sample image if no other image is currently open.

IntegralImage - Class in imagingbook.common.image

This class represents an 'integral image' or 'summed area table' as proposed in [1], See Sec.

IntegralImage(int[][]) - Constructor for class imagingbook.common.image.IntegralImage

Constructor, creates a new IntegralImage instance from pixel values in a 2D int-array I[x][y].

IntegralImage(ByteProcessor) - Constructor for class imagingbook.common.image.IntegralImage

Constructor, creates a new IntegralImage instance from pixel values in the specified ByteProcessor.

interpolate(Color[], double) - Static method in class imagingbook.common.color.RgbUtils

Interpolates linearly between the colors in the specified color palette.

interpolate(Color, Color, double) - Static method in class imagingbook.common.color.RgbUtils

Interpolates linearly between two specified colors.

interpolationMethod - Variable in class imagingbook.common.image.access.ImageAccessor

InterpolationMethod - Enum in imagingbook.common.image.interpolation

Enumeration type listing the most common interpolation methods.

intersect(AlgebraicLine) - Method in class imagingbook.common.geometry.line.AlgebraicLine

Finds the intersection point between this line and another AlgebraicLine.

intToRgb(int) - Static method in class imagingbook.common.color.RgbUtils

Converts the given integer-encoded 8-bit RGB color to a 3-element int[] with components red, green and blue.

inverse(double[]) - Method in interface imagingbook.spectral.dct.Dct1d.Double

Performs an "in-place" 1D DCT inverse transformation on the supplied spectrum.

inverse(double[]) - Method in class imagingbook.spectral.dct.Dct1dDirect.Double

inverse(double[]) - Method in class imagingbook.spectral.dct.Dct1dFast.Double

inverse(double[]) - Method in class imagingbook.spectral.dct.Dct1dSlow

inverse(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the inverse of the given matrix, which must be square.

inverse(double[][]) - Method in interface imagingbook.spectral.dct.Dct2d.Double

Performs an "in-place" 2D DCT inverse transformation on the supplied spectrum.

inverse(double[][], double[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Double

Performs an "in-place" inverse DFT or FFT on the supplied 2D spectrum.

inverse(double[], double[]) - Method in interface imagingbook.spectral.dft.Dft1d.Double

Performs an "in-place" 1D DFT inverse transformation on the supplied double spectrum.

inverse(double[], double[]) - Method in class imagingbook.spectral.dft.Dft1dDirect.Double

inverse(double[], double[]) - Method in class imagingbook.spectral.dft.Dft1dFast.Double

inverse(float[]) - Method in interface imagingbook.spectral.dct.Dct1d.Float

Performs an "in-place" 1D DCT inverse transformation on the supplied spectrum.

inverse(float[]) - Method in class imagingbook.spectral.dct.Dct1dDirect.Float

inverse(float[]) - Method in class imagingbook.spectral.dct.Dct1dFast.Float

inverse(float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the inverse of the given matrix, which must be square.

inverse(float[][]) - Method in interface imagingbook.spectral.dct.Dct2d.Float

Performs an "in-place" 2D DCT inverse transformation on the supplied spectrum.

inverse(float[][], float[][]) - Method in interface imagingbook.spectral.dft.Dft2d.Float

Performs an "in-place" inverse DFT or FFT on the supplied 2D spectrum.

inverse(float[], float[]) - Method in interface imagingbook.spectral.dft.Dft1d.Float

Performs an "in-place" DFT inverse transformation on the supplied 1D float spectrum.

inverse(float[], float[]) - Method in class imagingbook.spectral.dft.Dft1dDirect.Float

inverse(float[], float[]) - Method in class imagingbook.spectral.dft.Dft1dFast.Float

INVERSE_ONLY - Enum constant in enum imagingbook.spectral.dft.ScalingMode

Scaling by a factor 1/M is applied to the inverse transformation only.

Inversion - Interface in imagingbook.common.geometry.mappings

Implementing classes provide an inverse of the associated mapping.

ip - Variable in class imagingbook.common.image.access.ImageAccessor

IrishManor - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Grayscale image used for SIFT demos.

isAffine(LinearMapping2D) - Static method in class imagingbook.common.geometry.mappings.linear.AffineMapping2D

Checks if the given linear mapping could be affine, i.e.

isBinary(ImageProcessor) - Static method in class imagingbook.common.ij.IjUtils

Checks if the given image is possibly a binary image.

isClosed(NeighborhoodType2D) - Method in class imagingbook.common.regions.Contour

Checks if this contour is closed w.r.t.

isCompatibleTo(ImageProcessor) - Method in class imagingbook.common.image.PixelPack

Checks is this pixel pack has the same dimensions as the specified ImageProcessor instance, i.e., can be copied to it.

isCompatibleTo(PixelPack) - Method in class imagingbook.common.image.PixelPack

Checks is this pixel pack has the same dimensions as another pixel pack, i.e., can be copied to it.

isComplete() - Method in class imagingbook.common.morphology.BinaryThinning

Returns true if thinning has successfully completed, false otherwise.

IsDegenerate() - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

Returns true if the eigenvalue problem is degenerate (i.e., ill-posed).

isEllipse() - Method in interface imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic

isExtremal() - Method in class imagingbook.common.mser.components.Component

Returns true if this component represents an extremal region.

isFlat(ImageProcessor) - Static method in class imagingbook.common.ij.IjUtils

Checks if the given image is "flat", i.e., all pixels have the same value.

isIjPlugin(Class<?>) - Static method in class imagingbook.common.ij.IjUtils

Checks if the specified class implements one of ImageJ's plugin interfaces.

isIjPlugin(Class<?>) - Method in class imagingbook.core.plugin.PluginsConfigBuilder

Returns true if the specified Class object is a sub-type of PlugIn or PlugInFilter.

isInside(int, int, int) - Method in class imagingbook.common.sift.scalespace.ScaleOctave

Returns true iff q is outside the level range and position (u,v) is inside the level's bounds.

isInsideJar() - Method in interface imagingbook.core.resource.NamedResource

Returns true if the associated resource (class) was loaded from a JAR file.

isInsideJar(Class<?>) - Static method in class imagingbook.core.resource.ResourceUtils

Determines if the specified class was loaded from a JAR file or a .class file in the file system.

isMser() - Method in class imagingbook.common.mser.MserData

Returns true iff the associated component is a MSER.

isMserP - Variable in class imagingbook.common.mser.MserData

True iff the associated component is a MSER.

isNaN() - Method in class imagingbook.common.math.Complex

Returns true if the real or imaginary component of this complex number is NaN.

IsodataThresholder - Class in imagingbook.common.threshold.global

This is an implementation of the global thresholder proposed by Ridler and Calvard [1].

IsodataThresholder() - Constructor for class imagingbook.common.threshold.global.IsodataThresholder

IsodataThresholderSlow - Class in imagingbook.common.threshold.global

Slow version of the IsodataThresholder using explicit recalculation of background and foreground means in every iteration.

IsodataThresholderSlow() - Constructor for class imagingbook.common.threshold.global.IsodataThresholderSlow

isOrientedCCW() - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Test if this triangle is oriented counterclockwise (CCW).

isPointInCircumCircle(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Tests if a given point lies in the circumcircle of this triangle.

isPositiveDefinite(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Checks is the given square matrix is positive definite.

isPositiveDefinite(RealMatrix, double) - Static method in class imagingbook.common.math.Matrix

Checks is the given square matrix is positive definite, using the specified symmetry tolerance value.

isRectangular(double[][]) - Static method in class imagingbook.common.math.Matrix

Checks if all rows of the given matrix have the same length.

isRectangular(float[][]) - Static method in class imagingbook.common.math.Matrix

Checks if all rows of the given matrix have the same length.

isRoot() - Method in class imagingbook.common.mser.components.Component

Returns true if this component is the root of the associated ComponentTree.

isSegmented() - Method in class imagingbook.common.regions.BinaryRegionSegmentation

Returns true if the segmentation did complete successfully, false otherwise.

isSingular() - Method in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

This method checks if any of the generated betas is zero.

isSingular(double[][]) - Static method in class imagingbook.common.math.Matrix

Checks is the given square double[][] matrix is non-singular.

isSingular(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Checks is the given square matrix is non-singular.

isSquare(double[][]) - Static method in class imagingbook.common.math.Matrix

Checks it the given matrix has the same number of rows and columns.

isSquare(float[][]) - Static method in class imagingbook.common.math.Matrix

Checks it the given matrix has the same number of rows and columns.

isStable - Variable in class imagingbook.common.mser.MserData

Component stability status

isSymmetric() - Method in class imagingbook.common.math.eigen.EigenDecompositionJama

Returns true if the decomposed matrix is considered symmetric.

isSymmetric(double[][]) - Static method in class imagingbook.common.math.Matrix

Checks is the given square matrix is symmetric, using the default tolerance value (Arithmetic.EPSILON_DOUBLE).

isSymmetric(double[][], double) - Static method in class imagingbook.common.math.Matrix

Checks is the given square matrix is symmetric using the specified relative tolerance.

isSymmetric(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Checks is the given square matrix is symmetric, using the default tolerance value (Arithmetic.EPSILON_DOUBLE).

isSymmetric(RealMatrix, double) - Static method in class imagingbook.common.math.Matrix

Checks is the given square matrix is symmetric using the specified relative tolerance.

isValidParameterField(Field) - Static method in interface imagingbook.common.util.ParameterBundle

Returns true iff the specified field is a valid parameter item.

isValidURL(String) - Static method in interface imagingbook.core.jdoc.JavaDocHelp

Checks if the specified string is a valid URL.

isZero(double) - Static method in class imagingbook.common.math.Arithmetic

Test for zero (double version) using a predefined tolerance.

isZero(double[]) - Static method in class imagingbook.common.math.Matrix

Checks if all elements of the specified double[] vector are zero using the default tolerance value (Arithmetic.EPSILON_DOUBLE).

isZero(double[][]) - Static method in class imagingbook.common.math.Matrix

Checks if all elements of the specified double[][] matrix are zero using default tolerance value (Arithmetic.EPSILON_DOUBLE).

isZero(double[][], double) - Static method in class imagingbook.common.math.Matrix

Checks if all elements of the specified double[][] matrix are zero using the specified tolerance value.

isZero(double[], double) - Static method in class imagingbook.common.math.Matrix

Checks if all elements of the specified double[] vector are zero using the specified tolerance value.

isZero(double, double) - Static method in class imagingbook.common.math.Arithmetic

Test for zero (double version) using a specified tolerance.

isZero(float) - Static method in class imagingbook.common.math.Arithmetic

Test for zero (float version) using a predefined tolerance.

isZero(float[]) - Static method in class imagingbook.common.math.Matrix

Checks if all elements of the specified float[] vector are zero using the default tolerance value (Arithmetic.EPSILON_DOUBLE).

isZero(float[], float) - Static method in class imagingbook.common.math.Matrix

Checks if all elements of the specified float[] vector are zero using the specified tolerance value.

isZero(float, float) - Static method in class imagingbook.common.math.Arithmetic

Test for zero (float version) using a specified tolerance.

item0 - Variable in class imagingbook.common.util.tuples.Tuple3

item0 - Variable in class imagingbook.common.util.tuples.Tuple4

item1 - Variable in class imagingbook.common.util.tuples.Tuple3

item1 - Variable in class imagingbook.common.util.tuples.Tuple4

item2 - Variable in class imagingbook.common.util.tuples.Tuple3

item2 - Variable in class imagingbook.common.util.tuples.Tuple4

item3 - Variable in class imagingbook.common.util.tuples.Tuple4

iterateOnce(ProjectiveMapping2D) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeForwardMatcher

iterateOnce(ProjectiveMapping2D) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeInverseMatcher

iterateOnce(ProjectiveMapping2D) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher

Performs a single matching iteration on the given image pair (I, R).

iterations - Variable in class imagingbook.common.filter.edgepreserving.PeronaMalikF.Parameters

iterations - Variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

iterator() - Method in class imagingbook.common.edges.EdgeTrace

iterator() - Method in class imagingbook.common.mser.components.ComponentTree

iterator() - Method in class imagingbook.common.regions.Contour

iterator() - Method in class imagingbook.common.regions.SegmentationBackedRegion

iterator() - Method in class imagingbook.common.util.LinearContainer

ITU601RgbWeights - Static variable in class imagingbook.common.color.RgbUtils

ITU BR.601 weights for RGB to Y (luma) conversion.

ITU709 - Static variable in class imagingbook.common.color.gamma.ModifiedGammaMapping

Gamma mapping function instance for ITU-R BT.709 (see Table 3.1 of [1]).

ITU709RgbWeights - Static variable in class imagingbook.common.color.RgbUtils

ITU BR.709 weights for RGB to Y (luma) conversion.

Ivory - Enum constant in enum imagingbook.common.color.sets.CssColor

J

Jacobian - Interface in imagingbook.common.geometry.mappings

Implementing classes provide the Jacobian matrix for the associated mapping.

JavaDocBaseUrl - Annotation Type in imagingbook.core.jdoc

This package-level annotation is used to specify a URL for automatic retrieval of JavaDoc information.

JavaDocHelp - Interface in imagingbook.core.jdoc

Classes implementing this interface provide a URL that links to the associated JavaDoc page (returned by method JavaDocHelp.getJavaDocUrl()).

Jitter_Filter_GenericFilter - Class in Ch04_Filters

ImageJ plugin - implementation of the "Jitter filter" based on GenericFilter.

Jitter_Filter_GenericFilter() - Constructor for class Ch04_Filters.Jitter_Filter_GenericFilter

Constructor, asks to open a predefined sample image if no other image is currently open.

Jitter_Filter_ImageAccessor - Class in Ch04_Filters

ImageJ plugin -- Jitter filter implemented with ImageAccessor, allowing uniform access to all image types.

Jitter_Filter_ImageAccessor() - Constructor for class Ch04_Filters.Jitter_Filter_ImageAccessor

Constructor, asks to open a predefined sample image if no other image is currently open.

Jitter_Filter_Simple - Class in Ch04_Filters

ImageJ plugin which implements a simple version of the Jitter filter, using ImageJ functionality only.

Jitter_Filter_Simple() - Constructor for class Ch04_Filters.Jitter_Filter_Simple

Constructor, asks to open a predefined sample image if no other image is currently open.

jj - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

join(double[]...) - Static method in class imagingbook.common.math.Matrix

Joins (concatenates) a sequence of vectors into a single vector.

join(float[]...) - Static method in class imagingbook.common.math.Matrix

Joins (concatenates) a sequence of vectors into a single vector.

K

kappa - Variable in class imagingbook.common.filter.edgepreserving.PeronaMalikF.Parameters

kappa - Variable in class imagingbook.common.threshold.adaptive.NiblackThresholder.Parameters

kappa - Variable in class imagingbook.common.threshold.adaptive.SauvolaThresholder.Parameters

KasaA - Enum constant in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

KasaB - Enum constant in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

KasaC - Enum constant in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

Kepler - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Original gray scan from Kepler manuscript.

Kernel1D - Class in imagingbook.common.filter.linear

This class represents a 1D filter kernel.

Kernel1D(float[]) - Constructor for class imagingbook.common.filter.linear.Kernel1D

Constructor.

Kernel1D(float[], int, boolean) - Constructor for class imagingbook.common.filter.linear.Kernel1D

Constructor.

Kernel2D - Class in imagingbook.common.filter.linear

This class represents a 2D filter kernel.

Kernel2D(float[][]) - Constructor for class imagingbook.common.filter.linear.Kernel2D

Constructor.

Kernel2D(float[][], int, int, boolean) - Constructor for class imagingbook.common.filter.linear.Kernel2D

Full constructor.

Kernel2D(Kernel1D, Kernel1D, boolean) - Constructor for class imagingbook.common.filter.linear.Kernel2D

Creates the effective 2D kernel from two 1D kernels.

kernelDx - Static variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Constants

kernelDy - Static variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Constants

key01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

key19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

key20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

KeyPoint - Class in imagingbook.common.sift

Represents a SIFT key point in hierarchical scale space.

keywords - Variable in class imagingbook.pdf.PdfExporter.Parameters

Khaki - Enum constant in enum imagingbook.common.color.sets.CssColor

Kimia1070 - Enum in imagingbook.sampleimages.kimia

A set of 1070 (actually only 1069 after removing one double) binary shape images downloaded from https://vision.lems.brown.edu/content/available-software-and-databases (http://vision.lems.brown.edu/sites/default/files/1070db.tar.gz).

Kimia216 - Enum in imagingbook.sampleimages.kimia

A set of 216 binary shape images downloaded from https://vision.lems.brown.edu/content/available-software-and-databases (http://vision.lems.brown.edu/sites/default/files/216db.tar.gz).

Kimia99 - Enum in imagingbook.sampleimages.kimia

A set of 99 binary shape images downloaded from https://vision.lems.brown.edu/content/available-software-and-databases (http://vision.lems.brown.edu/sites/default/files/99db.tar.gz).

KimiaCollage - Enum in imagingbook.sampleimages.kimia

Test images composed of shapes from the Kimia data sets (see https://vision.lems.brown.edu/content/available-software-and-databases)

kk0728 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0728 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0729 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0729 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0730 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0731 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0731 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0732 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0732 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0733 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0734 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0735 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0735 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0736 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0736 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0737 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0737 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0738 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0738 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0739 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0739 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0740 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0740 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0741 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0741 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

kk0742 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

kk0743 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

KMeansClusteringQuantizer - Class in imagingbook.common.color.quantize

This class implements color quantization using k-means clustering of image pixels in RGB color space.

KMeansClusteringQuantizer(int[], int) - Constructor for class imagingbook.common.color.quantize.KMeansClusteringQuantizer

Constructor, creates a new KMeansClusteringQuantizer with up to K colors, using default parameters.

KMeansClusteringQuantizer(int[], int, KMeansClusteringQuantizer.InitialClusterMethod, int) - Constructor for class imagingbook.common.color.quantize.KMeansClusteringQuantizer

Constructor, creates a new KMeansClusteringQuantizer with up to K colors, but never more than the number of colors found in the supplied pixel data.

KMeansClusteringQuantizer.InitialClusterMethod - Enum in imagingbook.common.color.quantize

Method for choosing initial color clusters.

Kuwahara_Filter - Class in Ch17_EdgePreserving_Smoothing

This ImageJ plugin demonstrates the use of the Kuwahara filter, similar to the filter suggested in [1].

Kuwahara_Filter() - Constructor for class Ch17_EdgePreserving_Smoothing.Kuwahara_Filter

Constructor, asks to open a predefined sample image if no other image is currently open.

KuwaharaF - Interface in imagingbook.common.filter.edgepreserving

Common interface for Kuwahara filter implementations.

KuwaharaF.Parameters - Class in imagingbook.common.filter.edgepreserving

Parameter bundle for Kuwahara filters (implementations of KuwaharaF).

KuwaharaFilterScalar - Class in imagingbook.common.filter.edgepreserving

Scalar version of a Kuwahara-type filter, similar to the filter described in [1].

KuwaharaFilterScalar() - Constructor for class imagingbook.common.filter.edgepreserving.KuwaharaFilterScalar

KuwaharaFilterScalar(KuwaharaF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.KuwaharaFilterScalar

KuwaharaFilterVector - Class in imagingbook.common.filter.edgepreserving

Vector version (applicable to ColorProcessor only) of a Kuwahara-type filter, similar to the filter described in [1].

KuwaharaFilterVector() - Constructor for class imagingbook.common.filter.edgepreserving.KuwaharaFilterVector

KuwaharaFilterVector(KuwaharaF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.KuwaharaFilterVector

L

L1 - Enum constant in enum imagingbook.common.image.matching.DistanceTransform.DistanceType

L1 distance (Manhattan distance)

L1 - Enum constant in enum imagingbook.common.math.VectorNorm.NormType

L1 (Manhattan) norm/distance (see VectorNorm.L1).

L2 - Enum constant in enum imagingbook.common.image.matching.DistanceTransform.DistanceType

L2 distance (Euclidean distance)

L2 - Enum constant in enum imagingbook.common.math.VectorNorm.NormType

L2 (Euclidean) norm/distance (see VectorNorm.L2).

LabColorSpace - Class in imagingbook.common.color.colorspace

This class implements the CIELab color space.

LanczosInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing Lanczos interpolation in 2D.

LanczosInterpolator() - Constructor for class imagingbook.common.image.interpolation.LanczosInterpolator

Constructor creating a Lanczos interpolator of order n = 2.

LanczosInterpolator(int) - Constructor for class imagingbook.common.image.interpolation.LanczosInterpolator

Constructor creating a Lanczos interpolator of arbitrary order n ≥ 2.

Lanzcos2 - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

Lanzcos3 - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

Lanzcos4 - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

Lavender - Enum constant in enum imagingbook.common.color.sets.CssColor

LavenderBlush - Enum constant in enum imagingbook.common.color.sets.CssColor

LawnGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

LeftDelimitChar - Static variable in class imagingbook.common.math.Matrix

Leading delimiter used for lists of vector and matrix elements by toString() methods.

LemonChiffon - Enum constant in enum imagingbook.common.color.sets.CssColor

length - Variable in class imagingbook.common.image.PixelPack

lerp(double[], double[], double) - Static method in class imagingbook.common.math.Matrix

Performs linear interpolation between two vectors a and b, which must have the same length.

lerp(float[], float[], float) - Static method in class imagingbook.common.math.Matrix

Performs linear interpolation between two vectors a and b, which must have the same length.

LevelColors - Static variable in enum imagingbook.common.mser.MserColors

LightBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

LightCoral - Enum constant in enum imagingbook.common.color.sets.CssColor

LightCyan - Enum constant in enum imagingbook.common.color.sets.CssColor

LightGoldenRodYellow - Enum constant in enum imagingbook.common.color.sets.CssColor

LightGray - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

LightGray - Enum constant in enum imagingbook.common.color.sets.CssColor

LightGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

LightPink - Enum constant in enum imagingbook.common.color.sets.CssColor

LightSalmon - Enum constant in enum imagingbook.common.color.sets.CssColor

LightSeaGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

LightSkyBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

LightSlateGray - Enum constant in enum imagingbook.common.color.sets.CssColor

LightSteelBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

LightYellow - Enum constant in enum imagingbook.common.color.sets.CssColor

Lime - Enum constant in enum imagingbook.common.color.sets.CssColor

LimeGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

Line_Fitting - Class in Ch10_Line_Fitting

Performs line fitting on the point set specified by the current ROI.

Line_Fitting() - Constructor for class Ch10_Line_Fitting.Line_Fitting

Constructor, asks to open a predefined sample image if no other image is currently open.

Line_Make_Random - Class in Ch10_Line_Fitting

Samples points on a given (ideal) line and creates a new image with the sample points contained in a PointRoi.

Line_Make_Random() - Constructor for class Ch10_Line_Fitting.Line_Make_Random

Line_Make_Random.Parameters - Class in Ch10_Line_Fitting

Line_Rotation_Demo - Class in Ch10_Line_Fitting

ImageJ demo plugin, performs line fitting to a randomly sampled point set that is rotated in uniform steps.

Line_Rotation_Demo() - Constructor for class Ch10_Line_Fitting.Line_Rotation_Demo

Linear_Blending_Stack - Class in Ch03_Point_Operations

This plugin demonstrates linear (alpha) blending between two images, which are supplied as a ImageStack with exactly 2 frames.

Linear_Blending_Stack() - Constructor for class Ch03_Point_Operations.Linear_Blending_Stack

Constructor, asks to open a predefined sample image if no other image is currently open.

Linear_Filter_3x3 - Class in GenericFilterDemos

This ImageJ plugin shows how to construct a generic linear filter using the classes LinearFilter and Kernel2D.

Linear_Filter_3x3() - Constructor for class GenericFilterDemos.Linear_Filter_3x3

Linear_Filter_3x3_Separable - Class in GenericFilterDemos

This ImageJ plugin shows how to construct a separable linear filter using the classes LinearFilterSeparable and GenericFilter.

Linear_Filter_3x3_Separable() - Constructor for class GenericFilterDemos.Linear_Filter_3x3_Separable

LinearContainer<T> - Class in imagingbook.common.util

This class implements a 1D map for arbitrary objects with flexible bottom and top index, similar to an array in Pascal.

LinearContainer(int) - Constructor for class imagingbook.common.util.LinearContainer

Creates a LinearContainer with the index range [0, n - 1], like an ordinary array.

LinearContainer(int, int) - Constructor for class imagingbook.common.util.LinearContainer

Creates a LinearContainer with the index range [botIndex, topIndex].

LinearFilter - Class in imagingbook.common.filter.linear

This class represents a 2D linear filter specified by an arbitrary 2D convolution kernel.

LinearFilter(Kernel2D) - Constructor for class imagingbook.common.filter.linear.LinearFilter

Constructor, only the 2D filter kernel needs to be specified.

LinearFilterSeparable - Class in imagingbook.common.filter.linear

This class represents a 2D linear filter that is x/y-separable and specified by two 1D-kernels.

LinearFilterSeparable(Kernel1D) - Constructor for class imagingbook.common.filter.linear.LinearFilterSeparable

Constructor, takes a 1D convolution kernel to be applied both in x- and y-direction.

LinearFilterSeparable(Kernel1D, Kernel1D) - Constructor for class imagingbook.common.filter.linear.LinearFilterSeparable

Constructor, takes two 1D convolution kernels to be applied in x- and y-direction, respectively.

LinearFit2d - Interface in imagingbook.common.geometry.fitting.points

Describes a fitter based on a linear transformation model.

LinearMapping2D - Class in imagingbook.common.geometry.mappings.linear

This class represents an arbitrary linear transformation in 2D.

LinearMapping2D() - Constructor for class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Constructor, creates a new identity mapping.

LinearMapping2D(double[][]) - Constructor for class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Creates a linear mapping from a transformation matrix of arbitrary size (may be even empty).

LinearMapping2D(double, double, double, double, double, double, double, double, double) - Constructor for class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Creates an arbitrary linear mapping from the specified matrix elements.

LinearMapping2D(LinearMapping2D) - Constructor for class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Creates a new linear mapping from an existing linear mapping.

LinearRegressionFit - Class in imagingbook.common.geometry.fitting.line

This class implements line fitting by linear regression to a set of 2D points.

LinearRegressionFit(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.line.LinearRegressionFit

Constructor, performs a linear regression fit to the specified points.

LinearRgb65ColorSpace - Class in imagingbook.common.color.colorspace

Defines a linear RGB space with the same white point and primaries as sRGB.

LinearTime - Enum constant in enum imagingbook.common.mser.components.ComponentTree.Method

Specifies the linear-time algorithm, see ComponentTreeLinearTime.

LineFit - Interface in imagingbook.common.geometry.fitting.line

Interface to be implemented by all 2D line fits.

Linen - Enum constant in enum imagingbook.common.color.sets.CssColor

LineSampler - Class in imagingbook.common.geometry.fitting.line.utils

Instances of this class are used to randomly sample points along a given straight line segment, x/y coordinates being perturbed with Gaussian noise.

LineSampler(Pnt2d, Pnt2d) - Constructor for class imagingbook.common.geometry.fitting.line.utils.LineSampler

Constructor (with no specific seed).

LineSampler(Pnt2d, Pnt2d, long) - Constructor for class imagingbook.common.geometry.fitting.line.utils.LineSampler

Constructor (with specific random seed).

LineSegment2d - Class in imagingbook.common.geometry.basic

Described a 2D line segment defined by two end points.

LineSegment2d(double, double, double, double) - Constructor for class imagingbook.common.geometry.basic.LineSegment2d

Constructor for double coordinates.

LineSegment2d(int, int, int, int) - Constructor for class imagingbook.common.geometry.basic.LineSegment2d

Constructor for integer coordinates.

LineSegment2d(Pnt2d, Pnt2d) - Constructor for class imagingbook.common.geometry.basic.LineSegment2d

Constructor for arbitrary 2D points.

LineStrokeWidth - Static variable in interface Ch12_Ransac_Hough.settings.RansacDrawSettings

Linf - Enum constant in enum imagingbook.common.math.VectorNorm.NormType

L-infinity (maximum) norm/distance (see VectorNorm.Linf).

listArray(String, double[]) - Static method in class imagingbook.common.util.MathematicaIO

Generates a string holding the named definition of a 1D double array for Mathematica in the form name = {A[0], A[1], ...,A[m-1]};

listArray(String, double[][]) - Static method in class imagingbook.common.util.MathematicaIO

Generates a string holding the named definition of a 2D double array for Mathematica in the form name = {{A[0][0],...,A[0][m-1]}, {A[1][0],...,A[1][m-1]}, ..., {A[n-1][0], A[n-1][1], ...,A[n-1][m-1]}};

listArray(String, float[]) - Static method in class imagingbook.common.util.MathematicaIO

Generates a string holding the named definition of a 1D float array for Mathematica in the form name = {A[0], A[1], ...,A[m-1]};

listArray(String, float[][]) - Static method in class imagingbook.common.util.MathematicaIO

Generates a string holding the named definition of a 2D float array for Mathematica in the form name = {{A[0][0],...,A[0][m-1]}, {A[1][0],...,A[1][m-1]}, ..., {A[n-1][0], A[n-1][1], ...,A[n-1][m-1]}};

listArray(String, int[]) - Static method in class imagingbook.common.util.MathematicaIO

Generates a string holding the named definition of a 1D int array for Mathematica in the form name = {A[0], A[1], ...,A[m-1]};

listClusters() - Method in class imagingbook.common.color.quantize.KMeansClusteringQuantizer

Lists the color clusters to System.out (for debugging only).

listColorMap(ColorQuantizer) - Method in class Ch13_Color_Images.Quantize_Color_Image

listCurrentLut(ImageProcessor) - Static method in enum imagingbook.common.ij.NamedLookupTable

Lists the contents of the lookup-table currently associated with the specified image.

listFields(Object) - Static method in class imagingbook.common.util.ClassUtils

Lists all accessible public fields of the given object and returns the result as a string.

listNodes() - Method in class imagingbook.common.color.quantize.OctreeQuantizer

Lists the octree nodes to System.out (for debugging only).

ListRegions - Static variable in class Ch08_Binary_Regions.Region_Contours_Demo

Set true to list detected regions to the text console.

ListRegions - Static variable in class Ch08_Binary_Regions.Region_Segmentation_Demo

Set true to to list segmented regions to the console.

listUniqueColors() - Method in class imagingbook.common.color.statistics.ColorHistogram

Lists the unique colors to System.out (intended for debugging only).

LocalAffineFrameExtractor - Class in imagingbook.common.mser

Provides functionality to extract local affine frames from a given image.

LocalAffineFrameExtractor(ImageProcessor, int) - Constructor for class imagingbook.common.mser.LocalAffineFrameExtractor

Short constructor.

LocalAffineFrameExtractor(ImageProcessor, int, double, boolean) - Constructor for class imagingbook.common.mser.LocalAffineFrameExtractor

Full constructor.

LocalMinMaxFinder - Class in imagingbook.common.image

Provides methods for detecting local maxima or minima in images or 2D data arrays.

LocalMinMaxFinder(float[][], double, int) - Constructor for class imagingbook.common.image.LocalMinMaxFinder

Constructor accepting a 2D data array of type float.

LocalMinMaxFinder(ImageProcessor) - Constructor for class imagingbook.common.image.LocalMinMaxFinder

Constructor accepting an ImageProcessor instance using default parameters.

LocalMinMaxFinder(ImageProcessor, double, int) - Constructor for class imagingbook.common.image.LocalMinMaxFinder

Constructor accepting an ImageProcessor instance.

LocalMinMaxFinder.ExtremalPoint - Class in imagingbook.common.image

A 2D point with integer coordinates and a score value (LocalMinMaxFinder.ExtremalPoint.q) attached.

LogPolarMapping1 - Class in imagingbook.common.geometry.mappings.nonlinear

This class implements a 2D log-polar mapping transformation.

LogPolarMapping1(double, double, int, int, double) - Constructor for class imagingbook.common.geometry.mappings.nonlinear.LogPolarMapping1

Constructor.

LogPolarMapping2 - Class in imagingbook.common.geometry.mappings.nonlinear

This class implements a 2D log-polar mapping transformation.

LogPolarMapping2(double, double, int, int, double, double) - Constructor for class imagingbook.common.geometry.mappings.nonlinear.LogPolarMapping2

Constructor.

loThr - Variable in class imagingbook.common.edges.CannyEdgeDetector.Parameters

Low threshold (defaults to 5% of maximum edge magnitude)

LucasKanade_Demo - Class in Ch24_NonRigid_Matching

This ImageJ plugin is a minimalistic example of using the Lucas-Kanade matchers.

LucasKanade_Demo() - Constructor for class Ch24_NonRigid_Matching.LucasKanade_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

LucasKanadeForwardMatcher - Class in imagingbook.common.image.matching.lucaskanade

Lucas-Kanade (forward-additive) matcher [1], as described in [2].

LucasKanadeForwardMatcher(FloatProcessor, FloatProcessor) - Constructor for class imagingbook.common.image.matching.lucaskanade.LucasKanadeForwardMatcher

Constructor using default parameters.

LucasKanadeForwardMatcher(FloatProcessor, FloatProcessor, LucasKanadeMatcher.Parameters) - Constructor for class imagingbook.common.image.matching.lucaskanade.LucasKanadeForwardMatcher

Constructor.

LucasKanadeInverseMatcher - Class in imagingbook.common.image.matching.lucaskanade

Lucas-Kanade elastic "Inverse Compositional" matcher, as described in [1].

LucasKanadeInverseMatcher(FloatProcessor, FloatProcessor) - Constructor for class imagingbook.common.image.matching.lucaskanade.LucasKanadeInverseMatcher

Constructor using default parameters.

LucasKanadeInverseMatcher(FloatProcessor, FloatProcessor, LucasKanadeMatcher.Parameters) - Constructor for class imagingbook.common.image.matching.lucaskanade.LucasKanadeInverseMatcher

Constructor.

LucasKanadeMatcher - Class in imagingbook.common.image.matching.lucaskanade

This is the common super-class for different variants of the Lucas-Kanade matcher [1].

LucasKanadeMatcher.Parameters - Class in imagingbook.common.image.matching.lucaskanade

Default parameters for the containing class and its sub-classes; a (usually modified) instance of this class is passed to the constructor of a non-abstract sub-class.

LucasKanadeMatcher1D - Class in imagingbook.common.image.matching.lucaskanade

LucasKanadeMatcher1D(double[], double[]) - Constructor for class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher1D

LuvColorSpace - Class in imagingbook.common.color.colorspace

This class implements the CIELuv color space.

M

M - Variable in class imagingbook.common.corners.GradientCornerDetector

Magenta - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Magenta - Enum constant in enum imagingbook.common.color.sets.CssColor

Magenta - Enum constant in enum imagingbook.common.mser.MserColors

Magenta - Enum constant in enum imagingbook.common.sift.SiftColors

magnitude - Variable in class imagingbook.common.sift.KeyPoint

magnitude of DoG response

magnitude(double[]) - Method in class imagingbook.common.math.VectorNorm.L1

magnitude(double[]) - Method in class imagingbook.common.math.VectorNorm.L2

magnitude(double[]) - Method in class imagingbook.common.math.VectorNorm.Linf

magnitude(double[]) - Method in class imagingbook.common.math.VectorNorm

Returns the magnitude of the specified double[] vector under this norm.

magnitude(float[]) - Method in class imagingbook.common.math.VectorNorm.L1

magnitude(float[]) - Method in class imagingbook.common.math.VectorNorm.L2

magnitude(float[]) - Method in class imagingbook.common.math.VectorNorm.Linf

magnitude(float[]) - Method in class imagingbook.common.math.VectorNorm

Returns the magnitude of the specified float[] vector under this norm.

magnitude(int[]) - Method in class imagingbook.common.math.VectorNorm.L1

magnitude(int[]) - Method in class imagingbook.common.math.VectorNorm.L2

magnitude(int[]) - Method in class imagingbook.common.math.VectorNorm.Linf

magnitude(int[]) - Method in class imagingbook.common.math.VectorNorm

Returns the magnitude of the specified int[] vector under this norm.

MahalanobisDistance - Class in imagingbook.common.math

This class implements the Mahalanobis distance using the Apache Commons Math library.

MahalanobisDistance(double[][]) - Constructor for class imagingbook.common.math.MahalanobisDistance

Constructor, creates a new MahalanobisDistance instance from the m x m covariance matrix and the m-dimensional mean vector of a distribution of m-dimensional data.

main(String[]) - Static method in class imagingbook.common.color.adapt.BradfordAdaptation

main(String[]) - Static method in class imagingbook.common.color.colorspace.sRGB65ColorSpace

main(String[]) - Static method in class imagingbook.common.filter.examples.FilterProgressExample

Main method for demonstration only.

main(String[]) - Static method in class imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFit5Points

main(String[]) - Static method in interface imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic

main(String[]) - Static method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord

main(String[]) - Static method in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist

main(String[]) - Static method in class imagingbook.common.geometry.line.ParametricLine

main(String[]) - Static method in class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

For testing only.

main(String[]) - Static method in class imagingbook.common.noise.hashing.Hash32Ward

main(String[]) - Static method in class imagingbook.common.util.progress.ProgressMonitorExample

Main method for demonstration.

main(String[]) - Static method in class imagingbook.core.ClassUtils

main(String[]) - Static method in class imagingbook.core.FileUtils

main(String[]) - Static method in class imagingbook.core.plugin.PluginsConfigBuilder

Method to be called from the command line.

main(String[]) - Static method in class imagingbook.pdf.Type1FontPdfDemo

Major_Axis_Demo - Class in Ch08_Binary_Regions

ImageJ plugin, shows each region's major axis as a vector scaled by the region's eccentricity.

Major_Axis_Demo() - Constructor for class Ch08_Binary_Regions.Major_Axis_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Make_Projections - Class in Ch08_Binary_Regions

This ImageJ plugin demonstrates the calculation of horizontal and vertical projections from a grayscale image.

Make_Projections() - Constructor for class Ch08_Binary_Regions.Make_Projections

Constructor, asks to open a predefined sample image if no other image is currently open.

Make_Uniform_Noise - Class in ImageJ_Demos

Fills the active image with uniform noise.

Make_Uniform_Noise() - Constructor for class ImageJ_Demos.Make_Uniform_Noise

makeBoxKernel(int) - Static method in class imagingbook.common.morphology.StructuringElements

Creates and returns a square binary "box" kernel with the specified radius.

makeBoxKernel3x3() - Static method in class imagingbook.common.morphology.StructuringElements

Creates and returns a square binary structuring element (kernel) of size 3x3 (radius 1).

makeDiskKernel(double) - Static method in class imagingbook.common.morphology.StructuringElements

Creates and returns a square binary "disk" kernel with the specified radius.

makeDoubleMatrix(int, int, double...) - Static method in class imagingbook.common.math.Matrix

Creates and returns a double[][] matrix containing the specified values.

makeDoublePoints(double...) - Static method in class imagingbook.common.geometry.basic.PntUtils

Creates and returns an array of Pnt2d.PntDouble points from the given sequence of double coordinate values, interpreted as x/y pairs.

makeDoubleVector(double...) - Static method in class imagingbook.common.math.Matrix

Creates and returns a double[] vector from the specified values.

makeFloatMatrix(int, int, float...) - Static method in class imagingbook.common.math.Matrix

Creates and returns a float[][] matrix containing the specified values.

makeFloatVector(float...) - Static method in class imagingbook.common.math.Matrix

Creates and returns a float[] vector from the specified values.

makeGaussKernel1D(double) - Static method in class imagingbook.common.filter.linear.GaussianKernel1D

Creates and returns a 1D Gaussian filter kernel large enough to avoid truncation effects.

makeGaussKernel1D(double, boolean) - Static method in class imagingbook.common.filter.linear.GaussianKernel1D

Creates and returns a 1D Gaussian filter kernel large enough to avoid truncation effects.

makeGaussKernel2D(double, double) - Static method in class imagingbook.common.filter.linear.GaussianKernel2D

Creates and returns a 2D Gaussian filter kernel large enough to avoid truncation effects.

makeGaussKernel2D(double, double, boolean) - Static method in class imagingbook.common.filter.linear.GaussianKernel2D

Creates and returns a 2D Gaussian filter kernel large enough to avoid truncation effects.

makeHtmlString(String...) - Static method in class imagingbook.common.ij.DialogUtils

Creates a HTML string by formatting the supplied string(s) as individual text lines separated by <br>.

makeIndexColorModel(float[][]) - Static method in interface imagingbook.common.color.quantize.ColorQuantizer

makeIntPoints(int...) - Static method in class imagingbook.common.geometry.basic.PntUtils

Creates and returns an array of Pnt2d.PntInt points from the given sequence of int coordinate values, interpreted as x/y pairs.

makeInvariant() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Makes this Fourier descriptor invariant to scale, start-point and rotation.

makeLineSeparatedString(String...) - Static method in class imagingbook.common.ij.DialogUtils

Creates a string by formatting the supplied strings as individual text lines separated by newline.

makeOuterTriangle(double, double) - Static method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Creates a 2D triangle that is sufficiently large to be used as an outer triangle for the Delaunay triangulation of points inside the given bounding rectangle, anchored at (0,0).

makeOuterTriangle(double, double, double, double) - Static method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Creates a 2D triangle that is sufficiently large to be used as an outer triangle for the Delaunay triangulation of points inside the given bounding rectangle.

makeOuterTriangle(Collection<? extends Pnt2d>) - Static method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Creates a 2D triangle that is sufficiently large to be used as an outer triangle for the Delaunay triangulation of the given point set.

makeRealMatrix(int, int, double...) - Static method in class imagingbook.common.math.Matrix

Creates and returns a RealMatrix containing the specified double values.

makeRealVector(double...) - Static method in class imagingbook.common.math.Matrix

Creates and returns a RealVector from the specified double values.

makeRotationInvariant() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a new rotation invariant Fourier descriptor by applying complex rotation to all coefficients (except coefficient 0).

makeScaleInvariant() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a new scale invariant Fourier descriptor by normalizing the L2 norm of the sub-vector {G[-mp], ..., G[-1], G[1], ..., G[mp]}.

makeStartPointInvariant() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a pair of start-point normalized Fourier descriptors.

makeTranslationInvariant() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns a new translation invariant Fourier descriptor by setting coefficient 0 to zero.

map(ImageProcessor) - Method in class imagingbook.common.image.ImageMapper

Destructively transforms the passed image using this geometric mapping and the specified pixel interpolation method.

map(ImageProcessor, ImageProcessor) - Method in class imagingbook.common.image.ImageMapper

Transforms the source image to the target image using this geometric mapping and the specified pixel interpolation method.

map(ImageAccessor, ImageAccessor) - Method in class imagingbook.common.image.ImageMapper

Transforms the source image to the target image using this geometric mapping and the specified pixel interpolation method.

Map_Affine_Matrix - Class in Ch21_Geometric_Operations

ImageJ plugin, applies a configurable affine transformation to the current image.

Map_Affine_Matrix() - Constructor for class Ch21_Geometric_Operations.Map_Affine_Matrix

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Affine_Triangles - Class in Ch21_Geometric_Operations

ImageJ plugin, applies an affine transformation derived from a pair of triangles P, Q (for the source and target image, respectively) to the current image.

Map_Affine_Triangles() - Constructor for class Ch21_Geometric_Operations.Map_Affine_Triangles

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Bilinear - Class in Ch21_Geometric_Operations

ImageJ plugin, applies a bilinear transformation derived from a pair of quadrilaterals P, Q (for the source and target image, respectively) to the current image.

Map_Bilinear() - Constructor for class Ch21_Geometric_Operations.Map_Bilinear

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_LogPolar_Demo - Class in Ch21_Geometric_Operations

ImageJ plugin demonstrating the use of 2D log-polar mapping.

Map_LogPolar_Demo() - Constructor for class Ch21_Geometric_Operations.Map_LogPolar_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Nonlinear_Ripple - Class in Ch21_Geometric_Operations

ImageJ plugin, applies a non-linear "ripple" transformation to the current image.

Map_Nonlinear_Ripple() - Constructor for class Ch21_Geometric_Operations.Map_Nonlinear_Ripple

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Nonlinear_Tapestry - Class in Ch21_Geometric_Operations

ImageJ plugin, applies a non-linear "tapestry" transformation to the current image.

Map_Nonlinear_Tapestry() - Constructor for class Ch21_Geometric_Operations.Map_Nonlinear_Tapestry

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Nonlinear_Twirl - Class in Ch21_Geometric_Operations

ImageJ plugin, applies a non-linear "twirl" transformation to the current image.

Map_Nonlinear_Twirl() - Constructor for class Ch21_Geometric_Operations.Map_Nonlinear_Twirl

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Projective - Class in Ch21_Geometric_Operations

This plugin demonstrates the use of geometric mappings, as implemented in the imagingbook library.

Map_Projective() - Constructor for class Ch21_Geometric_Operations.Map_Projective

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Rotate_Center - Class in Ch21_Geometric_Operations

ImageJ plugin, rotates the current image by a specified angle around its center.

Map_Rotate_Center() - Constructor for class Ch21_Geometric_Operations.Map_Rotate_Center

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Rotate_Origin - Class in Ch21_Geometric_Operations

ImageJ plugin, rotates the current image by a specified angle around the coordinate origin.

Map_Rotate_Origin() - Constructor for class Ch21_Geometric_Operations.Map_Rotate_Origin

Constructor, asks to open a predefined sample image if no other image is currently open.

Map_Translate - Class in Ch21_Geometric_Operations

ImageJ plugin, applies a continuous translation to the current image.

Map_Translate() - Constructor for class Ch21_Geometric_Operations.Map_Translate

Constructor, asks to open a predefined sample image if no other image is currently open.

MapleLeafSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Binary image with a single connected component.

Mapping2D - Interface in imagingbook.common.geometry.mappings

Common interface to be implemented by all (linear and nonlinear) 2D mappings.

Maroon - Enum constant in enum imagingbook.common.color.sets.CssColor

marshrabbit - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

marshrabbit - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

marshrabbitocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

match(ImageProcessor, ImageProcessor) - Static method in class imagingbook.common.ij.IjUtils

Checks if two images have the same type, size and content (using IjUtils.DefaultMatchTolerance for float images).

match(ImageProcessor, ImageProcessor, double) - Static method in class imagingbook.common.ij.IjUtils

Checks if two images have the same type, size and values (using the specified tolerance for float images).

match(Collection<SiftDescriptor>, Collection<SiftDescriptor>) - Method in class imagingbook.common.sift.SiftMatcher

Finds matches between two sets of SIFT descriptors.

Match_Gaussian_Histogram - Class in Ch03_Point_Operations

ImageJ plugin, adapts image intensities to match a Gaussian distribution with specified parameters μ, σ (Match_Gaussian_Histogram.Mean, Match_Gaussian_Histogram.StdDev).

Match_Gaussian_Histogram() - Constructor for class Ch03_Point_Operations.Match_Gaussian_Histogram

Constructor, asks to open a predefined sample image if no other image is currently open.

Match_Piecewise_Linear_Histogram - Class in Ch03_Point_Operations

Adapts image intensities to match a reference histogram that is piecewise-linear.

Match_Piecewise_Linear_Histogram() - Constructor for class Ch03_Point_Operations.Match_Piecewise_Linear_Histogram

Constructor, asks to open a predefined sample image if no other image is currently open.

Match_Reference_Histogram_Stack - Class in Ch03_Point_Operations

ImageJ plugin, matches the histograms of the supplied images which are supplied as a ImageStack with 2 ore more frames.

Match_Reference_Histogram_Stack() - Constructor for class Ch03_Point_Operations.Match_Reference_Histogram_Stack

Constructor, asks to open a predefined sample image if no other image is currently open.

matchHistograms(int[], int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Histogram matching.

matchHistograms(int[], PiecewiseLinearCdf) - Static method in class imagingbook.common.histogram.HistogramUtils

Histogram matching to a reference cumulative distribution function that is piecewise linear.

MathematicaIO - Class in imagingbook.common.util

This class provides some static methods for formatting Java arrays (representing vectors, matrices or measurements) for copy-pasting to Mathematica.

Matrix - Class in imagingbook.common.math

This class defines a set of static methods for calculations with vectors and matrices using native Java arrays without any enclosing object structures.

Matrix.IncompatibleDimensionsException - Exception in imagingbook.common.math

Thrown when the dimensions of matrix/vector arguments do not match.

Matrix.NonsquareMatrixException - Exception in imagingbook.common.math

Thrown when a non-square matrix is encountered where a square matrix is assumed.

Matrix.SameSourceTargetException - Exception in imagingbook.common.math

Thrown when source and target objects are identical but shouldn't.

Matrix.ZeroLengthVectorException - Exception in imagingbook.common.math

Thrown when the length of some vector is zero.

max(double[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Returns the maximum bin value (count) of the given frequency distribution (histogram).

max(double[]) - Static method in class imagingbook.common.math.Matrix

Returns the largest value in the specified double[] vector.

max(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns the largest value in the specified double[][] matrix.

max(double, double...) - Static method in class imagingbook.common.math.Arithmetic

Returns the maximum of one or more double values.

max(float[]) - Static method in class imagingbook.common.math.Matrix

Returns the largest value in the specified float[] vector.

max(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns the largest value in the specified float[][] matrix.

max(float, float...) - Static method in class imagingbook.common.math.Arithmetic

Returns the maximum of one or more float values.

max(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Returns the maximum bin value (count) of the given histogram.

max(int, int...) - Static method in class imagingbook.common.math.Arithmetic

Returns the maximum of one or more integer values.

MAX_RGB - Static variable in interface imagingbook.common.color.quantize.ColorQuantizer

MaxCornerCount - Static variable in class Ch06_Corner_Detection.Find_Corners

Number of corners to show (0 = all).

MaxEccentricity - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Maximum eccentricity, greater eccentricity values are clipped.

MaxEntropyThresholder - Class in imagingbook.common.threshold.global

This is an implementation of the global thresholder proposed by Kapur et al.

MaxEntropyThresholder() - Constructor for class imagingbook.common.threshold.global.MaxEntropyThresholder

MaxEvaluations - Static variable in class imagingbook.common.math.nonlinear.NonlinearLeastSquares

maxInlierDistance - Variable in class imagingbook.common.ransac.RansacDetector.RansacParameters

The maximum distance of any point from the curve to be considered an "inlier".

maxIterations - Variable in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher.Parameters

Maximum number of iterations

MaxIterations - Static variable in class imagingbook.common.math.nonlinear.NonlinearLeastSquares

MaxIterationsExceededException - Exception in imagingbook.common.math.exception

Exception indicating that some predefined number of iterations was exceeded.

MaxIterationsExceededException() - Constructor for exception imagingbook.common.math.exception.MaxIterationsExceededException

MaxIterationsExceededException(int) - Constructor for exception imagingbook.common.math.exception.MaxIterationsExceededException

maxLocatorMethod - Variable in class imagingbook.common.corners.GradientCornerDetector.Parameters

maxRelCompSize - Variable in class imagingbook.common.mser.MserParameters

maxSizeVariation - Variable in class imagingbook.common.mser.MserParameters

mean(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the intensity mean (average) of the distribution represented by the given histogram.

mean(int[], int, int) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the intensity mean (average) of the distribution represented by the given histogram, limited to the specified intensity range.

MeanThresholder - Class in imagingbook.common.threshold.global

Simple global thresholder which uses the mean pixel value as the threshold.

MeanThresholder() - Constructor for class imagingbook.common.threshold.global.MeanThresholder

meanVector(double[][]) - Static method in class imagingbook.common.math.Statistics

Calculates the mean vector for a sequence of sample vectors.

median(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the intensity median of the distribution represented by the given histogram.

MedianCutQuantizer - Class in imagingbook.common.color.quantize

This is an implementation of Heckbert's median-cut color quantization algorithm [1].

MedianCutQuantizer(int[], int) - Constructor for class imagingbook.common.color.quantize.MedianCutQuantizer

Constructor, creates a new MedianCutQuantizer with up to K colors, but never more than the number of colors found in the supplied pixel data.

MedianFilter_Scalar - Class in Ch15_Color_Filters

This plugin applies a scalar median filter to all three planes of a RGB color image.

MedianFilter_Scalar() - Constructor for class Ch15_Color_Filters.MedianFilter_Scalar

Constructor, asks to open a predefined sample image if no other image is currently open.

MedianFilter_Vector - Class in Ch15_Color_Filters

This plugin applies a vector median filter to a RGB color image.

MedianFilter_Vector() - Constructor for class Ch15_Color_Filters.MedianFilter_Vector

Constructor, asks to open a predefined sample image if no other image is currently open.

MedianFilter_VectorSharpen - Class in Ch15_Color_Filters

This plugin applies a sharpening vector median filter to a RGB color image.

MedianFilter_VectorSharpen() - Constructor for class Ch15_Color_Filters.MedianFilter_VectorSharpen

Constructor, asks to open a predefined sample image if no other image is currently open.

MedianThresholder - Class in imagingbook.common.threshold.global

This is a special case of a QuantileThresholder with quantile b = 0.5.

MedianThresholder() - Constructor for class imagingbook.common.threshold.global.MedianThresholder

Constructor, effectively creates a QuantileThresholder with quantile b = 0.5.

MediumAquaMarine - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumOrchid - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumPurple - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumSeaGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumSlateBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumSpringGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumTurquoise - Enum constant in enum imagingbook.common.color.sets.CssColor

MediumVioletRed - Enum constant in enum imagingbook.common.color.sets.CssColor

Mesh_Warp_Interactive - Class in Ch21_Geometric_Operations

ImageJ plugin, performs piecewise affine transformation by triangulation of the input image, as described in Sec.

Mesh_Warp_Interactive() - Constructor for class Ch21_Geometric_Operations.Mesh_Warp_Interactive

Constructor, asks to open a predefined sample image if no other image is currently open.

method - Variable in class imagingbook.common.mser.MserParameters

Method - Static variable in class Ch08_Binary_Regions.Region_Segmentation_Demo

The region labeling method to be used.

mgen1ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen1bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen1bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

mgen1cp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen1dp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen1ep - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen1fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen2ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen2ap - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

mgen2bp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen2cp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen2dp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen2ep - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen2fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mgen2fp - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

MidnightBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

mig29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mig29occ1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mig29occ2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mig29occ3 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

min(double[]) - Static method in class imagingbook.common.math.Matrix

Returns the smallest value in the specified vector.

min(double, double...) - Static method in class imagingbook.common.math.Arithmetic

Returns the minimum of one or more double values.

min(float[]) - Static method in class imagingbook.common.math.Matrix

Returns the smallest value in the specified vector.

min(float, float...) - Static method in class imagingbook.common.math.Arithmetic

Returns the minimum of one or more float values.

min(int, int...) - Static method in class imagingbook.common.math.Arithmetic

Returns the minimum of one or more integer values.

minAbsComponentArea - Variable in class imagingbook.common.mser.MserParameters

minCompactness - Variable in class imagingbook.common.mser.MserParameters

minDiversity - Variable in class imagingbook.common.mser.MserParameters

MinErrorThresholder - Class in imagingbook.common.threshold.global

This is an implementation of the global "minimum error" thresholder proposed by Kittler and Illingworth in [1].

MinErrorThresholder() - Constructor for class imagingbook.common.threshold.global.MinErrorThresholder

minInlierCount - Variable in class imagingbook.common.ransac.RansacDetector.RansacParameters

The minimum number of inliers required for successful detection.

MinMaxThresholder - Class in imagingbook.common.threshold.global

Simple global thresholder which sets the threshold centered between the image's minimum and maximum pixel value.

MinMaxThresholder() - Constructor for class imagingbook.common.threshold.global.MinMaxThresholder

minPairDistance - Variable in class imagingbook.common.ransac.RansacLineDetector.Parameters

The minimum distance between two random sample points.

MinReconstructionSamples - Static variable in class imagingbook.common.geometry.fd.FourierDescriptor

MinRegionSize - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Minimum region size, smaller regions are ignored.

minRelCompSize - Variable in class imagingbook.common.mser.MserParameters

minStrokeWidth - Variable in class imagingbook.pdf.PdfExporter.Parameters

MintCream - Enum constant in enum imagingbook.common.color.sets.CssColor

minus(double, double) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a new point whose coordinates are the difference of this point and the given point (specified as a coordinate pair).

minus(int, int) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

minus(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a new point whose coordinates are the difference of this point and the given point.

minus(Pnt2d) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

minus(Pnt2d) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

minus(Pnt2d.PntInt) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

MirrorImage - Enum constant in enum imagingbook.common.image.OutOfBoundsStrategy

Replicate the image by mirroring at its borders.

Misk01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

Misk21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Misk26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

MistyRose - Enum constant in enum imagingbook.common.color.sets.CssColor

MitchellNetravali - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

MitchellNetravaliInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing Mitchell-Netravali interpolation in 2D See Sec.22.4.3 of [1] for additional details.

MitchellNetravaliInterpolator() - Constructor for class imagingbook.common.image.interpolation.MitchellNetravaliInterpolator

Constructor.

Moccasin - Enum constant in enum imagingbook.common.color.sets.CssColor

mod(double, double) - Static method in class imagingbook.common.math.Arithmetic

Non-integer version of modulus operator using floored division (see here), with results identical to Mathematica.

mod(int, int) - Static method in class imagingbook.common.math.Arithmetic

Integer version of the modulus operator (a mod b).

ModifiedGammaMapping - Class in imagingbook.common.color.gamma

Defines the "modified gamma correction" used for converting linear to non-linear color component values.

ModifiedGammaMapping(double, double) - Constructor for class imagingbook.common.color.gamma.ModifiedGammaMapping

Constructor, derives parameters s and d from gamma and a0 (see Eq.

ModifiedGammaMapping(double, double, double, double) - Constructor for class imagingbook.common.color.gamma.ModifiedGammaMapping

Constructor, accepts explicit parameters s and d to allow for minor inaccuracies in published standards.

Moments2D - Class in imagingbook.common.geometry.moments

This class defines methods for statistical moment calculations on 2D point sets.

MonasterySmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Small grayscale image.

MonochromaticEdgeDetector - Class in imagingbook.common.edges

Monochromatic edge detector, applicable to color images (ColorProcessor) only.

MonochromaticEdgeDetector(ColorProcessor) - Constructor for class imagingbook.common.edges.MonochromaticEdgeDetector

Mops - Enum constant in enum Ch06_Corner_Detection.Find_Corners.DetectorType

MopsCornerDetector - Class in imagingbook.common.corners

This is an implementation of the corner detector described in [1].

MopsCornerDetector(ImageProcessor, GradientCornerDetector.Parameters) - Constructor for class imagingbook.common.corners.MopsCornerDetector

More_ - package More_

MortarSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Grayscale image used for MSER feature detection.

MostFrequent - Enum constant in enum imagingbook.common.color.quantize.KMeansClusteringQuantizer.InitialClusterMethod

Use the K most frequent image colors to initialize clusters.

mountaincottontail - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mountaincottontail - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

mountaincottontailocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mountaincottontailocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

mountaincottontailocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mountaincottontailocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

mountaincottontailocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mountaincottontailrot - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mountaincottontailrot - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

mouseClicked(MouseEvent) - Method in class Ch21_Geometric_Operations.Map_LogPolar_Demo

mouseEntered(MouseEvent) - Method in class Ch21_Geometric_Operations.Map_LogPolar_Demo

mouseExited(MouseEvent) - Method in class Ch21_Geometric_Operations.Map_LogPolar_Demo

mousePressed(MouseEvent) - Method in class Ch21_Geometric_Operations.Map_LogPolar_Demo

mouseReleased(MouseEvent) - Method in class Ch21_Geometric_Operations.Map_LogPolar_Demo

Mrgb - Variable in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

Mrgbi - Variable in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

MSER_Detection_Demo - Class in Ch26_MSER

ImageJ plugin which runs MSER detection [1] on the current image and shows the result as a vector overlay in a new image.

MSER_Detection_Demo() - Constructor for class Ch26_MSER.MSER_Detection_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

MserColors - Enum in imagingbook.common.mser

Color definitions used in MSER demo plugins.

MserData - Class in imagingbook.common.mser

Defines a container holding the data for calculating MSER properties.

MserData(Component<MserData>) - Constructor for class imagingbook.common.mser.MserData

Constructor.

MserDetector - Class in imagingbook.common.mser

Performs "Maximally Stable Extremal Region" (MSER) detection [1] on gray-scale images.

MserDetector(ByteProcessor) - Constructor for class imagingbook.common.mser.MserDetector

Constructor using default parameters.

MserDetector(ByteProcessor, MserParameters) - Constructor for class imagingbook.common.mser.MserDetector

Constructor using explicit parameters.

MserParameters - Class in imagingbook.common.mser

Parameters for MSER detection.

MserParameters() - Constructor for class imagingbook.common.mser.MserParameters

mullets - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mullets - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

mulletsaff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mulletsocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

mult(double) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a new point whose coordinates are multiplied by the specified scalar value.

mult(T, T) - Static method in class imagingbook.common.image.ImageMath

Multiplies the pixel values of the specified images and returns a new image of the same type as the first image.

MultiGradientEdgeDetector - Class in imagingbook.common.edges

Multi-Gradient ("DiZenzo/Cumani-style") color edge detector.

MultiGradientEdgeDetector(ColorProcessor) - Constructor for class imagingbook.common.edges.MultiGradientEdgeDetector

MultiGradientEdgeDetector(ColorProcessor, MultiGradientEdgeDetector.Parameters) - Constructor for class imagingbook.common.edges.MultiGradientEdgeDetector

MultiGradientEdgeDetector.Parameters - Class in imagingbook.common.edges

Parameters for MultiGradientEdgeDetector (currently unused, no parameters to set).

multiply(double) - Method in class imagingbook.common.math.Complex

Multiplies this complex number with the scalar factor s and returns a new complex number.

multiply(double[][], double[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a matrix A with a vector x "from the right", i.e., y = A * x, where x is treated as a column vector and the result y is also a column vector.

multiply(double[][], double[][]) - Static method in class imagingbook.common.math.Matrix

Returns the product of two double[][] matrices A, B as a new double[][] matrix.

multiply(double[], double[][]) - Static method in class imagingbook.common.math.Matrix

Multiplies a vector x with a matrix A "from the left", i.e., y = x * A, where x is treated as a row vector and the result y is also a row vector.

multiply(double, double[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a double[] vector by a scalar and returns a new double[] vector (non-destructive).

multiply(double, double[][]) - Static method in class imagingbook.common.math.Matrix

Multiplies a double[][] matrix by a scalar and returns a new double[][] matrix (non-destructive).

multiply(float[][], float[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a matrix A with a vector x from the right, i.e., y = A * x, where x is treated as a column vector and the result y is also a column vector.

multiply(float[][], float[][]) - Static method in class imagingbook.common.math.Matrix

Returns the product of two float[][] matrices A, B as a new float[][] matrix.

multiply(float, float[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a float[] vector by a scalar and returns a new float[] vector (non-destructive).

multiply(float, float[][]) - Static method in class imagingbook.common.math.Matrix

Multiplies a float[][] matrix by a scalar and returns a new float[][] matrix (non-destructive).

multiply(Complex) - Method in class imagingbook.common.math.Complex

Multiplies this complex number with another complex quantity and returns a new complex number.

multiplyD(double[][], double[][], double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates the product of two double[][] matrices A, B and places the results in the third double[][] matrix C, which is modified (destructively).

multiplyD(double[][], double[], double[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a matrix A with a vector x "from the right", i.e., y = A * x, where x is treated as a column vector and the result y is also a column vector.

multiplyD(double[], double[][], double[]) - Static method in class imagingbook.common.math.Matrix

Destructive version of Matrix.multiply(double[], double[][]).

multiplyD(double, double[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a double[] vector by a scalar.

multiplyD(double, double[][]) - Static method in class imagingbook.common.math.Matrix

Multiplies a double[][] matrix by a scalar.

multiplyD(float[][], float[][], float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates the product of two float[][] matrices A, B and places the results in the third float[][] matrix C, which is modified (destructively).

multiplyD(float[][], float[], float[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a matrix A with a vector x "from the right", i.e., y = A * x, where x is treated as a column vector and the result y is also a column vector.

multiplyD(float, float[]) - Static method in class imagingbook.common.math.Matrix

Multiplies a float[] vector by a scalar.

multiplyD(float, float[][]) - Static method in class imagingbook.common.math.Matrix

Multiplies a float[][] matrix by a scalar.

My_Inverter_A - Class in ImageJ_Demos

This is a minimal ImageJ plugin (PlugInFilter) that inverts an 8-bit grayscale (byte) image.

My_Inverter_A() - Constructor for class ImageJ_Demos.My_Inverter_A

My_Inverter_B - Class in ImageJ_Demos

This plugin does the same as My_Inverter_A but is based on the PlugIn instead of the PlugInFilter interface.

My_Inverter_B() - Constructor for class ImageJ_Demos.My_Inverter_B

N

n - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

n - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

n - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

n - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

n - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

N - Enum constant in enum imagingbook.common.color.cie.StandardIlluminant

Equal energy illuminant, neutral point (5400K).

N - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

N - Variable in class imagingbook.common.corners.GradientCornerDetector

N4 - Enum constant in enum imagingbook.common.geometry.basic.NeighborhoodType2D

4-neighborhood type.

N8 - Enum constant in enum imagingbook.common.geometry.basic.NeighborhoodType2D

8-neighborhood type.

Nagao_Matsuyama_Filter - Class in Ch17_EdgePreserving_Smoothing

This plugin demonstrates the 5x5 Nagao-Matsuyama filter, as described in [1]].

Nagao_Matsuyama_Filter() - Constructor for class Ch17_EdgePreserving_Smoothing.Nagao_Matsuyama_Filter

Constructor, asks to open a predefined sample image if no other image is currently open.

NagaoMatsuyamaF - Interface in imagingbook.common.filter.edgepreserving

Common interface for Nagao-Matsuyama filter implementations.

NagaoMatsuyamaF.Constants - Class in imagingbook.common.filter.edgepreserving

NagaoMatsuyamaF.Parameters - Class in imagingbook.common.filter.edgepreserving

Parameter bundle for Nagao-Matsuyama filters (implementations of NagaoMatsuyamaF).

NagaoMatsuyamaFilterScalar - Class in imagingbook.common.filter.edgepreserving

Scalar version of the Nagao-Matsuyama filter.

NagaoMatsuyamaFilterScalar() - Constructor for class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaFilterScalar

NagaoMatsuyamaFilterScalar(NagaoMatsuyamaF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaFilterScalar

NagaoMatsuyamaFilterVector - Class in imagingbook.common.filter.edgepreserving

Vector version of the Nagao-Matsuyama filter.

NagaoMatsuyamaFilterVector() - Constructor for class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaFilterVector

NagaoMatsuyamaFilterVector(NagaoMatsuyamaF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaFilterVector

NamedIccProfile - Enum in imagingbook.common.color.cie

NamedLookupTable - Enum in imagingbook.common.ij

This enum type wraps a selection of ImageJ's lookup tables (originally defined in class LutLoader).

NamedResource - Interface in imagingbook.core.resource

This interface is supposed to be implemented by some enum class that specifies the root of a resource tree.

nAng - Variable in class imagingbook.common.hough.HoughTransformLines.Parameters

Number of angular steps over [0, pi]

nAngl - Variable in class imagingbook.common.sift.SiftParameters

Number of angular descriptor bins.

NavajoWhite - Enum constant in enum imagingbook.common.color.sets.CssColor

Navy - Enum constant in enum imagingbook.common.color.sets.CssColor

NearestBorder - Enum constant in enum imagingbook.common.image.OutOfBoundsStrategy

Insert the value of the nearest border pixel.

NearestNeighbor - Enum constant in enum imagingbook.common.image.interpolation.InterpolationMethod

NearestNeighborInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing nearest-neighbor interpolation in 2D.

NearestNeighborInterpolator() - Constructor for class imagingbook.common.image.interpolation.NearestNeighborInterpolator

Constructor.

Neigborhood - Static variable in class Ch07_Morphological_Filters.Outline_Demo

Neighborhood - Static variable in class Ch08_Binary_Regions.Region_Contours_Demo

Neighborhood type used for region segmentation (4- or 8-neighborhood).

Neighborhood - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Neighborhood type used for region segmentation (4- or 8-neighborhood).

Neighborhood - Static variable in class Ch08_Binary_Regions.Region_Segmentation_Demo

Neighborhood type used for region segmentation (4- or 8-neighborhood).

NeighborhoodType2D - Enum in imagingbook.common.geometry.basic

Enum type for different pixel neighborhood types to be used for parameter selection.

next - Variable in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

next() - Method in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

next() - Method in class imagingbook.common.color.iterate.FiniteRandomColorSequencer

next() - Method in class imagingbook.common.color.iterate.RandomHueGenerator

Returns the next random color.

next() - Method in class imagingbook.common.geometry.shape.ShapePointIterator

nextAngle() - Method in class imagingbook.common.util.random.RandomAngle

Returns a random double value in the range [-π,+π].

NH10 - Enum constant in enum imagingbook.common.sift.SiftDetector.NeighborhoodType3D

NH18 - Enum constant in enum imagingbook.common.sift.SiftDetector.NeighborhoodType3D

NH26 - Enum constant in enum imagingbook.common.sift.SiftDetector.NeighborhoodType3D

NH8 - Enum constant in enum imagingbook.common.sift.SiftDetector.NeighborhoodType3D

nhType - Variable in class imagingbook.common.sift.SiftParameters

Type of neigborhood used for peak detection in 3D scale space.

NiblackThresholder - Class in imagingbook.common.threshold.adaptive

This is an implementation of the adaptive thresholder proposed by Niblack in [1].

NiblackThresholder.Box - Class in imagingbook.common.threshold.adaptive

Implementation of Niblack's adaptive thresholder using a rectangular (box-shaped) support region (concrete implementation of abstract class NiblackThresholder).

NiblackThresholder.Disk - Class in imagingbook.common.threshold.adaptive

Implementation of Niblack's adaptive thresholder using a circular (disk-shaped) support region (concrete implementation of abstract class NiblackThresholder).

NiblackThresholder.Gauss - Class in imagingbook.common.threshold.adaptive

Implementation of Niblack's adaptive thresholder using a 2D Gaussian support region (concrete implementation of abstract class NiblackThresholder).

NiblackThresholder.Parameters - Class in imagingbook.common.threshold.adaptive

Parameters for class NiblackThresholder.

NiblackThresholder.RegionType - Enum in imagingbook.common.threshold.adaptive

noCurrentImage() - Static method in class imagingbook.common.ij.IjUtils

Returns true if no image is currently open in ImageJ.

NoisyCircles - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Binary image with circles embedded in noise.

NoisyEllipses - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Binary image with ellipses embedded in noise.

NoisyLines - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Binary image with straight lines embedded in noise.

None - Enum constant in enum imagingbook.common.corners.SubpixelMaxInterpolator.Method

No interpolation

NonlinearLeastSquares - Class in imagingbook.common.math.nonlinear

This class defines static methods for simplified access to nonlinear least-squares solvers in Apache Commons Math, hiding much of the available configuration options.

NonsquareMatrixException() - Constructor for exception imagingbook.common.math.Matrix.NonsquareMatrixException

NonsquareMatrixException(String) - Constructor for exception imagingbook.common.math.Matrix.NonsquareMatrixException

nOrient - Variable in class imagingbook.common.sift.SiftParameters

Number of orientation bins in the feature descriptor (angular resolution).

norm(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the Froebenius norm of the given matrix.

normalize() - Method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

Scales the transformation matrix such that a22 becomes 1.

normalize(double[]) - Static method in class imagingbook.common.math.Matrix

Normalizes the specified double[] vector to unit (L2) norm and returns the result as a new double[] vector.

normalize(float[]) - Static method in class imagingbook.common.filter.linear.Kernel1D

Normalizes the specified array such that its sum becomes 1.

normalize(float[]) - Static method in class imagingbook.common.math.Matrix

Normalizes the specified float[] vector to unit (L2) norm and returns the result as a new float[] vector.

normalize(float[][]) - Static method in class imagingbook.common.filter.linear.Kernel2D

Normalizes the specified array such that its sum becomes 1.

normalize(int[]) - Static method in class imagingbook.common.color.RgbUtils

Converts integer RGB values (with components assumed to be in [0,255]) to float values in [0,1].

normalizeD(double[]) - Static method in class imagingbook.common.math.Matrix

Normalizes the specified double[] vector to unit (L2) norm.

normalizeD(float[]) - Static method in class imagingbook.common.math.Matrix

Normalizes the specified float[] vector to unit (L2) norm.

normalizeD(int[]) - Static method in class imagingbook.common.color.RgbUtils

normalizedCentralMoment(Iterable<Pnt2d>, int, int) - Static method in class imagingbook.common.geometry.moments.Moments2D

Calculates and returns the normalized central moment of order (p,q) for the specified set of 2D points.

normalizeMax(double[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Returns a normalized frequency distribution for the given histogram whose maximum entry is 1 (double version).

normalizeMax(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Returns a normalized frequency distribution for the given histogram whose maximum entry is 1 (int version).

normalizeP(double[]) - Method in interface imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic

Normalize parameter vector q=(A,B,C,D) by enforcing the constraint B^2 + C^2 - 4 A D = 1.

normGradMag - Variable in class imagingbook.common.edges.CannyEdgeDetector.Parameters

Set true to normalize gradient magnitude

normL1(double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the L1 norm of the given vector.

normL1(float[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the L1 norm of the given vector.

normL2(double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the L2 norm of the given vector.

normL2(float[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the L2 norm of the given vector.

normL2squared(double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the squared L2 norm of the given vector.

normL2squared(float[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the squared L2 norm of the given vector.

NoThreshold - Static variable in interface imagingbook.common.threshold.global.GlobalThresholder

nRad - Variable in class imagingbook.common.hough.HoughTransformLines.Parameters

Number of radial steps in each pos/neg direction (accum.

nRefine - Variable in class imagingbook.common.sift.SiftParameters

Maximum number of iterations for refining the position of a key point.

nSmooth - Variable in class imagingbook.common.sift.SiftParameters

Number of smoothing steps applied to the orientation histogram.

nSpat - Variable in class imagingbook.common.sift.SiftParameters

Number of spatial descriptor bins along each x/y axis.

O

ObjectUtils - Class in imagingbook.common.util

Defines static methods for object copying and encoding to strings.

OBS - Static variable in class Ch04_Filters.Jitter_Filter_GenericFilter

The out-of-bounds strategy to be used (see OutOfBoundsStrategy).

OBS - Static variable in class Ch04_Filters.Jitter_Filter_ImageAccessor

The out-of-bounds strategy to be used (see OutOfBoundsStrategy).

OBS - Static variable in class imagingbook.common.filter.linear.GaussianFilter

OctreeQuantizer - Class in imagingbook.common.color.quantize

This class implements color quantization based on the octree method.

OctreeQuantizer(int[], int) - Constructor for class imagingbook.common.color.quantize.OctreeQuantizer

Constructor, creates a new OctreeQuantizer with up to K colors, but never more than the number of colors found in the supplied image.

OctreeQuantizer(int[], int, boolean) - Constructor for class imagingbook.common.color.quantize.OctreeQuantizer

Constructor, creates a new OctreeQuantizer with up to K colors, but never more than the number of colors found in the supplied image.

OldLace - Enum constant in enum imagingbook.common.color.sets.CssColor

Olive - Enum constant in enum imagingbook.common.color.sets.CssColor

OliveDrab - Enum constant in enum imagingbook.common.color.sets.CssColor

ONE - Static variable in class imagingbook.common.math.Complex

Constant - real unit value (z = 1 + i 0).

Open - Enum constant in enum Ch07_Morphological_Filters.Bin_Morphology_Disk.OpType

Open_Sample_Image - Class in Tools_

ImageJ plugin, allows the user to select and open one of the internal sample images.

Open_Sample_Image() - Constructor for class Tools_.Open_Sample_Image

Open_Sample_Image_For_PlugInFilter - Class in ImageJ_Demos

This plugin shows a trick how to automatically load some pre-defined sample image in the case that no other image is currently open.

Open_Sample_Image_For_PlugInFilter() - Constructor for class ImageJ_Demos.Open_Sample_Image_For_PlugInFilter

Trick, using the (normally empty) constructor to check if a suitable image is already open or not, BEFORE ImageJ's internal machinery jumps in.

openImage(String) - Static method in class imagingbook.common.ij.IjUtils

Opens the image from the specified filename and returns it as a ImagePlus instance.

openImage(URI) - Static method in class imagingbook.common.ij.IjUtils

Opens the image from the specified URI and returns it as a ImagePlus instance.

Operation - Static variable in class Ch07_Morphological_Filters.Bin_Morphology_Disk

Operation type (dilation, erosion, opening, closing).

Orange - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Orange - Enum constant in enum imagingbook.common.color.sets.CssColor

Orange - Enum constant in enum imagingbook.common.mser.MserColors

OrangeRed - Enum constant in enum imagingbook.common.color.sets.CssColor

Orchid - Enum constant in enum imagingbook.common.color.sets.CssColor

ordinaryMoment(Iterable<Pnt2d>, int, int) - Static method in class imagingbook.common.geometry.moments.Moments2D

Calculates and returns the ordinary moment of order (p,q) for the specified set of 2D points.

Orthogonal - Enum constant in enum Ch11_Circle_Ellipse_Fitting.Ellipse_Closest_Points_Demo.ClosestPointAlgorithm

OrthogonalEllipseProjector - Class in imagingbook.common.geometry.ellipse.project

Calculates the closest point on the ellipse for a given 2D point inside or outside the ellipse, using orthogonal projection of points onto the ellipse.

OrthogonalEllipseProjector(GeometricEllipse) - Constructor for class imagingbook.common.geometry.ellipse.project.OrthogonalEllipseProjector

OrthogonalEllipseProjectorNewton - Class in imagingbook.common.geometry.ellipse.project

Calculates the closest point on the ellipse for a given 2D point inside or outside the ellipse, using orthogonal projection of points onto the ellipse.

OrthogonalEllipseProjectorNewton(GeometricEllipse) - Constructor for class imagingbook.common.geometry.ellipse.project.OrthogonalEllipseProjectorNewton

OrthogonalFitColor - Static variable in class Ch10_Line_Fitting.Line_Fitting

OrthogonalFitColor - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

OrthogonalLineFitEigen - Class in imagingbook.common.geometry.fitting.line

This class implements line fitting by orthogonal regression to a set of 2D points using eigendecomposition.

OrthogonalLineFitEigen(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.line.OrthogonalLineFitEigen

Constructor, performs a orthogonal regression fit to the specified points.

OrthogonalLineFitHomogeneous - Class in imagingbook.common.geometry.fitting.line

This class implements line fitting by orthogonal regression to a set of 2D points by solving a homogeneous linear system.

OrthogonalLineFitHomogeneous(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.line.OrthogonalLineFitHomogeneous

Constructor, performs a orthogonal regression fit to the specified points.

OrthogonalLineFitSvd - Class in imagingbook.common.geometry.fitting.line

This class implements line fitting by orthogonal regression to a set of 2D points using singular-value decomposition (SVD).

OrthogonalLineFitSvd(Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.line.OrthogonalLineFitSvd

Constructor, performs a linear regression fit to the specified points.

OtsuThresholder - Class in imagingbook.common.threshold.global

This is an implementation of the global thresholder proposed by Otsu [1].

OtsuThresholder() - Constructor for class imagingbook.common.threshold.global.OtsuThresholder

Outer(int) - Constructor for class imagingbook.common.regions.Contour.Outer

OuterContourColor - Static variable in class Ch08_Binary_Regions.Region_Contours_Demo

Color used for drawing outer contours.

outerProduct(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the outer product of two vectors, which is a matrix of size (m,n), where m is the length of the first vector and m is the length of the second vector.

Outline_Demo - Class in Ch07_Morphological_Filters

ImageJ plugin implementing a binary 'outline' operation using either a 4- or 8-neighborhood.

Outline_Demo() - Constructor for class Ch07_Morphological_Filters.Outline_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

outOfBoundsStrategy - Variable in class imagingbook.common.image.access.ImageAccessor

OutOfBoundsStrategy - Enum in imagingbook.common.image

Enumeration type representing the available strategies for accessing pixel locations outside the image bounds.

OutOfImageException(String) - Constructor for exception imagingbook.common.image.GridIndexer2D.OutOfImageException

P

p - Variable in class imagingbook.common.sift.KeyPoint

octave index

P - Variable in class imagingbook.common.sift.SiftParameters

Number of octaves in Gaussian/DoG scale space.

P1 - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

P2 - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

PAL_SECAM - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

PaleGoldenRod - Enum constant in enum imagingbook.common.color.sets.CssColor

PaleGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

PaleTurquoise - Enum constant in enum imagingbook.common.color.sets.CssColor

PaleVioletRed - Enum constant in enum imagingbook.common.color.sets.CssColor

PapayaWhip - Enum constant in enum imagingbook.common.color.sets.CssColor

ParameterBundle<TargetT> - Interface in imagingbook.common.util

Interface to be implemented by local 'Parameters' classes.

Parameters() - Constructor for class Ch10_Line_Fitting.Line_Make_Random.Parameters

Parameters() - Constructor for class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

Parameters() - Constructor for class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

Parameters() - Constructor for class imagingbook.common.corners.GradientCornerDetector.Parameters

Parameters() - Constructor for class imagingbook.common.edges.CannyEdgeDetector.Parameters

Parameters() - Constructor for class imagingbook.common.edges.MultiGradientEdgeDetector.Parameters

Parameters() - Constructor for class imagingbook.common.filter.edgepreserving.BilateralF.Parameters

Parameters() - Constructor for class imagingbook.common.filter.edgepreserving.KuwaharaF.Parameters

Parameters() - Constructor for class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Parameters

Parameters() - Constructor for class imagingbook.common.filter.edgepreserving.PeronaMalikF.Parameters

Parameters() - Constructor for class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

Parameters() - Constructor for class imagingbook.common.filter.nonlinear.ScalarMedianFilter.Parameters

Parameters() - Constructor for class imagingbook.common.filter.nonlinear.VectorMedianFilter.Parameters

Parameters() - Constructor for class imagingbook.common.filter.nonlinear.VectorMedianFilterSharpen.Parameters

Parameters() - Constructor for class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

Parameters() - Constructor for class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

Parameters() - Constructor for class imagingbook.common.hough.HoughTransformLines.Parameters

Parameters() - Constructor for class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher.Parameters

Parameters() - Constructor for class imagingbook.common.ransac.RansacCircleDetector.Parameters

Constructor used to define default parameter values.

Parameters() - Constructor for class imagingbook.common.ransac.RansacEllipseDetector.Parameters

Constructor used to define default parameter values.

Parameters() - Constructor for class imagingbook.common.ransac.RansacLineDetector.Parameters

Constructor used to define default parameter values.

Parameters() - Constructor for class imagingbook.common.threshold.adaptive.BernsenThresholder.Parameters

Parameters() - Constructor for class imagingbook.common.threshold.adaptive.NiblackThresholder.Parameters

Parameters() - Constructor for class imagingbook.common.threshold.adaptive.SauvolaThresholder.Parameters

Parameters() - Constructor for class imagingbook.pdf.PdfExporter.Parameters

ParametricLine - Class in imagingbook.common.geometry.line

This class represents a line in parametric form: x = s + t v, where s is a start point on the line, v is a direction vector, and t is a real variable.

ParametricLine(double[], double[]) - Constructor for class imagingbook.common.geometry.line.ParametricLine

params - Variable in class imagingbook.common.corners.GradientCornerDetector

passesRequired() - Method in class imagingbook.common.filter.edgepreserving.PeronaMalikFilterScalar

passesRequired() - Method in class imagingbook.common.filter.edgepreserving.PeronaMalikFilterVector

passesRequired() - Method in class imagingbook.common.filter.edgepreserving.TschumperleDericheFilter

passesRequired() - Method in class imagingbook.common.filter.examples.FilterProgressExample

passesRequired() - Method in class imagingbook.common.filter.generic.GenericFilter

Returns the necessary number of passes, which may change during execution of the filter.

pdf(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the probability distribution function (pdf) for the given histogram.

PdfExporter - Class in imagingbook.pdf

Exports an ImagePlus instance, including its vector overly (if existent) to a PDF file.

PdfExporter(ImagePlus) - Constructor for class imagingbook.pdf.PdfExporter

PdfExporter(ImagePlus, PdfExporter.Parameters) - Constructor for class imagingbook.pdf.PdfExporter

PdfExporter.Parameters - Class in imagingbook.pdf

Parameter bundle for class PdfExporter.

pdfToAwt(BaseFont, int) - Method in class imagingbook.pdf.CoreFontMapper

PeachPuff - Enum constant in enum imagingbook.common.color.sets.CssColor

peekFirst() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Returns (but does not remove) the point positioned at the front of the point sequence.

peekLast() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Returns (but does not remove) the point positioned at the end of the point sequence.

Perlin_Noise_2D - Class in More_

This ImageJ plugin creates a new noise image using a 2D gradient noise generator [1].

Perlin_Noise_2D() - Constructor for class More_.Perlin_Noise_2D

PerlinNoiseGenerator - Class in imagingbook.common.noise.perlin

Gradient (Perlin) noise implementation (see [1] for a detailed description).

PerlinNoiseGenerator1d - Class in imagingbook.common.noise.perlin

This class implements a 1-dimensional Perlin noise [1] generator.

PerlinNoiseGenerator1d(double, double, double, HashFunction) - Constructor for class imagingbook.common.noise.perlin.PerlinNoiseGenerator1d

Constructor.

PerlinNoiseGenerator2d - Class in imagingbook.common.noise.perlin

This class implements a 2D Perlin noise [1] generator.

PerlinNoiseGenerator2d(double, double, double, HashFunction) - Constructor for class imagingbook.common.noise.perlin.PerlinNoiseGenerator2d

Constructor.

PerlinNoiseGeneratorNd - Class in imagingbook.common.noise.perlin

This class implements an N-dimensional Perlin noise [1] generator.

PerlinNoiseGeneratorNd(int, double, double, double, HashFunction) - Constructor for class imagingbook.common.noise.perlin.PerlinNoiseGeneratorNd

Constructor.

Perona_Malik_Filter - Class in Ch17_EdgePreserving_Smoothing

This ImageJ plugin demonstrates the use of the Perona-Malik filter [1].

Perona_Malik_Filter() - Constructor for class Ch17_EdgePreserving_Smoothing.Perona_Malik_Filter

Constructor, asks to open a predefined sample image if no other image is currently open.

Perona_Malik_Minimal - Class in Ch17_EdgePreserving_Smoothing

This ImageJ plugin is a minimal example for running the Perona-Malik filter [1].

Perona_Malik_Minimal() - Constructor for class Ch17_EdgePreserving_Smoothing.Perona_Malik_Minimal

Constructor, asks to open a predefined sample image if no other image is currently open.

PeronaMalikF - Interface in imagingbook.common.filter.edgepreserving

Common interface for Perona-Malik filter implementations.

PeronaMalikF.ColorMode - Enum in imagingbook.common.filter.edgepreserving

PeronaMalikF.ConductanceFunction - Interface in imagingbook.common.filter.edgepreserving

PeronaMalikF.ConductanceFunction.Type - Enum in imagingbook.common.filter.edgepreserving

PeronaMalikF.Parameters - Class in imagingbook.common.filter.edgepreserving

Parameter bundle for Perona-Malik filters (implementations of PeronaMalikF).

PeronaMalikFilterScalar - Class in imagingbook.common.filter.edgepreserving

Scalar version of the Perona-Malik filter, without gradient array.

PeronaMalikFilterScalar() - Constructor for class imagingbook.common.filter.edgepreserving.PeronaMalikFilterScalar

PeronaMalikFilterScalar(PeronaMalikF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.PeronaMalikFilterScalar

PeronaMalikFilterVector - Class in imagingbook.common.filter.edgepreserving

Vector version (simplified ) with greatly reduced memory requirements.

PeronaMalikFilterVector() - Constructor for class imagingbook.common.filter.edgepreserving.PeronaMalikFilterVector

PeronaMalikFilterVector(PeronaMalikF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.PeronaMalikFilterVector

perp() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a point (vector) perpendicular to this point (vector).

Peru - Enum constant in enum imagingbook.common.color.sets.CssColor

phantom - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

phantom - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

phantomaff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

phantomocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

phantomocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

phantomocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

PiecewiseLinearCdf - Class in imagingbook.common.histogram

This class represents a discrete "cumulative distribution function" that is piecewise linear.

PiecewiseLinearCdf(int, int[], double[]) - Constructor for class imagingbook.common.histogram.PiecewiseLinearCdf

Constructor, creates a PiecewiseLinearCdf from a sequence of brightness / cumulative probability pairs.

Pink - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Pink - Enum constant in enum imagingbook.common.color.sets.CssColor

Pixel(int, int, int) - Constructor for class imagingbook.common.mser.components.PixelMap.Pixel

Pixel_Interpolation_Demo - Class in Ch22_Pixel_Interpolation

This ImageJ plugin demonstrates the use of various pixel interpolation methods and out-of-bounds strategies.

Pixel_Interpolation_Demo() - Constructor for class Ch22_Pixel_Interpolation.Pixel_Interpolation_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

PixelInterpolator - Interface in imagingbook.common.image.interpolation

This interface defines the behavior of 2D pixel interpolators for scalar-valued images.

PixelMap - Class in imagingbook.common.mser.components

Basically a 2D array of pixels which holds all necessary information about the image geometry, keeps track of which pixels have been visited and knows how to access neighboring pixels (currently 4-neighborhood only).

PixelMap(ImageProcessor) - Constructor for class imagingbook.common.mser.components.PixelMap

Constructor.

PixelMap.Pixel - Class in imagingbook.common.mser.components

A pixel value which knows its coordinates.

PixelPack - Class in imagingbook.common.image

This class defines a generic data container for scalar and vector-valued images, using float-values throughout.

PixelPack(int, int, int, OutOfBoundsStrategy) - Constructor for class imagingbook.common.image.PixelPack

Constructor, creates a blank (zero-valued) pack of pixel data.

PixelPack(ImageProcessor) - Constructor for class imagingbook.common.image.PixelPack

Constructor, creates a pack of pixel data from the given ImageProcessor object.

PixelPack(ImageProcessor, double, OutOfBoundsStrategy) - Constructor for class imagingbook.common.image.PixelPack

Constructor, reates a pack of pixel data from the given ImageProcessor object, using the specified out-of-bounds strategy.

PixelPack(PixelPack) - Constructor for class imagingbook.common.image.PixelPack

Constructor, creates a new PixelPack with the same dimension as the original without copying the contained pixel data (initialized to zero).

PixelPack(PixelPack, boolean) - Constructor for class imagingbook.common.image.PixelPack

Constructor, creates a new PixelPack with the same dimension as the original.

PixelPack.PixelSlice - Class in imagingbook.common.image

Inner class representing a single (scalar-valued) component of a (vector-valued) PixelPack.

Plot_Chromaticity_Chart - Class in Ch14_Colorimetric_Color

ImageJ plugin, takes any RGB color image and plots its color distribution in CIE xy-space, together with the outline of the xy ("horseshoe") chromaticity curve, sRGB gamut and white point.

Plot_Chromaticity_Chart() - Constructor for class Ch14_Colorimetric_Color.Plot_Chromaticity_Chart

Constructor, asks to open a predefined sample image if no other image is currently open.

PlotColorH - Static variable in class Ch08_Binary_Regions.Make_Projections

Foreground value for horizontal projection.

PlotColorV - Static variable in class Ch08_Binary_Regions.Make_Projections

Foreground value for vertical projection.

PluginsConfigBuilder - Class in imagingbook.core.plugin

The main() method of this class creates the plugins.config file for a given plugins project, which is to be included in the associated JAR file.

Plum - Enum constant in enum imagingbook.common.color.sets.CssColor

plus(double, double) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a new point whose coordinates are the sum of this point and the specified double coordinates.

plus(double, double) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

plus(int[]) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

plus(int, int) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

plus(Pnt2d) - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns a new point whose coordinates are the sum of this point and the given point.

plus(Pnt2d) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

plus(Pnt2d.PntInt) - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Pnt2d - Interface in imagingbook.common.geometry.basic

Interface specifying the behavior of simple 2D points.

Pnt2d.PntDouble - Class in imagingbook.common.geometry.basic

Immutable 2D point implementation with double coordinates.

Pnt2d.PntInt - Class in imagingbook.common.geometry.basic

Immutable 2D point implementation with int coordinates.

PntDouble(double, double) - Constructor for class imagingbook.common.geometry.basic.Pnt2d.PntDouble

Constructor.

PntInt(int, int) - Constructor for class imagingbook.common.geometry.basic.Pnt2d.PntInt

Constructor.

PntUtils - Class in imagingbook.common.geometry.basic

Defines static methods for manipulating 2D points.

PointColor - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

PointRadius - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

PolygonSampler - Class in imagingbook.common.geometry.fd

This class is used to re-sample 2D polygons by interpolation.

PostalPackageSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Color image used for projective rectification.

Postcard2c - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A poor-quality, noisy color image for testing edge-preserving smoothing.

pow(int) - Method in class imagingbook.common.math.Complex

Returns of value of this complex number (z) raised to the power k (integer).

PowderBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

Pratt - Enum constant in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

Primitive2d - Interface in imagingbook.common.geometry.basic

Interface specifying a 2D curve capable of calculating the minimum distance to a given point.

PrimitiveSortMap - Class in imagingbook.common.util

Determines the 'permutation' of a sequence of numbers and keeps it as an array (perm) of position indexes.

PrimitiveSortMap(double[]) - Constructor for class imagingbook.common.util.PrimitiveSortMap

Constructor for double[].

PrimitiveSortMap(float[]) - Constructor for class imagingbook.common.util.PrimitiveSortMap

Constructor for float[].

PrimitiveSortMap(int[]) - Constructor for class imagingbook.common.util.PrimitiveSortMap

Constructor for int[].

printClassPath() - Static method in class imagingbook.core.FileUtils

Lists (to System.out) the paths where classes are loaded from.

PrintLocale - Static variable in class imagingbook.common.math.Matrix

Locale used for printing decimal numbers by toString() methods.

PrintPrecision - Class in imagingbook.common.math

This class holds settings to control the precision when printing floating-point numbers, used in particular by various toString() methods for vectors and matrices defined in class Matrix (mainly for debugging).

PrintsToStream - Interface in imagingbook.common.util

Classes which require a complex toString() method should implement this interface, which requires the single method PrintsToStream.printToStream(PrintStream), e.g.,

printToStream(double[][], PrintStream) - Static method in class imagingbook.common.math.Matrix

Outputs a string representation of the given matrix to the specified output stream.

printToStream(double[], PrintStream) - Static method in class imagingbook.common.math.Matrix

Outputs a string representation of the given vector to the specified output stream.

printToStream(float[][], PrintStream) - Static method in class imagingbook.common.math.Matrix

Outputs a string representation of the given matrix to the specified output stream.

printToStream(float[], PrintStream) - Static method in class imagingbook.common.math.Matrix

Outputs a string representation of the given vector to the specified output stream.

printToStream(long[][], PrintStream) - Static method in class imagingbook.common.math.Matrix

printToStream(PrintStream) - Method in class imagingbook.common.sift.scalespace.HierarchicalScaleSpace

printToStream(PrintStream) - Method in class imagingbook.common.sift.scalespace.ScaleOctave

printToStream(PrintStream) - Method in interface imagingbook.common.util.ParameterBundle

Sends a string representation of this parameter bundle to the specified stream.

printToStream(PrintStream) - Method in interface imagingbook.common.util.PrintsToStream

This method writes a description of this object to the specified PrintStream.

printToString() - Method in interface imagingbook.common.util.ParameterBundle

Substitute for Object.toString(), which cannot be overridden by an interface's default method.

printToString() - Method in interface imagingbook.common.util.PrintsToStream

Convenience method to save some boilerplate code.

ProcrustesFit2d - Class in imagingbook.common.geometry.fitting.points

Implements a 2-dimensional Procrustes fit, using the algorithm described in [1].

ProcrustesFit2d(Pnt2d[], Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.points.ProcrustesFit2d

Convenience constructor, with parameters allowTranslation, allowScaling and forceRotation set to true.

ProcrustesFit2d(Pnt2d[], Pnt2d[], boolean, boolean, boolean) - Constructor for class imagingbook.common.geometry.fitting.points.ProcrustesFit2d

Full constructor.

ProgressMonitor - Class in imagingbook.common.util.progress

This class represents a "progress monitor".

ProgressMonitor(ProgressReporter) - Constructor for class imagingbook.common.util.progress.ProgressMonitor

Constructor, starts monitoring immediately.

ProgressMonitor(ProgressReporter, boolean) - Constructor for class imagingbook.common.util.progress.ProgressMonitor

Constructor, optionally starts monitoring immediately or waits for its Thread.start() method to be called (which starts the associated thread).

ProgressMonitorExample - Class in imagingbook.common.util.progress

A simple example for how to use ProgressReporter and ProgressMonitor.

ProgressMonitorExample() - Constructor for class imagingbook.common.util.progress.ProgressMonitorExample

ProgressMonitorExample.SlowProcess - Class in imagingbook.common.util.progress

The task to be monitored (some slow process).

ProgressReporter - Interface in imagingbook.common.util.progress

Interface for defining tasks that may be queried (monitored) to report their current progress status.

project(double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

Projects the specified point onto the associated ellipse.

project(Pnt2d) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

Projects the specified point onto the associated ellipse.

projectCanonical(double[]) - Method in class imagingbook.common.geometry.ellipse.project.ConfocalConicEllipseProjector

projectCanonical(double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

Calculates the projection point in canonical coordinates.

projectCanonical(double[]) - Method in class imagingbook.common.geometry.ellipse.project.OrthogonalEllipseProjector

projectCanonical(double[]) - Method in class imagingbook.common.geometry.ellipse.project.OrthogonalEllipseProjectorNewton

Projection - Class in imagingbook.common.image

This class implements horizontal and vertical projections of scalar-valued images.

Projection(ImageProcessor) - Constructor for class imagingbook.common.image.Projection

Constructor, works only on images of type ByteProcessor, ShortProcessor, and FloatProcessor.

ProjectionSize - Static variable in class Ch08_Binary_Regions.Make_Projections

Size of horizontal/vertical projection bars.

ProjectiveFit2d - Class in imagingbook.common.geometry.fitting.points

This class implements 2D point fitting under projective (4-point) transformations (exact and least-squares).

ProjectiveFit2d(Pnt2d[], Pnt2d[]) - Constructor for class imagingbook.common.geometry.fitting.points.ProjectiveFit2d

Constructor.

ProjectiveMapping2D - Class in imagingbook.common.geometry.mappings.linear

This class represents a projective transformation in 2D (also known as a "homography").

ProjectiveMapping2D() - Constructor for class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Creates the identity mapping.

ProjectiveMapping2D(double[][]) - Constructor for class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Creates a projective mapping from a transformation matrix A, of arbitrary size.

ProjectiveMapping2D(double, double, double, double, double, double, double, double) - Constructor for class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Creates a projective mapping from the specified matrix elements.

ProjectiveMapping2D(LinearMapping2D) - Constructor for class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Creates a projective mapping from any linear mapping.

ProjectiveMapping2D(ProjectiveMapping2D) - Constructor for class imagingbook.common.geometry.mappings.linear.ProjectiveMapping2D

Creates a projective mapping from an existing instance.

PropertyKey(String) - Constructor for class imagingbook.common.util.GenericProperties.PropertyKey

PropertyMap() - Constructor for class imagingbook.common.util.GenericProperties.PropertyMap

Purple - Enum constant in enum imagingbook.common.color.sets.CssColor

pygmyrabbit - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

pygmyrabbit - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

pygmyrabbitocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Q

q - Variable in class imagingbook.common.image.LocalMinMaxFinder.ExtremalPoint

The score value.

q - Variable in class imagingbook.common.sift.KeyPoint

level index

Q - Variable in class imagingbook.common.corners.GradientCornerDetector

Q - Variable in class imagingbook.common.sift.SiftParameters

Scale steps (levels) per octave.

QuadraticLeastSquares - Enum constant in enum imagingbook.common.corners.SubpixelMaxInterpolator.Method

Second-order (quadratic) least-squares interpolation"

QuadraticTaylor - Enum constant in enum imagingbook.common.corners.SubpixelMaxInterpolator.Method

Second-order (quadratic) Taylor interpolation

QuantileThresholder - Class in imagingbook.common.threshold.global

This is an implementation of the global "quantile" thresholder, described in Sec.

QuantileThresholder(double) - Constructor for class imagingbook.common.threshold.global.QuantileThresholder

quantize(int) - Method in interface imagingbook.common.color.quantize.ColorQuantizer

Performs color quantization on the given single ARGB-encoded color value and returns the associated quantized color.

quantize(int[]) - Method in interface imagingbook.common.color.quantize.ColorQuantizer

Performs color quantization on the given array of ARGB-encoded color values and returns a new sequence of quantized colors.

quantize(ColorProcessor) - Method in interface imagingbook.common.color.quantize.ColorQuantizer

Performs color quantization on the given full-color RGB image and creates an indexed color image.

Quantize_Color_Image - Class in Ch13_Color_Images

ImageJ plugin, performs Median Cut color quantization using MedianCutQuantizer.

Quantize_Color_Image() - Constructor for class Ch13_Color_Images.Quantize_Color_Image

Constructor, asks to open a predefined sample image if no other image is currently open.

Quartic - Enum constant in enum imagingbook.common.corners.SubpixelMaxInterpolator.Method

Quartic interpolation

qzhes(double[][], double[][], boolean, double[][]) - Static method in class imagingbook.common.math.eigen.eispack.QZHES

This subroutine is the first step of the qz algorithm for solving generalized matrix eigenvalue problems, SIAM J.

QZHES - Class in imagingbook.common.math.eigen.eispack

qzit(double[][], double[][], double, boolean, double[][]) - Static method in class imagingbook.common.math.eigen.eispack.QZIT

This subroutine is the second step of the qz algorithm for solving generalized matrix eigenvalue problems, Siam J.

QZIT - Class in imagingbook.common.math.eigen.eispack

qzval(double[][], double[][], double[], double[], double[], boolean, double[][]) - Static method in class imagingbook.common.math.eigen.eispack.QZVAL

This subroutine is the third step of the qz algorithm for solving generalized matrix eigenvalue problems, Siam J.

QZVAL - Class in imagingbook.common.math.eigen.eispack

qzvec(double[][], double[][], double[], double[], double[], double[][]) - Static method in class imagingbook.common.math.eigen.eispack.QZVEC

This subroutine is the optional fourth step of the qz algorithm for solving generalized matrix eigenvalue problems, Siam J.

QZVEC - Class in imagingbook.common.math.eigen.eispack

R

r - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

r - Variable in class imagingbook.common.geometry.circle.GeometricCircle

Circle parameter.

R - Static variable in class Ch04_Filters.Filter_Median

Filter radius.

R - Static variable in class Ch04_Filters.Jitter_Filter_GenericFilter

The filter radius.

R - Static variable in class Ch04_Filters.Jitter_Filter_ImageAccessor

The filter radius.

R - Static variable in class Ch04_Filters.Jitter_Filter_Simple

The filter radius.

R0 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R1 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R2 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R3 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R4 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R5 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R6 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R7 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

R8 - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

ra - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

ra - Variable in class imagingbook.common.geometry.ellipse.GeometricEllipse

Ellipse parameters.

ra - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

ra - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

radius - Variable in class imagingbook.common.filter.edgepreserving.KuwaharaF.Parameters

Radius of the filter (should be even)

radius - Variable in class imagingbook.common.filter.nonlinear.ScalarMedianFilter.Parameters

Filter radius

radius - Variable in class imagingbook.common.threshold.adaptive.BernsenThresholder.Parameters

Radius of circular support region

radius - Variable in class imagingbook.common.threshold.adaptive.NiblackThresholder.Parameters

radius - Variable in class imagingbook.common.threshold.adaptive.SauvolaThresholder.Parameters

radius(double, double) - Static method in class imagingbook.common.math.Arithmetic

Returns the radius of the Cartesian point

Radius - Static variable in class Ch05_Edges_Contours.Unsharp_Masking_Filter

Filter radius (sigma of Gaussian).

Radius - Static variable in class Ch07_Morphological_Filters.Bin_Morphology_Disk

Radius of the structuring element.

radiusFromIndex(int) - Method in class imagingbook.common.hough.HoughTransformLines

Calculates the actual radius for radius index ri.

radiusToIndex(double) - Method in class imagingbook.common.hough.HoughTransformLines

Raise_Contrast - Class in Ch03_Point_Operations

This ImageJ plugin increases the contrast of the selected grayscale image by 50%.

Raise_Contrast() - Constructor for class Ch03_Point_Operations.Raise_Contrast

Constructor, asks to open a predefined sample image if no other image is currently open.

Raise_Contrast_Fast - Class in Ch03_Point_Operations

This ImageJ plugin does the same as the Raise_Contrast plugin but uses the one-dimensional pixel array to read and writes pixel values without calling any intermediate access methods, which is obviously more efficient.

Raise_Contrast_Fast() - Constructor for class Ch03_Point_Operations.Raise_Contrast_Fast

Constructor, asks to open a predefined sample image if no other image is currently open.

RAL1000 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1006 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1013 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1014 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1015 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1016 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1017 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1018 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1019 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1020 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1021 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1023 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1024 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1026 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1027 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1028 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1032 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1033 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1034 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1035 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1036 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL1037 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2000 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2008 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2009 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2010 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL2013 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3000 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3009 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3013 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3014 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3015 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3016 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3017 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3018 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3020 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3022 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3024 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3026 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3027 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3028 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3031 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3032 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL3033 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4006 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4008 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4009 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4010 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL4012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5000 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5008 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5009 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5010 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5013 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5014 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5015 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5017 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5018 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5019 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5020 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5021 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5022 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5023 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5024 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5025 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL5026 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6000 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6006 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6008 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6009 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6010 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6013 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6014 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6015 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6016 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6017 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6018 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6019 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6020 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6021 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6022 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6024 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6025 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6026 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6027 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6028 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6029 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6032 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6033 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6034 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6035 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6036 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6037 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL6038 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7000 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7006 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7008 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7009 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7010 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7013 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7015 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7016 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7021 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7022 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7023 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7024 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7026 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7030 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7031 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7032 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7033 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7034 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7035 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7036 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7037 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7038 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7039 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7040 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7042 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7043 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7044 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7045 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7046 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7047 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL7048 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8000 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8008 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8012 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8014 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8015 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8016 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8017 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8019 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8022 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8023 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8024 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8025 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8028 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL8029 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9001 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9002 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9003 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9004 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9005 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9006 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9007 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9010 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9011 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9016 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9017 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9018 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9022 - Enum constant in enum imagingbook.common.color.sets.RalColor

RAL9023 - Enum constant in enum imagingbook.common.color.sets.RalColor

RalColor - Enum in imagingbook.common.color.sets

ColorEnumeration defining a set of RAL colors (see https://en.wikipedia.org/wiki/List_of_RAL_colors)

RamsesSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Grayscale stereo image used for SIFT feature detection and matching.

RamsesSmallStack - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A stack of 2 small grayscale stereo frames used for SIFT feature detection and matching.

RandoDrawDotRadius - Static variable in interface Ch12_Ransac_Hough.settings.RansacDrawSettings

Random - Enum constant in enum imagingbook.common.color.quantize.KMeansClusteringQuantizer.InitialClusterMethod

Use K different random colors to initialize clusters.

Random_Hues_Demo - Class in Ch13_Color_Images

ImageJ plugin, creates a tiled image with random colors obtained by varying hue only.

Random_Hues_Demo() - Constructor for class Ch13_Color_Images.Random_Hues_Demo

RandomAngle - Class in imagingbook.common.util.random

A convenience random generator for angular values.

RandomAngle() - Constructor for class imagingbook.common.util.random.RandomAngle

RandomAngle(long) - Constructor for class imagingbook.common.util.random.RandomAngle

RandomDraw<T> - Class in imagingbook.common.ransac

An instance of this class randomly draws a set of k unique, non-null elements from a given array of element type T, which may contain null elements (see method RandomDraw.drawFrom(Object[], int)).

RandomDraw() - Constructor for class imagingbook.common.ransac.RandomDraw

Constructor creating its own random generator.

RandomDraw(Random) - Constructor for class imagingbook.common.ransac.RandomDraw

Constructor accepting an existing random generator.

RandomDrawDotColor - Static variable in interface Ch12_Ransac_Hough.settings.RansacDrawSettings

RandomHueGenerator - Class in imagingbook.common.color.iterate

Instances of this class create a sequence of random colors which only differ in hue, with saturation and value fixed.

RandomHueGenerator() - Constructor for class imagingbook.common.color.iterate.RandomHueGenerator

Constructor (no random seed).

RandomHueGenerator(long) - Constructor for class imagingbook.common.color.iterate.RandomHueGenerator

Constructor with specific random seed (for repeatability).

randomPointDraws - Variable in class imagingbook.common.ransac.RansacDetector.RansacParameters

The number of iterations (random point draws) to use in each detection cycle.

randomSeed - Variable in class imagingbook.common.ransac.RansacDetector.RansacParameters

Random seed used initialization (0 = no seed).

RandomSeed - Static variable in class Ch08_Binary_Regions.Region_Segmentation_Demo

RandomSeed - Static variable in class imagingbook.common.color.quantize.KMeansClusteringQuantizer

Seed for random number generation (set to a nonzero value to obtain repeatable results for debugging and testing).

Ransac_Circle_Detect - Class in Ch12_Ransac_Hough

RANSAC circle detection implemented with imagingbook library class RansacCircleDetector (see Sec.

Ransac_Circle_Detect() - Constructor for class Ch12_Ransac_Hough.Ransac_Circle_Detect

Constructor, asks to open a predefined sample image if no other image is currently open.

Ransac_Ellipse_Detect - Class in Ch12_Ransac_Hough

RANSAC ellipse detection implemented with imagingbook library class RansacCircleDetector (see Sec.

Ransac_Ellipse_Detect() - Constructor for class Ch12_Ransac_Hough.Ransac_Ellipse_Detect

Constructor, asks to open a predefined sample image if no other image is currently open.

Ransac_Line_Detect - Class in Ch12_Ransac_Hough

RANSAC line detection using imagingbook library class RansacLineDetector (see Sec.

Ransac_Line_Detect() - Constructor for class Ch12_Ransac_Hough.Ransac_Line_Detect

Constructor, asks to open a predefined sample image if no other image is currently open.

RansacCircleDetector - Class in imagingbook.common.ransac

RANSAC detector for circles.

RansacCircleDetector() - Constructor for class imagingbook.common.ransac.RansacCircleDetector

Constructor using default parameters.

RansacCircleDetector(RansacCircleDetector.Parameters) - Constructor for class imagingbook.common.ransac.RansacCircleDetector

Constructor using specific parameters.

RansacCircleDetector.Parameters - Class in imagingbook.common.ransac

Nested class extending RansacDetector.RansacParameters to specify additional RANSAC parameters.

RansacDetector<T extends Primitive2d> - Class in imagingbook.common.ransac

Generic RANSAC detector for 2D primitives.

RansacDetector.RansacParameters - Class in imagingbook.common.ransac

Parameters used by all RANSAC types.

RansacDrawSettings - Interface in Ch12_Ransac_Hough.settings

Various display settings used in plugins of this package (only).

RansacEllipseDetector - Class in imagingbook.common.ransac

RANSAC detector for ellipses.

RansacEllipseDetector() - Constructor for class imagingbook.common.ransac.RansacEllipseDetector

Constructor using default parameters.

RansacEllipseDetector(RansacEllipseDetector.Parameters) - Constructor for class imagingbook.common.ransac.RansacEllipseDetector

Constructor using specific parameters.

RansacEllipseDetector.Parameters - Class in imagingbook.common.ransac

Nested class extending RansacDetector.RansacParameters to specify additional RANSAC parameters.

RansacLineDetector - Class in imagingbook.common.ransac

RANSAC detector for straight lines.

RansacLineDetector() - Constructor for class imagingbook.common.ransac.RansacLineDetector

Constructor using default parameters.

RansacLineDetector(RansacLineDetector.Parameters) - Constructor for class imagingbook.common.ransac.RansacLineDetector

Constructor using specific parameters.

RansacLineDetector.Parameters - Class in imagingbook.common.ransac

Nested class extending RansacDetector.RansacParameters to specify additional RANSAC parameters.

RansacParameters() - Constructor for class imagingbook.common.ransac.RansacDetector.RansacParameters

RansacResult<T extends Primitive2d> - Class in imagingbook.common.ransac

Represents a single detection result returned by an implementation of RansacDetector.

RansacResult(Pnt2d[], T, T, double, Pnt2d[]) - Constructor for class imagingbook.common.ransac.RansacResult

rat01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

rat20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray0464 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0465 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0466 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0467 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0468 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0469 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0470 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0471 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0472 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0741 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0742 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0743 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0744 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0745 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray0746 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

ray19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

ray20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

rb - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

rb - Variable in class imagingbook.common.geometry.ellipse.GeometricEllipse

Ellipse parameters.

rb - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

rb - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

re - Variable in class imagingbook.common.math.Complex

The real part of this complex number (publicly accessible but read-only).

readObject(File) - Static method in class imagingbook.common.util.SerializationHelper

Reads an object from a serialization file.

RealEigenDecomposition - Interface in imagingbook.common.math.eigen

Common interface for eigendecompositions capable of delivering solutions when all eigenvalues are real.

RecordHistory - Static variable in interface imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric

RecordHistory - Static variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

Rectify_Quad_Selection - Class in Ch21_Geometric_Operations

ImageJ plugin, performs 4-point projective mapping from a selected polygon ROI to the specified paper proportions (A4 or Letter, in portrait format).

Rectify_Quad_Selection() - Constructor for class Ch21_Geometric_Operations.Rectify_Quad_Selection

Constructor, asks to create sample image if no other image is currently open.

Recursive - Enum constant in enum Ch08_Binary_Regions.Region_Segmentation_Demo.SegmentationMethod

RecursiveSegmentation - Class in imagingbook.common.regions

Binary region segmentation based on a recursive (depth-first) flood filling algorithm.

RecursiveSegmentation(ByteProcessor) - Constructor for class imagingbook.common.regions.RecursiveSegmentation

Constructor.

RecursiveSegmentation(ByteProcessor, NeighborhoodType2D) - Constructor for class imagingbook.common.regions.RecursiveSegmentation

Constructor.

Red - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Red - Enum constant in enum imagingbook.common.color.sets.CssColor

Red - Enum constant in enum imagingbook.common.mser.MserColors

Red - Enum constant in enum imagingbook.common.sift.SiftColors

RedGreen - Enum constant in enum imagingbook.common.ij.NamedLookupTable

reflect(byte[][]) - Static method in class imagingbook.common.morphology.StructuringElements

Returns a copy of the specified structuring element that is mirrored along both axes.

Region_Contours_Demo - Class in Ch08_Binary_Regions

This ImageJ plugin demonstrates the use of the class RegionContourSegmentation to perform both region labeling and contour tracing simultaneously.

Region_Contours_Demo() - Constructor for class Ch08_Binary_Regions.Region_Contours_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Region_Eccentricity_Ellipse_Demo - Class in Ch08_Binary_Regions

Performs binary region segmentation, then displays each region's major axis (scaled by eccentricity) and equivalent ellipse as a vector overlay.

Region_Eccentricity_Ellipse_Demo() - Constructor for class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Region_Segmentation_Demo - Class in Ch08_Binary_Regions

This ImageJ plugin demonstrates the use of various region labeling techniques provided by the imagingbook "regions" package:

Region_Segmentation_Demo() - Constructor for class Ch08_Binary_Regions.Region_Segmentation_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

Region_Segmentation_Demo.SegmentationMethod - Enum in Ch08_Binary_Regions

Enum type for various region labeling methods.

RegionAndContours - Enum constant in enum Ch08_Binary_Regions.Region_Segmentation_Demo.SegmentationMethod

RegionContourSegmentation - Class in imagingbook.common.regions

Binary region segmentation based on a combined region labeling and contour tracing algorithm as described in [1].

RegionContourSegmentation(ByteProcessor) - Constructor for class imagingbook.common.regions.RegionContourSegmentation

Constructor.

RegionContourSegmentation(ByteProcessor, NeighborhoodType2D) - Constructor for class imagingbook.common.regions.RegionContourSegmentation

Constructor.

RegressionFitColor - Static variable in class Ch10_Line_Fitting.Line_Fitting

RegressionFitColor - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

RelativeDirectorySuffix - Static variable in interface imagingbook.core.resource.NamedResource

Specifies the name of the resource directory relative to some resource class.

removeFirst() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Retrieves and removes the first point from the front of the point sequence.

removeInliers - Variable in class imagingbook.common.ransac.RansacDetector.RansacParameters

Set true to remove inlier points after each detection.

removeLast() - Method in class imagingbook.common.geometry.fitting.line.IncrementalLineFit

Retrieves and removes the last point from the end of the point sequence.

removeProperty(GenericProperties.PropertyKey<T>) - Method in interface imagingbook.common.util.GenericProperties

Removes the property associated with the specified key if defined, otherwise does nothing.

removeTrianglesUsing(Pnt2d) - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

Removes all triangles that contain the specified corner point.

ReplaceUndescoresInClassNames - Static variable in class imagingbook.core.plugin.PluginsConfigBuilder

ReplaceUndescoresInPackageNames - Static variable in class imagingbook.core.plugin.PluginsConfigBuilder

reportProgress() - Method in class imagingbook.common.filter.examples.FilterProgressExample

This method is called asynchonously and may be overridden by the terminal filter class if it does extensive work that should be monitored.

reportProgress() - Method in class imagingbook.common.filter.generic.GenericFilter

This method is called asynchonously and may be overridden by the terminal filter class if it does extensive work that should be monitored.

reportProgress(double) - Method in class imagingbook.common.filter.generic.GenericFilter

This method is used for internal progress reporting through the class hierarchy.

reportProgress(double) - Method in class imagingbook.common.filter.generic.GenericFilterScalar

reportProgress(double) - Method in class imagingbook.common.filter.generic.GenericFilterScalarSeparable

reportProgress(double) - Method in class imagingbook.common.filter.generic.GenericFilterVector

reportProgress(double) - Method in class imagingbook.common.filter.generic.GenericFilterVectorSeparable

reset() - Method in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

Reset the iterator, such that the color returned by the following call to FiniteLinearColorSequencer.next() has index 0.

reset() - Static method in class imagingbook.common.math.PrintPrecision

Reset print precision to the default value (PrintPrecision.DefaultPrecision).

reset() - Method in class imagingbook.common.morphology.BinaryThinning

Resets the internal iteration counter and completion flag.

reset() - Method in class imagingbook.common.mser.components.PixelMap.Pixel

Sets this pixel to unvisited and resets its next-neighbor search direction.

reset(int) - Method in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

Reset the iterator such that the index of the item returned by the following call to FiniteLinearColorSequencer.next() has the specified start index.

ResourceUtils - Class in imagingbook.core.resource

This class defines static methods for accessing resources.

RETAIN_TEMPORARY_DATA - Static variable in class imagingbook.common.corners.GradientCornerDetector

For testing/example calculations only!

Rgb332 - Enum constant in enum imagingbook.common.ij.NamedLookupTable

RgbAccessor - Class in imagingbook.common.image.access

A special vector-valued image accessor for RGB images (direct subclass of VectorAccessor) with depth = 3 color components.

RgbAccessor(ColorProcessor, OutOfBoundsStrategy, InterpolationMethod) - Constructor for class imagingbook.common.image.access.RgbAccessor

Constructor.

rgbToInt(int[]) - Static method in class imagingbook.common.color.RgbUtils

Converts the given 3-element int[] with components red, green and blue to an integer-encoded 8-bit RGB color.

RgbUtils - Class in imagingbook.common.color

This class defines static methods for manipulating and converting RGB colors.

RhinoBigCrop - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Fairly large binary image with 0/1 values.

RhinoSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A small binary image with 0/255 values (white background = 255).

RhinoSmallInv - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A small binary image with 0/255 values and inverted LUT (white background = 0).

rhoMax - Variable in class imagingbook.common.sift.SiftParameters

Maximum principal curvature ratio used to eliminate line-like structures (3..10).

RightDelimitChar - Static variable in class imagingbook.common.math.Matrix

Trailing delimiter used for lists of vector and matrix elements by toString() methods.

Roi_Extract_Subimage_Demo - Class in ImageJ_Demos

This ImageJ plugin shows how a subimage is extracted from a given image using the bounding box of the currently selected region of interest (ROI).

Roi_Extract_Subimage_Demo() - Constructor for class ImageJ_Demos.Roi_Extract_Subimage_Demo

Roi_Processing_Demo1 - Class in ImageJ_Demos

This ImageJ plugin shows how an image operation can be confined to the currently selected region of interest (ROI).

Roi_Processing_Demo1() - Constructor for class ImageJ_Demos.Roi_Processing_Demo1

Roi_Processing_Demo2 - Class in ImageJ_Demos

This ImageJ plugin shows processing the inside of the currently selected region of interest (ROI) using the Point iterator of Roi.

Roi_Processing_Demo2() - Constructor for class ImageJ_Demos.Roi_Processing_Demo2

RoiUtils - Class in imagingbook.common.ij

This class defines static ROI-related utility methods to interface with ImageJ.

RosyBrown - Enum constant in enum imagingbook.common.color.sets.CssColor

rotate(double) - Method in class imagingbook.common.math.Complex

Rotates this complex number by angle phi and returns the resulting complex number.

Rotation2D - Class in imagingbook.common.geometry.mappings.linear

This class represents a pure 2D rotation about the coordinate origin (as a special case of affine mapping).

Rotation2D(double) - Constructor for class imagingbook.common.geometry.mappings.linear.Rotation2D

Constructor.

Rotation2D(double, double, double, double) - Constructor for class imagingbook.common.geometry.mappings.linear.Rotation2D

Auxiliary constructor used internally for duplicating instances.

Rotation2D(Rotation2D) - Constructor for class imagingbook.common.geometry.mappings.linear.Rotation2D

Constructor.

RoyalBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

run() - Method in class imagingbook.common.util.progress.ProgressMonitor

run() - Method in class imagingbook.common.util.progress.ProgressMonitorExample.SlowProcess

run(PlugInFilter) - Static method in class imagingbook.common.ij.IjUtils

Runs the given PlugInFilter instance with empty argument string.

run(PlugInFilter, String) - Static method in class imagingbook.common.ij.IjUtils

Runs the given PlugInFilter instance.

run(PlugIn) - Static method in class imagingbook.common.ij.IjUtils

Runs the given PlugIn instance with empty argument string.

run(PlugIn, String) - Static method in class imagingbook.common.ij.IjUtils

Runs the given PlugIn instance.

run(ImageProcessor) - Method in class Ch02_Histograms_Statistics.Compute_Histogram

run(ImageProcessor) - Method in class Ch02_Histograms_Statistics.Integral_Image_Demo

run(ImageProcessor) - Method in class Ch02_Histograms_Statistics.Integral_Image_GetRoiStatistics

run(ImageProcessor) - Method in class Ch02_Histograms_Statistics.Show_Histogram

run(ImageProcessor) - Method in class Ch03_Point_Operations.Equalize_Histogram

run(ImageProcessor) - Method in class Ch03_Point_Operations.Gamma_Correction

run(ImageProcessor) - Method in class Ch03_Point_Operations.Linear_Blending_Stack

run(ImageProcessor) - Method in class Ch03_Point_Operations.Match_Gaussian_Histogram

run(ImageProcessor) - Method in class Ch03_Point_Operations.Match_Piecewise_Linear_Histogram

run(ImageProcessor) - Method in class Ch03_Point_Operations.Match_Reference_Histogram_Stack

run(ImageProcessor) - Method in class Ch03_Point_Operations.Raise_Contrast_Fast

run(ImageProcessor) - Method in class Ch03_Point_Operations.Raise_Contrast

run(ImageProcessor) - Method in class Ch04_Filters.Filter_Arbitrary

run(ImageProcessor) - Method in class Ch04_Filters.Filter_Box_3x3

run(ImageProcessor) - Method in class Ch04_Filters.Filter_Median

run(ImageProcessor) - Method in class Ch04_Filters.Filter_Smooth_3x3

run(ImageProcessor) - Method in class Ch04_Filters.Jitter_Filter_GenericFilter

run(ImageProcessor) - Method in class Ch04_Filters.Jitter_Filter_ImageAccessor

run(ImageProcessor) - Method in class Ch04_Filters.Jitter_Filter_Simple

run(ImageProcessor) - Method in class Ch05_Edges_Contours.Canny_Edges

run(ImageProcessor) - Method in class Ch05_Edges_Contours.Cartoon_Effect

run(ImageProcessor) - Method in class Ch05_Edges_Contours.Sobel_Edges_Colored

run(ImageProcessor) - Method in class Ch05_Edges_Contours.Unsharp_Masking_Filter

run(ImageProcessor) - Method in class Ch06_Corner_Detection.Find_Corners

run(ImageProcessor) - Method in class Ch07_Morphological_Filters.Bin_Morphology_Disk

run(ImageProcessor) - Method in class Ch07_Morphological_Filters.Bin_Morphology_Free

run(ImageProcessor) - Method in class Ch07_Morphological_Filters.Dilate_Disk_Demo

run(ImageProcessor) - Method in class Ch07_Morphological_Filters.Outline_Demo

run(ImageProcessor) - Method in class Ch07_Morphological_Filters.Thinning_Demo

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Axis_Aligned_Bounding_Box

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Convex_Hull_Demo

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Flusser_Moments_From_Binary_Regions

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Major_Axis_Demo

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Make_Projections

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Region_Contours_Demo

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

run(ImageProcessor) - Method in class Ch08_Binary_Regions.Region_Segmentation_Demo

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Adaptive_All

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Adaptive_Bernsen

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Adaptive_Niblack

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Adaptive_Sauvola

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_All

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_Isodata

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_MaxEntropy

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_Mean

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_Median

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_MinError

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_MinMax

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_Otsu

run(ImageProcessor) - Method in class Ch09_Automatic_Thresholding.Global_Quantile

run(ImageProcessor) - Method in class Ch10_Line_Fitting.Line_Fitting

run(ImageProcessor) - Method in class Ch11_Circle_Ellipse_Fitting.Circle_Fitting

run(ImageProcessor) - Method in class Ch11_Circle_Ellipse_Fitting.Ellipse_Fitting

run(ImageProcessor) - Method in class Ch12_Ransac_Hough.Hough_Line_Detect

run(ImageProcessor) - Method in class Ch12_Ransac_Hough.Ransac_Circle_Detect

run(ImageProcessor) - Method in class Ch12_Ransac_Hough.Ransac_Ellipse_Detect

run(ImageProcessor) - Method in class Ch12_Ransac_Hough.Ransac_Line_Detect

run(ImageProcessor) - Method in class Ch13_Color_Images.Brighten_Index_Image

run(ImageProcessor) - Method in class Ch13_Color_Images.Brighten_Rgb_1

run(ImageProcessor) - Method in class Ch13_Color_Images.Brighten_Rgb_2

run(ImageProcessor) - Method in class Ch13_Color_Images.Convert_Rgb_To_Gray

run(ImageProcessor) - Method in class Ch13_Color_Images.Count_Colors

run(ImageProcessor) - Method in class Ch13_Color_Images.Desaturate_RGB

run(ImageProcessor) - Method in class Ch13_Color_Images.Hsv_Rotate_Hue

run(ImageProcessor) - Method in class Ch13_Color_Images.Index_To_Rgb

run(ImageProcessor) - Method in class Ch13_Color_Images.Quantize_Color_Image

run(ImageProcessor) - Method in class Ch14_Colorimetric_Color.Convert_From_AdobeRGB

run(ImageProcessor) - Method in class Ch14_Colorimetric_Color.Convert_To_Color_Stack

run(ImageProcessor) - Method in class Ch14_Colorimetric_Color.Plot_Chromaticity_Chart

run(ImageProcessor) - Method in class Ch15_Color_Filters.Gaussian_Filter_HSV

run(ImageProcessor) - Method in class Ch15_Color_Filters.Gaussian_Filter_RGB

run(ImageProcessor) - Method in class Ch15_Color_Filters.Geometry_Rotate_Color

run(ImageProcessor) - Method in class Ch15_Color_Filters.MedianFilter_Scalar

run(ImageProcessor) - Method in class Ch15_Color_Filters.MedianFilter_Vector

run(ImageProcessor) - Method in class Ch15_Color_Filters.MedianFilter_VectorSharpen

run(ImageProcessor) - Method in class Ch16_Color_Edges.Color_Edges_Canny

run(ImageProcessor) - Method in class Ch16_Color_Edges.Color_Edges_DiZenzo

run(ImageProcessor) - Method in class Ch16_Color_Edges.Color_Edges_Gray

run(ImageProcessor) - Method in class Ch16_Color_Edges.Color_Edges_Monochromatic

run(ImageProcessor) - Method in class Ch17_EdgePreserving_Smoothing.Bilateral_Filter

run(ImageProcessor) - Method in class Ch17_EdgePreserving_Smoothing.Kuwahara_Filter

run(ImageProcessor) - Method in class Ch17_EdgePreserving_Smoothing.Nagao_Matsuyama_Filter

run(ImageProcessor) - Method in class Ch17_EdgePreserving_Smoothing.Perona_Malik_Filter

run(ImageProcessor) - Method in class Ch17_EdgePreserving_Smoothing.Perona_Malik_Minimal

run(ImageProcessor) - Method in class Ch17_EdgePreserving_Smoothing.Tschumperle_Deriche_Filter

run(ImageProcessor) - Method in class Ch19_Discrete_Fourier_Transform.DFT_2D_Demo

run(ImageProcessor) - Method in class Ch20_Discrete_Cosine_Transform.DCT_2D_Demo

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Affine_Matrix

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Affine_Triangles

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Bilinear

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_LogPolar_Demo

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Nonlinear_Ripple

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Nonlinear_Tapestry

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Nonlinear_Twirl

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Projective

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Rotate_Center

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Rotate_Origin

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Map_Translate

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Mesh_Warp_Interactive

run(ImageProcessor) - Method in class Ch21_Geometric_Operations.Rectify_Quad_Selection

run(ImageProcessor) - Method in class Ch22_Pixel_Interpolation.Pixel_Interpolation_Demo

run(ImageProcessor) - Method in class Ch23_Image_Matching.Chamfer_Matching

run(ImageProcessor) - Method in class Ch23_Image_Matching.CorrelCoefficient_Matching

run(ImageProcessor) - Method in class Ch23_Image_Matching.Show_Distance_Map

run(ImageProcessor) - Method in class Ch24_NonRigid_Matching.LucasKanade_Demo

run(ImageProcessor) - Method in class Ch25_SIFT.Show_Scale_Space

run(ImageProcessor) - Method in class Ch25_SIFT.SIFT_Detection_Demo

run(ImageProcessor) - Method in class Ch25_SIFT.SIFT_Matching_Demo

run(ImageProcessor) - Method in class Ch26_MSER.MSER_Detection_Demo

run(ImageProcessor) - Method in class Ch26_MSER.Show_Component_Tree_Stack

run(ImageProcessor) - Method in class GenericFilterDemos.Custom_Generic_Filter_Scalar

run(ImageProcessor) - Method in class GenericFilterDemos.Custom_Generic_Filter_Vector

run(ImageProcessor) - Method in class GenericFilterDemos.Filter_Demo_A

run(ImageProcessor) - Method in class GenericFilterDemos.Filter_Demo_B

run(ImageProcessor) - Method in class GenericFilterDemos.Gaussian_Filter_Separable

run(ImageProcessor) - Method in class GenericFilterDemos.Gaussian_Filter

run(ImageProcessor) - Method in class GenericFilterDemos.Linear_Filter_3x3_Separable

run(ImageProcessor) - Method in class GenericFilterDemos.Linear_Filter_3x3

run(ImageProcessor) - Method in class ImageAccessorDemos.ImageAccessor_Demo_Scalar

run(ImageProcessor) - Method in class ImageAccessorDemos.ImageAccessor_Demo_Vector

run(ImageProcessor) - Method in class ImageJ_Demos.Alpha_Blending_Stack

run(ImageProcessor) - Method in class ImageJ_Demos.Create_New_Byte_Image

run(ImageProcessor) - Method in class ImageJ_Demos.Data_Transfer_Plugin_Consumer

run(ImageProcessor) - Method in class ImageJ_Demos.Data_Transfer_Plugin_Producer

run(ImageProcessor) - Method in class ImageJ_Demos.Direct_Byte_Pixel_Access

run(ImageProcessor) - Method in class ImageJ_Demos.Make_Uniform_Noise

run(ImageProcessor) - Method in class ImageJ_Demos.My_Inverter_A

run(ImageProcessor) - Method in class ImageJ_Demos.Open_Sample_Image_For_PlugInFilter

run(ImageProcessor) - Method in class ImageJ_Demos.Roi_Extract_Subimage_Demo

run(ImageProcessor) - Method in class ImageJ_Demos.Roi_Processing_Demo1

run(ImageProcessor) - Method in class ImageJ_Demos.Roi_Processing_Demo2

run(ImageProcessor) - Method in class ImageJ_Demos.Run_Command_From_PlugInFilter

run(ImageProcessor) - Method in class ImageJ_Demos.Stack_Processing_Demo

run(ImageProcessor) - Method in class ImageJ_Demos.UpdateAndDraw_Demo

run(ImageProcessor) - Method in class More_.Delaunay_Demo

run(ImageProcessor) - Method in class More_.Fourier_Descriptor_Animation

run(ImageProcessor) - Method in class More_.Fourier_Descriptor_Trigonometic

run(ImageProcessor) - Method in class Tools_.Close_Other_Images

run(String) - Method in class Ch08_Binary_Regions.Flusser_Moments_Covariance_Matrix

run(String) - Method in class Ch08_Binary_Regions.Flusser_Moments_Matching_Demo

run(String) - Method in class Ch10_Line_Fitting.Line_Make_Random

run(String) - Method in class Ch10_Line_Fitting.Line_Rotation_Demo

run(String) - Method in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random

run(String) - Method in class Ch11_Circle_Ellipse_Fitting.Ellipse_Closest_Points_Demo

run(String) - Method in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random

run(String) - Method in class Ch13_Color_Images.Random_Hues_Demo

run(String) - Method in class Ch21_Geometric_Operations.Draw_Test_Grid

run(String) - Method in class ImageJ_Demos.Convert_ImagePlus_To_Gray

run(String) - Method in class ImageJ_Demos.Generic_Dialog_Example

run(String) - Method in class ImageJ_Demos.My_Inverter_B

run(String) - Method in class ImageJ_Demos.Run_Command_From_PlugIn

run(String) - Method in class More_.Perlin_Noise_2D

run(String) - Method in class Tools_.Check_Installation

run(String) - Method in class Tools_.Convert_Images_To_PNG

run(String) - Method in class Tools_.Export_PDF

run(String) - Method in class Tools_.Open_Sample_Image

run(String) - Method in class Tools_.Set_Log_Font_Monospace

run(String) - Method in class Tools_.Unlock_Image

run(String) - Method in class Tools_.Zoom_Exact

run(String) - Method in class Tools_.Zoom_To_Selection

Run_Command_From_PlugIn - Class in ImageJ_Demos

This plugin demonstrates how to run another ImageJ "command" (plugin) from our own PlugIn using the IJ.run() method.

Run_Command_From_PlugIn() - Constructor for class ImageJ_Demos.Run_Command_From_PlugIn

Run_Command_From_PlugInFilter - Class in ImageJ_Demos

This plugin demonstrates how to run another ImageJ command (plugin) from our own PlugInFilter using the IJ.run() method.

Run_Command_From_PlugInFilter() - Constructor for class ImageJ_Demos.Run_Command_From_PlugInFilter

runPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.edgepreserving.TschumperleDericheFilter

runPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilter

This method performs one pass of the filter, it must be implemented by a sub-class.

runPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilterScalar

runPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilterScalarSeparable

runPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilterVector

runPass(PixelPack, PixelPack) - Method in class imagingbook.common.filter.generic.GenericFilterVectorSeparable

runPlugIn(Class<? extends PlugIn>) - Static method in class imagingbook.common.ij.IjUtils

Run a PlugIn from the associated class with empty argument string.

runPlugIn(Class<? extends PlugIn>, String) - Static method in class imagingbook.common.ij.IjUtils

Run a PlugIn from the associated class.

runPlugInFilter(Class<? extends PlugInFilter>) - Static method in class imagingbook.common.ij.IjUtils

Run a PlugInFilter from the associated class with empty argument string.

runPlugInFilter(Class<? extends PlugInFilter>, String) - Static method in class imagingbook.common.ij.IjUtils

Run a PlugInFilter from the associated class.

S

s(double, double) - Static method in class imagingbook.common.color.gamma.ModifiedGammaMapping

Function s(gamma, a0) derives the slope s of the linear section from parameters gamma and a0 (see Eq.

S - Static variable in class Ch03_Point_Operations.Raise_Contrast_Fast

Contrast scale factor.

S - Static variable in class Ch03_Point_Operations.Raise_Contrast

Contrast scale factor.

SaddleBrown - Enum constant in enum imagingbook.common.color.sets.CssColor

Salmon - Enum constant in enum imagingbook.common.color.sets.CssColor

sameSize(double[][], double[][]) - Static method in class imagingbook.common.math.Matrix

Checks if the given matrices have the same size.

sameSize(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Checks if the given vectors have the same length.

sameSize(float[][], float[][]) - Static method in class imagingbook.common.math.Matrix

Checks if the given matrices have the same size.

sameSize(float[], float[]) - Static method in class imagingbook.common.math.Matrix

Checks if the given vectors have the same length.

sameSize(ImageProcessor, ImageProcessor) - Static method in class imagingbook.common.ij.IjUtils

Checks if two images have the same size.

SameSourceTargetException() - Constructor for exception imagingbook.common.math.Matrix.SameSourceTargetException

SameSourceTargetException(String) - Constructor for exception imagingbook.common.math.Matrix.SameSourceTargetException

sameType(ImageProcessor, ImageProcessor) - Static method in class imagingbook.common.ij.IjUtils

Checks if two images are of the same type.

samplePolygon(Pnt2d[], int) - Method in class imagingbook.common.geometry.fd.PolygonSampler

Samples the closed polygon path specified by V at M equidistant positions.

samplePolygon(Pnt2d[], int, double) - Method in class imagingbook.common.geometry.fd.PolygonSampler

For testing only: allows to choose an arbitrary start point by setting 'startFrac' in [0,1].

sandtigers - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

SandyBrown - Enum constant in enum imagingbook.common.color.sets.CssColor

SauvolaThresholder - Class in imagingbook.common.threshold.adaptive

This is an implementation of the adaptive thresholder proposed in [1].

SauvolaThresholder() - Constructor for class imagingbook.common.threshold.adaptive.SauvolaThresholder

SauvolaThresholder(SauvolaThresholder.Parameters) - Constructor for class imagingbook.common.threshold.adaptive.SauvolaThresholder

SauvolaThresholder.Parameters - Class in imagingbook.common.threshold.adaptive

Parameters for class SauvolaThresholder.

save(ImageProcessor, String) - Static method in class imagingbook.common.ij.IjUtils

Saves the given ImageProcessor using the specified path.

ScalarAccessor - Class in imagingbook.common.image.access

The common (abstract) super-class for all image accessors to scalar-valued images.

ScalarMedianFilter - Class in imagingbook.common.filter.nonlinear

Ordinary (scalar) median filter for color images implemented by extending the GenericFilter class.

ScalarMedianFilter() - Constructor for class imagingbook.common.filter.nonlinear.ScalarMedianFilter

ScalarMedianFilter(ScalarMedianFilter.Parameters) - Constructor for class imagingbook.common.filter.nonlinear.ScalarMedianFilter

ScalarMedianFilter.Parameters - Class in imagingbook.common.filter.nonlinear

scale - Variable in class imagingbook.common.sift.KeyPoint

absolute scale

ScaleLevel - Class in imagingbook.common.sift.scalespace

Represents a single scale level in a generic hierarchical scale space.

ScaleLevelColors - Static variable in enum imagingbook.common.sift.SiftColors

ScaleOctave<LevelT extends ScaleLevel> - Class in imagingbook.common.sift.scalespace

Represents a single "octave", which is a stack of scale "levels", in a generic hierarchical scale space.

Scaling2D - Class in imagingbook.common.geometry.mappings.linear

This class represents a 2D scaling transformation (as a special case of affine transformation).

Scaling2D(double) - Constructor for class imagingbook.common.geometry.mappings.linear.Scaling2D

Constructor.

Scaling2D(double, double) - Constructor for class imagingbook.common.geometry.mappings.linear.Scaling2D

Constructor.

Scaling2D(Scaling2D) - Constructor for class imagingbook.common.geometry.mappings.linear.Scaling2D

ScalingMode - Enum in imagingbook.spectral.dft

Scaling mode used for the DFT.

SchurMaxIterations - Static variable in class imagingbook.common.math.eigen.EigenDecompositionJama

scoreThreshold - Variable in class imagingbook.common.corners.GradientCornerDetector.Parameters

sDesc - Variable in class imagingbook.common.sift.SiftParameters

Spatial size factor of descriptor (relative to feature scale).

SeaGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

SeaShell - Enum constant in enum imagingbook.common.color.sets.CssColor

seed - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

seed - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

seed - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

SegmentationBackedRegion - Class in imagingbook.common.regions

Defines a binary region that is backed by the label array of a region segmentation.

SelectColors - Static variable in enum imagingbook.common.color.sets.CssColor

SelectColors - Static variable in enum imagingbook.common.color.sets.RalColor

selectFolder(String, String) - Static method in class imagingbook.core.FileUtils

Opens a dialog for the user to select a single folder (no files).

selectOpenImage(String) - Static method in class imagingbook.common.ij.IjUtils

Opens a dialog to let the user select one of the currently open images.

SeparateChannels - Enum constant in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ColorMode

SeparationChar - Static variable in class imagingbook.common.math.Matrix

Character used to separate successive vector and matrix elements by toString() methods.

Sequential - Enum constant in enum Ch08_Binary_Regions.Region_Segmentation_Demo.SegmentationMethod

SequentialSegmentation - Class in imagingbook.common.regions

Binary region segmentation based on a two-pass sequential labeling algorithm.

SequentialSegmentation(ByteProcessor) - Constructor for class imagingbook.common.regions.SequentialSegmentation

Constructor.

SequentialSegmentation(ByteProcessor, NeighborhoodType2D) - Constructor for class imagingbook.common.regions.SequentialSegmentation

Constructor.

SerializationHelper - Class in imagingbook.common.util

Helper class providing static methods for writing/reading serialized data to/from files.

set(int) - Static method in class imagingbook.common.math.PrintPrecision

Set print precision to the specified number of digits.

set(int) - Method in interface imagingbook.common.util.bits.BitVector

Sets the specified element (to bit-value 1).

set(int) - Method in class imagingbook.common.util.bits.BitVector32

set(int) - Method in class imagingbook.common.util.bits.BitVector64

set(int, boolean) - Method in interface imagingbook.common.util.bits.BitVector

Sets the specified bit-element to the given boolean value (1 for true, 0 for false).

set(int, int) - Method in class imagingbook.common.util.bits.BitMap

Sets the specified element (to bit-value 1).

set(int, int, boolean) - Method in class imagingbook.common.util.bits.BitMap

Sets the specified bit-element to the given boolean value (1 for true, 0 for false).

set(Pnt2d.PntInt) - Method in class imagingbook.common.util.bits.BitMap

Sets the specified element (to bit-value 1).

set(Pnt2d.PntInt, boolean) - Method in class imagingbook.common.util.bits.BitMap

Sets the specified bit-element to the given boolean value (1 for true, 0 for false).

Set_Log_Font_Monospace - Class in Tools_

Sets the font of the IJ.log window to MONOSPACE.

Set_Log_Font_Monospace() - Constructor for class Tools_.Set_Log_Font_Monospace

setAll() - Method in class imagingbook.common.util.bits.BitMap

Sets all elements to 1.

setAll() - Method in interface imagingbook.common.util.bits.BitVector

Sets all element values to 1.

setAll() - Method in class imagingbook.common.util.bits.BitVector32

setAll() - Method in class imagingbook.common.util.bits.BitVector64

setAlpha(double) - Method in class imagingbook.common.corners.HarrisCornerDetector

Set the sensitivity parameter α (alpha) for the corner score function.

setAntialiasing(boolean) - Method in class imagingbook.common.image.ImageGraphics

Turn anti-aliasing on/off for this ImageGraphics instance (turned on by default).

setBrightness(double) - Method in class imagingbook.common.color.iterate.RandomHueGenerator

Set the 'brightness' component of subsequent colors.

setColor(int) - Method in class imagingbook.common.image.ImageGraphics

Sets this graphics context's current color to the specified (gray) color, with RGB = (gray, gray, gray).

setColor(Color) - Method in class imagingbook.common.image.ImageGraphics

Sets this graphics context's current color to the specified color.

setCurrentDirectory(Class<?>, String) - Static method in class imagingbook.core.FileUtils

Associates a current directory with the specified class by setting a system property to make this persistent through class reloads.

setCurrentDirectory(Class<?>, Path) - Static method in class imagingbook.core.FileUtils

setCurrentDirectory(String) - Static method in class imagingbook.core.FileUtils

Deprecated.

setDash(double...) - Method in class imagingbook.common.ij.overlay.ColoredStroke

Convenience method to set (unset) the dash pattern Usage examples:

setDashArray(float[]) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setDashPhase(double) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setElement(int, T) - Method in class imagingbook.common.util.LinearContainer

Sets (replaces) the k-th element of this container.

setEndCap(int) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setEndCapButt() - Method in class imagingbook.common.image.ImageGraphics

Sets the end cap style of the current stroke to "BUTT".

setEndCapRound() - Method in class imagingbook.common.image.ImageGraphics

Sets the end cap style of the current stroke to "ROUND".

setEndCapSquare() - Method in class imagingbook.common.image.ImageGraphics

Sets the end cap style of the current stroke to "SQUARE".

setFillColor(Color) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setFont(Font) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

setImageView(ImagePlus, double, int, int) - Static method in class imagingbook.common.ij.GuiTools

Modifies the view of the given ImagePlus image to the specified magnification (zoom) factor and the anchor position in the source image.

setInterpolationMethod(int) - Method in class imagingbook.common.image.matching.lucaskanade.ImageExtractor

Sets the interpolation method to be used for extracting sub-images (defined by ImageJ's ImageProcessor): ImageProcessor.BILINEAR (default), NEAREST_NEIGHBOR, BICUBIC or NONE.

setLineJoin(int) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setLineJoinBevel() - Method in class imagingbook.common.image.ImageGraphics

Sets the line segment join style of the current stroke to "BEVEL".

setLineJoinMiter() - Method in class imagingbook.common.image.ImageGraphics

Sets the line segment join style of the current stroke to "MITER".

setLineJoinRound() - Method in class imagingbook.common.image.ImageGraphics

Sets the line segment join style of the current stroke to "ROUND".

setLineWidth(double) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setLineWidth(double) - Method in class imagingbook.common.image.ImageGraphics

Sets the line width of the current stroke.

setMaxIterations(int) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher1D

setMaxTries(int) - Method in class imagingbook.common.ransac.RandomDraw

Set the maximum number of tries.

setMiterLimit(double) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setPix(int, float...) - Method in class imagingbook.common.image.PixelPack

setPix(int, int, float[]) - Method in class imagingbook.common.image.access.ImageAccessor

Sets the pixel value at the specified integer position.

setPix(int, int, float[]) - Method in class imagingbook.common.image.access.RgbAccessor

setPix(int, int, float[]) - Method in class imagingbook.common.image.access.ScalarAccessor

setPix(int, int, float...) - Method in class imagingbook.common.image.PixelPack

Sets the pixel data at the specified pixel position.

setProperties(T) - Method in class imagingbook.common.mser.components.Component

Sets the properties of this component.

setProperty(GenericProperties.PropertyKey<T>, T) - Method in interface imagingbook.common.util.GenericProperties

Associates the specified value with the specified key in this property map.

setRandomSeed(long) - Method in class imagingbook.common.color.iterate.FiniteRandomColorSequencer

Sets the seed of the internal Random instance, which affects successive calls to FiniteRandomColorSequencer.next() only.

setRgbConversionWeights(ImageProcessor) - Static method in class imagingbook.common.ij.IjUtils

Sets the weighing factors for the color components used in RGB-to-grayscale conversion for the specified image ip.

setRgbConversionWeights(ImageProcessor, double, double, double) - Static method in class imagingbook.common.ij.IjUtils

Sets the weighing factors for the color components used in RGB-to-grayscale conversion for the specified image ip.

setSaturation(double) - Method in class imagingbook.common.color.iterate.RandomHueGenerator

Set the 'saturation' component of subsequent colors.

setStackPosition(int) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

Set the stack position (slice number) where subsequently added shapes should be inserted.

setStroke(ColoredStroke) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

setStroke(BasicStroke) - Method in class imagingbook.common.image.ImageGraphics

Sets the stroke to be used for all subsequent graphics operations.

setStrokeColor(Color) - Method in class imagingbook.common.ij.overlay.ColoredStroke

setTextColor(Color) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

setTolerance(double) - Method in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher1D

setup(String, ImagePlus) - Method in class Ch02_Histograms_Statistics.Compute_Histogram

setup(String, ImagePlus) - Method in class Ch02_Histograms_Statistics.Integral_Image_Demo

setup(String, ImagePlus) - Method in class Ch02_Histograms_Statistics.Integral_Image_GetRoiStatistics

setup(String, ImagePlus) - Method in class Ch02_Histograms_Statistics.Show_Histogram

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Equalize_Histogram

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Gamma_Correction

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Linear_Blending_Stack

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Match_Gaussian_Histogram

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Match_Piecewise_Linear_Histogram

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Match_Reference_Histogram_Stack

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Raise_Contrast_Fast

setup(String, ImagePlus) - Method in class Ch03_Point_Operations.Raise_Contrast

setup(String, ImagePlus) - Method in class Ch04_Filters.Filter_Arbitrary

setup(String, ImagePlus) - Method in class Ch04_Filters.Filter_Box_3x3

setup(String, ImagePlus) - Method in class Ch04_Filters.Filter_Median

setup(String, ImagePlus) - Method in class Ch04_Filters.Filter_Smooth_3x3

setup(String, ImagePlus) - Method in class Ch04_Filters.Jitter_Filter_GenericFilter

setup(String, ImagePlus) - Method in class Ch04_Filters.Jitter_Filter_ImageAccessor

setup(String, ImagePlus) - Method in class Ch04_Filters.Jitter_Filter_Simple

setup(String, ImagePlus) - Method in class Ch05_Edges_Contours.Canny_Edges

setup(String, ImagePlus) - Method in class Ch05_Edges_Contours.Cartoon_Effect

setup(String, ImagePlus) - Method in class Ch05_Edges_Contours.Sobel_Edges_Colored

setup(String, ImagePlus) - Method in class Ch05_Edges_Contours.Unsharp_Masking_Filter

setup(String, ImagePlus) - Method in class Ch06_Corner_Detection.Find_Corners

setup(String, ImagePlus) - Method in class Ch07_Morphological_Filters.Bin_Morphology_Disk

setup(String, ImagePlus) - Method in class Ch07_Morphological_Filters.Bin_Morphology_Free

setup(String, ImagePlus) - Method in class Ch07_Morphological_Filters.Dilate_Disk_Demo

setup(String, ImagePlus) - Method in class Ch07_Morphological_Filters.Outline_Demo

setup(String, ImagePlus) - Method in class Ch07_Morphological_Filters.Thinning_Demo

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Axis_Aligned_Bounding_Box

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Convex_Hull_Demo

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Flusser_Moments_From_Binary_Regions

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Major_Axis_Demo

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Make_Projections

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Region_Contours_Demo

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

setup(String, ImagePlus) - Method in class Ch08_Binary_Regions.Region_Segmentation_Demo

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Adaptive_All

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Adaptive_Bernsen

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Adaptive_Niblack

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Adaptive_Sauvola

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_All

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_Isodata

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_MaxEntropy

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_Mean

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_Median

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_MinError

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_MinMax

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_Otsu

setup(String, ImagePlus) - Method in class Ch09_Automatic_Thresholding.Global_Quantile

setup(String, ImagePlus) - Method in class Ch10_Line_Fitting.Line_Fitting

setup(String, ImagePlus) - Method in class Ch11_Circle_Ellipse_Fitting.Circle_Fitting

setup(String, ImagePlus) - Method in class Ch11_Circle_Ellipse_Fitting.Ellipse_Fitting

setup(String, ImagePlus) - Method in class Ch12_Ransac_Hough.Hough_Line_Detect

setup(String, ImagePlus) - Method in class Ch12_Ransac_Hough.Ransac_Circle_Detect

setup(String, ImagePlus) - Method in class Ch12_Ransac_Hough.Ransac_Ellipse_Detect

setup(String, ImagePlus) - Method in class Ch12_Ransac_Hough.Ransac_Line_Detect

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Brighten_Index_Image

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Brighten_Rgb_1

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Brighten_Rgb_2

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Convert_Rgb_To_Gray

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Count_Colors

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Desaturate_RGB

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Hsv_Rotate_Hue

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Index_To_Rgb

setup(String, ImagePlus) - Method in class Ch13_Color_Images.Quantize_Color_Image

setup(String, ImagePlus) - Method in class Ch14_Colorimetric_Color.Convert_From_AdobeRGB

setup(String, ImagePlus) - Method in class Ch14_Colorimetric_Color.Convert_To_Color_Stack

setup(String, ImagePlus) - Method in class Ch14_Colorimetric_Color.Plot_Chromaticity_Chart

setup(String, ImagePlus) - Method in class Ch15_Color_Filters.Gaussian_Filter_HSV

setup(String, ImagePlus) - Method in class Ch15_Color_Filters.Gaussian_Filter_RGB

setup(String, ImagePlus) - Method in class Ch15_Color_Filters.Geometry_Rotate_Color

setup(String, ImagePlus) - Method in class Ch15_Color_Filters.MedianFilter_Scalar

setup(String, ImagePlus) - Method in class Ch15_Color_Filters.MedianFilter_Vector

setup(String, ImagePlus) - Method in class Ch15_Color_Filters.MedianFilter_VectorSharpen

setup(String, ImagePlus) - Method in class Ch16_Color_Edges.Color_Edges_Canny

setup(String, ImagePlus) - Method in class Ch16_Color_Edges.Color_Edges_DiZenzo

setup(String, ImagePlus) - Method in class Ch16_Color_Edges.Color_Edges_Gray

setup(String, ImagePlus) - Method in class Ch16_Color_Edges.Color_Edges_Monochromatic

setup(String, ImagePlus) - Method in class Ch17_EdgePreserving_Smoothing.Bilateral_Filter

setup(String, ImagePlus) - Method in class Ch17_EdgePreserving_Smoothing.Kuwahara_Filter

setup(String, ImagePlus) - Method in class Ch17_EdgePreserving_Smoothing.Nagao_Matsuyama_Filter

setup(String, ImagePlus) - Method in class Ch17_EdgePreserving_Smoothing.Perona_Malik_Filter

setup(String, ImagePlus) - Method in class Ch17_EdgePreserving_Smoothing.Perona_Malik_Minimal

setup(String, ImagePlus) - Method in class Ch17_EdgePreserving_Smoothing.Tschumperle_Deriche_Filter

setup(String, ImagePlus) - Method in class Ch19_Discrete_Fourier_Transform.DFT_2D_Demo

setup(String, ImagePlus) - Method in class Ch20_Discrete_Cosine_Transform.DCT_2D_Demo

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Affine_Matrix

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Affine_Triangles

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Bilinear

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_LogPolar_Demo

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Nonlinear_Ripple

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Nonlinear_Tapestry

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Nonlinear_Twirl

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Projective

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Rotate_Center

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Rotate_Origin

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Map_Translate

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Mesh_Warp_Interactive

setup(String, ImagePlus) - Method in class Ch21_Geometric_Operations.Rectify_Quad_Selection

setup(String, ImagePlus) - Method in class Ch22_Pixel_Interpolation.Pixel_Interpolation_Demo

setup(String, ImagePlus) - Method in class Ch23_Image_Matching.Chamfer_Matching

setup(String, ImagePlus) - Method in class Ch23_Image_Matching.CorrelCoefficient_Matching

setup(String, ImagePlus) - Method in class Ch23_Image_Matching.Show_Distance_Map

setup(String, ImagePlus) - Method in class Ch24_NonRigid_Matching.LucasKanade_Demo

setup(String, ImagePlus) - Method in class Ch25_SIFT.Show_Scale_Space

setup(String, ImagePlus) - Method in class Ch25_SIFT.SIFT_Detection_Demo

setup(String, ImagePlus) - Method in class Ch25_SIFT.SIFT_Matching_Demo

setup(String, ImagePlus) - Method in class Ch26_MSER.MSER_Detection_Demo

setup(String, ImagePlus) - Method in class Ch26_MSER.Show_Component_Tree_Stack

setup(String, ImagePlus) - Method in class GenericFilterDemos.Custom_Generic_Filter_Scalar

setup(String, ImagePlus) - Method in class GenericFilterDemos.Custom_Generic_Filter_Vector

setup(String, ImagePlus) - Method in class GenericFilterDemos.Filter_Demo_A

setup(String, ImagePlus) - Method in class GenericFilterDemos.Filter_Demo_B

setup(String, ImagePlus) - Method in class GenericFilterDemos.Gaussian_Filter_Separable

setup(String, ImagePlus) - Method in class GenericFilterDemos.Gaussian_Filter

setup(String, ImagePlus) - Method in class GenericFilterDemos.Linear_Filter_3x3_Separable

setup(String, ImagePlus) - Method in class GenericFilterDemos.Linear_Filter_3x3

setup(String, ImagePlus) - Method in class ImageAccessorDemos.ImageAccessor_Demo_Scalar

setup(String, ImagePlus) - Method in class ImageAccessorDemos.ImageAccessor_Demo_Vector

setup(String, ImagePlus) - Method in class ImageJ_Demos.Alpha_Blending_Stack

setup(String, ImagePlus) - Method in class ImageJ_Demos.Create_New_Byte_Image

setup(String, ImagePlus) - Method in class ImageJ_Demos.Data_Transfer_Plugin_Consumer

setup(String, ImagePlus) - Method in class ImageJ_Demos.Data_Transfer_Plugin_Producer

setup(String, ImagePlus) - Method in class ImageJ_Demos.Direct_Byte_Pixel_Access

setup(String, ImagePlus) - Method in class ImageJ_Demos.Make_Uniform_Noise

setup(String, ImagePlus) - Method in class ImageJ_Demos.My_Inverter_A

setup(String, ImagePlus) - Method in class ImageJ_Demos.Open_Sample_Image_For_PlugInFilter

setup(String, ImagePlus) - Method in class ImageJ_Demos.Roi_Extract_Subimage_Demo

setup(String, ImagePlus) - Method in class ImageJ_Demos.Roi_Processing_Demo1

setup(String, ImagePlus) - Method in class ImageJ_Demos.Roi_Processing_Demo2

setup(String, ImagePlus) - Method in class ImageJ_Demos.Run_Command_From_PlugInFilter

setup(String, ImagePlus) - Method in class ImageJ_Demos.Stack_Processing_Demo

setup(String, ImagePlus) - Method in class ImageJ_Demos.UpdateAndDraw_Demo

setup(String, ImagePlus) - Method in class More_.Delaunay_Demo

setup(String, ImagePlus) - Method in class More_.Fourier_Descriptor_Animation

setup(String, ImagePlus) - Method in class More_.Fourier_Descriptor_Trigonometic

setup(String, ImagePlus) - Method in class Tools_.Close_Other_Images

setVal(int, int, float) - Method in class imagingbook.common.image.access.ByteAccessor

setVal(int, int, float) - Method in class imagingbook.common.image.access.FloatAccessor

setVal(int, int, float) - Method in class imagingbook.common.image.access.ScalarAccessor

Writes a scalar pixel value to the given image position.

setVal(int, int, float) - Method in class imagingbook.common.image.access.ShortAccessor

setVal(int, int, float) - Method in class imagingbook.common.image.PixelPack.PixelSlice

Sets the pixel value at the specified image position.

setVal(int, int, int, float) - Method in class imagingbook.common.image.access.ImageAccessor

Sets the value of the pixel's k-th component at the specified position.

setVal(int, int, int, float) - Method in class imagingbook.common.image.access.ScalarAccessor

setVal(int, int, int, float) - Method in class imagingbook.common.image.access.VectorAccessor

setVec(int, int, float...) - Method in class imagingbook.common.image.PixelPack

Deprecated.

setWaitTime(int) - Method in class imagingbook.common.util.progress.ProgressMonitor

The time interval between progress queries can be set with this method.

sFscale - Variable in class imagingbook.common.sift.SiftParameters

Scale factor for converting normalized features to byte values in [0,255].

ShapeChecker - Class in imagingbook.common.geometry.shape

Used to check if AWT shapes produced by ShapeProducer.getShape() match the underlying curve (Primitive2d).

ShapeChecker() - Constructor for class imagingbook.common.geometry.shape.ShapeChecker

Constructor.

ShapeChecker(double) - Constructor for class imagingbook.common.geometry.shape.ShapeChecker

Constructor.

ShapeCollage1 - Enum constant in enum imagingbook.sampleimages.kimia.KimiaCollage

ShapeOverlayAdapter - Class in imagingbook.common.ij.overlay

This is an adapter for ImageJ's Overlay class to ease the insertion of AWT Shape elements.

ShapeOverlayAdapter() - Constructor for class imagingbook.common.ij.overlay.ShapeOverlayAdapter

ShapeOverlayAdapter(Overlay) - Constructor for class imagingbook.common.ij.overlay.ShapeOverlayAdapter

ShapeOverlayAdapter(Overlay, boolean, boolean) - Constructor for class imagingbook.common.ij.overlay.ShapeOverlayAdapter

ShapePointIterator - Class in imagingbook.common.geometry.shape

A small wrapper class to create a simple Iterator of Pnt2d to step over the individual points of a AWT Shape object.

ShapePointIterator(Shape, double) - Constructor for class imagingbook.common.geometry.shape.ShapePointIterator

ShapeProducer - Interface in imagingbook.common.geometry.shape

Implementing classes know how to create an AWT Shape.

shapeToRoi(Shape, ColoredStroke) - Method in class imagingbook.common.ij.overlay.ShapeOverlayAdapter

sharpen - Variable in class imagingbook.common.filter.nonlinear.VectorMedianFilterSharpen.Parameters

Sharpening factor (0 = none, 1 = max.)

Shear2D - Class in imagingbook.common.geometry.mappings.linear

This class represents a 2D shear transformation (as a special case of affine transformation).

Shear2D(double, double) - Constructor for class imagingbook.common.geometry.mappings.linear.Shear2D

Constructor, creates a shear transform.

Shear2D(Shear2D) - Constructor for class imagingbook.common.geometry.mappings.linear.Shear2D

ShipBeachSmallStack - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

A stack of 2 small grayscale images used for linear blending.

ShiThomasi - Enum constant in enum Ch06_Corner_Detection.Find_Corners.DetectorType

ShiTomasiCornerDetector - Class in imagingbook.common.corners

This is an implementation of the Shi-Tomasi corner detector, as described in [1].

ShiTomasiCornerDetector(ImageProcessor, GradientCornerDetector.Parameters) - Constructor for class imagingbook.common.corners.ShiTomasiCornerDetector

ShortAccessor - Class in imagingbook.common.image.access

Image accessor for scalar images with 16-bit (short) values.

ShortAccessor(ShortProcessor, OutOfBoundsStrategy, InterpolationMethod) - Constructor for class imagingbook.common.image.access.ShortAccessor

Constructor.

Show_Component_Tree_Stack - Class in Ch26_MSER

This ImageJ plugin creates the component tree of the given image and reconstructs the associated threshold stack by coloring the individual components.

Show_Component_Tree_Stack() - Constructor for class Ch26_MSER.Show_Component_Tree_Stack

Constructor, asks to open a predefined sample image if no other image is currently open.

Show_Distance_Map - Class in Ch23_Image_Matching

Demonstrates the use of the DistanceTransform class.

Show_Distance_Map() - Constructor for class Ch23_Image_Matching.Show_Distance_Map

Constructor, asks to open a predefined sample image if no other image is currently open.

Show_Histogram - Class in Ch02_Histograms_Statistics

ImageJ plugin, simply displays the histogram and cumulative histogram of a grayscale image in two new windows.

Show_Histogram() - Constructor for class Ch02_Histograms_Statistics.Show_Histogram

Constructor, asks to open a predefined sample image if no other image is currently open.

Show_Scale_Space - Class in Ch25_SIFT

This ImageJ plugin visualizes the hierarchical scale space structures used for SIFT feature detection (see SiftDetector).

Show_Scale_Space() - Constructor for class Ch25_SIFT.Show_Scale_Space

Constructor, asks to open a predefined sample image if no other image is currently open.

ShowAmountOfBlack - Static variable in class Ch08_Binary_Regions.Make_Projections

Plot the relative amount of white (false) or black (true).

ShowCenterMark - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Set true to show the regions's centroid.

ShowCornerScoreImage - Static variable in class Ch06_Corner_Detection.Find_Corners

Set true to display the corner scores as an image.

ShowEllipse - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Set true to show the region's equivalent ellipse.

showHessians - Variable in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher.Parameters

Set true to display the Hessian matrices

ShowLog - Variable in class Ch10_Line_Fitting.Line_Fitting

ShowMajorAxis - Static variable in class Ch08_Binary_Regions.Region_Eccentricity_Ellipse_Demo

Set true to show the region's major axis (length scaled by eccentricity).

ShowRealCurve - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

ShowRealCurve - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

ShowRealCurve - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

showSteepestDescentImages - Variable in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher.Parameters

Set true to display the steepest-descent images

ShowStructuringElement - Static variable in class Ch07_Morphological_Filters.Bin_Morphology_Disk

Display the structuring element as a binary image.

Sienna - Enum constant in enum imagingbook.common.color.sets.CssColor

SIFT_Detection_Demo - Class in Ch25_SIFT

This plugin extracts multi-scale SIFT features [1] from the current image and displays them as M-shaped markers.

SIFT_Detection_Demo() - Constructor for class Ch25_SIFT.SIFT_Detection_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

SIFT_Matching_Demo - Class in Ch25_SIFT

This ImageJ plugin demonstrates the use of the SIFT detection and matching framework.

SIFT_Matching_Demo() - Constructor for class Ch25_SIFT.SIFT_Matching_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

SiftColors - Enum in imagingbook.common.sift

Color definitions used in various SIFT demo plugins.

SiftDescriptor - Class in imagingbook.common.sift

This class defines a SIFT descriptor.

SiftDetector - Class in imagingbook.common.sift

This class implements the detection of SIFT features from images, as described in [1].

SiftDetector(FloatProcessor) - Constructor for class imagingbook.common.sift.SiftDetector

Constructor using default parameters.

SiftDetector(FloatProcessor, SiftParameters) - Constructor for class imagingbook.common.sift.SiftDetector

Constructor using specific parameters.

SiftDetector.NeighborhoodType3D - Enum in imagingbook.common.sift

Types of 3D neighborhoods used in min/max detection

SiftMatch - Class in imagingbook.common.sift

Represents a match between two SIFT features.

SiftMatch(SiftDescriptor, SiftDescriptor, double) - Constructor for class imagingbook.common.sift.SiftMatch

SiftMatcher - Class in imagingbook.common.sift

Instances of this class perform matching between SIFT features.

SiftMatcher() - Constructor for class imagingbook.common.sift.SiftMatcher

Constructor using default parameters.

SiftMatcher(VectorNorm.NormType, double) - Constructor for class imagingbook.common.sift.SiftMatcher

Constructor using specific parameters.

SiftParameters - Class in imagingbook.common.sift

Default parameters; a (usually modified) instance of this class may be passed to the constructor of SiftDetector.

SiftParameters() - Constructor for class imagingbook.common.sift.SiftParameters

sigma - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

sigma - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

sigma - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

sigma - Variable in class imagingbook.common.corners.GradientCornerDetector.Parameters

sigma - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

sigma - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

Sigma - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

sigma0 - Variable in class imagingbook.common.sift.SiftParameters

Base scale at level 0 (base smoothing).

sigmaD - Variable in class imagingbook.common.filter.edgepreserving.BilateralF.Parameters

sigmaD - Variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

sigmaM - Variable in class imagingbook.common.filter.edgepreserving.TschumperleDericheF.Parameters

sigmaMax - Variable in class imagingbook.common.threshold.adaptive.SauvolaThresholder.Parameters

sigmaR - Variable in class imagingbook.common.filter.edgepreserving.BilateralF.Parameters

sigmaS - Variable in class imagingbook.common.sift.SiftParameters

Sampling scale (nominal smoothing level of the input image).

Silver - Enum constant in enum imagingbook.common.color.sets.CssColor

SimpleGammaMapping - Class in imagingbook.common.color.gamma

Defines the basic "gamma correction" used for converting linear to non-linear color component values.

SimpleGammaMapping(double) - Constructor for class imagingbook.common.color.gamma.SimpleGammaMapping

Constructor.

size() - Method in class imagingbook.common.color.iterate.FiniteLinearColorSequencer

size() - Method in class imagingbook.common.edges.EdgeTrace

Returns the size of (number of points in) this edge trace.

size() - Method in interface imagingbook.common.geometry.delaunay.DelaunayTriangulation

Returns the number of triangles in this triangulation.

size() - Method in class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

size() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

Returns the size (length) of this Fourier descriptor's array of DFT coefficients G.

size() - Method in class imagingbook.common.util.SortedVector

Returns the current number of non-null items in this vector.

SIZE_FACTOR - Static variable in class imagingbook.common.filter.linear.GaussianKernel1D

SkyBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

skyhawk - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

skyhawk - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

skyhawkaff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

skyhawkocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

skyhawkocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

skyhawkocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

SlateBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

SlateGray - Enum constant in enum imagingbook.common.color.sets.CssColor

SlopeInterceptLine - Class in imagingbook.common.geometry.line

This class represents a line in slope-intercept form: y = k x + d.

SlopeInterceptLine(double, double) - Constructor for class imagingbook.common.geometry.line.SlopeInterceptLine

SlopeInterceptLine(AlgebraicLine) - Constructor for class imagingbook.common.geometry.line.SlopeInterceptLine

SlowProcess() - Constructor for class imagingbook.common.util.progress.ProgressMonitorExample.SlowProcess

SMPTE_C - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

Snow - Enum constant in enum imagingbook.common.color.sets.CssColor

Sobel_Edges_Colored - Class in Ch05_Edges_Contours

ImageJ plugin implementing a simple Sobel-type edge operator.

Sobel_Edges_Colored() - Constructor for class Ch05_Edges_Contours.Sobel_Edges_Colored

Constructor, asks to open a predefined sample image if no other image is currently open.

sobelX - Static variable in class Ch05_Edges_Contours.Sobel_Edges_Colored

The 2D Sobel kernel for the derivative filter in x-direction.

sobelY - Static variable in class Ch05_Edges_Contours.Sobel_Edges_Colored

The 2D Sobel kernel for the derivative filter in y-direction.

solve(double[][], double[]) - Static method in class imagingbook.common.math.Matrix

Finds the exact solution x for the linear system of equations A * x = b.

solve(RealMatrix, RealVector) - Static method in class imagingbook.common.math.Matrix

Finds the exact solution x for the linear system of equations A * x = b.

solveGaussNewton(MultivariateVectorFunction, MultivariateMatrixFunction, RealVector, RealVector) - Static method in class imagingbook.common.math.nonlinear.NonlinearLeastSquares

Solves the nonlinear least-squares problem defined by the arguments using Gauss-Newton optimization.

solveLevenvergMarquardt(MultivariateVectorFunction, MultivariateMatrixFunction, RealVector, RealVector) - Static method in class imagingbook.common.math.nonlinear.NonlinearLeastSquares

Solves the nonlinear least-squares problem defined by the arguments using Levenberg-Marquardt optimization.

solveNLS(MultivariateVectorFunction, MultivariateMatrixFunction, RealVector, RealVector) - Static method in class imagingbook.common.math.nonlinear.NonlinearLeastSquares

Solves the nonlinear least-squares problem defined by the arguments.

solveNLS2(MultivariateVectorFunction, MultivariateMatrixFunction, RealVector, RealVector) - Static method in class imagingbook.common.math.nonlinear.NonlinearLeastSquares

sort(double[]) - Static method in class imagingbook.common.math.Matrix

Returns a sorted copy of the given double[] vector.

sort(float[]) - Static method in class imagingbook.common.math.Matrix

Returns a sorted copy of the given float[] vector.

sortByLevel(List<? extends Component<?>>) - Static method in class imagingbook.common.mser.components.Component

Sorts a list of Components by (increasing) component level, i.e., the component with the lowest level becomes the first.

sortBySize(List<? extends Component<?>>) - Static method in class imagingbook.common.mser.components.Component

Sorts a list of Components by (decreasing) component size, i.e., the largest component (with the most pixels) becomes the first.

SortedVector<T extends Comparable<T>> - Class in imagingbook.common.util

Defines a generic container for "comparable" elements that allows sorted insertions without exceeding the predefined capacity.

SortedVector(T[]) - Constructor for class imagingbook.common.util.SortedVector

Constructor, using the natural-order comparator of the generic element type.

SortedVector(T[], Comparator<T>) - Constructor for class imagingbook.common.util.SortedVector

Constructor using a specific comparator.

Spectrum - Enum constant in enum imagingbook.common.ij.NamedLookupTable

SplineInterpolator - Class in imagingbook.common.image.interpolation

A PixelInterpolator implementing spline interpolation in 2D.

SplineInterpolator(double, double) - Constructor for class imagingbook.common.image.interpolation.SplineInterpolator

Constructor for creating a custom spline interpolator.

splitTextToLines(int, String) - Static method in class imagingbook.common.ij.DialogUtils

Splits a long string into multiple lines of the specified maximum length.

SpringGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

sqr(double) - Static method in class imagingbook.common.math.Arithmetic

Returns the square of its argument.

sqr(float) - Static method in class imagingbook.common.math.Arithmetic

Returns the square of its argument.

sqr(int) - Static method in class imagingbook.common.math.Arithmetic

Returns the square of its argument.

sqr(long) - Static method in class imagingbook.common.math.Arithmetic

Returns the square of its argument.

sqr(T) - Static method in class imagingbook.common.image.ImageMath

Calculates the squared pixel values of the specified image and returns a new image of the same type.

sqrt(T) - Static method in class imagingbook.common.image.ImageMath

Calculates the square root of the pixel values of the specified image and returns a new image of the same type.

sRGB - Static variable in class imagingbook.common.color.gamma.ModifiedGammaMapping

Gamma mapping function instance for sRGB (see Table 3.1 of [1]).

sRGB65ColorSpace - Class in imagingbook.common.color.colorspace

This class implements the sRGBcolor space with D65 white point.

Stack_Processing_Demo - Class in ImageJ_Demos

This ImageJ plugin demonstrates how to iterate over the frames (slices) of an image stack.

Stack_Processing_Demo() - Constructor for class ImageJ_Demos.Stack_Processing_Demo

StandardIlluminant - Enum in imagingbook.common.color.cie

Enumeration of selected standard illuminants.

Stars - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Binary image with star-shaped regions, used for SIFT demos.

Statistics - Class in imagingbook.common.math

This class defines static methods for statistical calculations.

stats - Variable in class imagingbook.common.mser.MserData

Component coordinate ordinary moments (m10, m01, m20, m02, m11)

SteelBlue - Enum constant in enum imagingbook.common.color.sets.CssColor

stef01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stef20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

stripFileExtension(String) - Static method in class imagingbook.core.FileUtils

Removes the extension part of a pathname.

StrokeColor - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

StrokeColor - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

StrokeColor - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

StrokeWidth - Static variable in class Ch08_Binary_Regions.Axis_Aligned_Bounding_Box

StrokeWidth - Static variable in class Ch08_Binary_Regions.Convex_Hull_Demo

StrokeWidth - Static variable in class Ch08_Binary_Regions.Major_Axis_Demo

Stroke width for drawing overlay graphics.

StrokeWidth - Static variable in class Ch10_Line_Fitting.Line_Fitting

StrokeWidth - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

StrokeWidth - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

StrokeWidth - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

StrokeWidth - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

StructuringElements - Class in imagingbook.common.morphology

This class defines static methods related to binary structuring elements (kernels).

subject - Variable in class imagingbook.pdf.PdfExporter.Parameters

SubpixelMaxInterpolator - Class in imagingbook.common.corners

Common interface for all sub-pixel maximum locator implementations.

SubpixelMaxInterpolator.Method - Enum in imagingbook.common.corners

Enumeration of different SubpixelMaxInterpolator methods.

SubpixelMaxInterpolator.QuadraticLeastSquares - Class in imagingbook.common.corners

2D interpolator based on least-squares fitting a quadratic polynomial

SubpixelMaxInterpolator.QuadraticTaylor - Class in imagingbook.common.corners

2D interpolator using second-order Taylor expansion to find the coefficients of the quadratic interpolating polynomial

SubpixelMaxInterpolator.Quartic - Class in imagingbook.common.corners

2D interpolator based on fitting a 'quartic' (i.e., 4th-order) polynomial

SubRegions - Static variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Constants

subtract(double[], double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the difference (a - b) of the specified double vectors (non-destructively).

subtract(float[], float[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the difference (a - b) of the specified float vectors (non-destructively).

sum(double[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the elements in the specified double[] vector.

sum(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the elements in the specified double[][] matrix.

sum(float[]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the elements in the specified float[] vector.

sum(float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the sum of the elements in the specified float[][] matrix.

sumColumn(double[][], int) - Static method in class imagingbook.common.math.Matrix

Calculates the sum of the elements in the specified matrix column.

sumColumn(float[][], int) - Static method in class imagingbook.common.math.Matrix

Calculates the sum of the elements in the specified matrix column.

sumColumns(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates the sums of all matrix columns and returns them as a vector with one element per column.

sumColumns(float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates the sums of all matrix columns and returns them as a vector with one element per column.

sumRow(double[][], int) - Static method in class imagingbook.common.math.Matrix

Calculates the sum of the elements in the specified matrix row.

sumRow(float[][], int) - Static method in class imagingbook.common.math.Matrix

Calculates the sum of the elements in the specified matrix row.

sumRows(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates the sums of all matrix rows and returns them as a vector with one element per row.

sumRows(float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates the sums of all matrix rows and returns them as a vector with one element per row.

swamprabbit - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

swamprabbit - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

swamprabbitocc1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

swamprabbitocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

swamprabbitocc2 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

swamprabbitocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

swordfishes - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

swordfishes - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

swordfishesaff1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

swordfishesocc4 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Symbol - Enum constant in enum imagingbook.pdf.Type1CoreFont

T

Tan - Enum constant in enum imagingbook.common.color.sets.CssColor

Taubin - Enum constant in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

Taubin1 - Enum constant in enum imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic.FitType

Taubin2 - Enum constant in enum imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic.FitType

tDomOr - Variable in class imagingbook.common.sift.SiftParameters

Minimum value in orientation histogram for dominant orientations (rel.

Teal - Enum constant in enum imagingbook.common.color.sets.CssColor

textbox01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox28 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox29 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox30 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox31 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox32 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox33 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox34 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox35 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox36 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox37 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox38 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox39 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox40 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox41 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox42 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox43 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox44 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox45 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox46 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox47 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox48 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox49 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox50 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox51 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox52 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox53 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox54 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox55 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox56 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox57 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox58 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox59 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

textbox60 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tExtrm - Variable in class imagingbook.common.sift.SiftParameters

Minimum difference to all neighbors in DoG peak detection (max.

tFclip - Variable in class imagingbook.common.sift.SiftParameters

Maximum value in normalized feature vector (0.2 recommended by Lowe).

theta - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

theta - Variable in class imagingbook.common.geometry.ellipse.GeometricEllipse

Ellipse parameters.

theta - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

theta - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

Thinning_Demo - Class in Ch07_Morphological_Filters

This ImageJ plugin demonstrates morphological thinning on binary images.

Thinning_Demo() - Constructor for class Ch07_Morphological_Filters.Thinning_Demo

Constructor, asks to open a predefined sample image if no other image is currently open.

thinOnce(ByteProcessor) - Method in class imagingbook.common.morphology.BinaryThinning

Performs a single thinning iteration and returns the number of pixel deletions.

Thistle - Enum constant in enum imagingbook.common.color.sets.CssColor

threshold - Variable in class imagingbook.common.filter.nonlinear.VectorMedianFilterSharpen.Parameters

Threshold for replacing the current center pixel

threshold(ByteProcessor) - Method in interface imagingbook.common.threshold.adaptive.AdaptiveThresholder

threshold(ByteProcessor) - Method in interface imagingbook.common.threshold.global.GlobalThresholder

threshold(ByteProcessor) - Method in interface imagingbook.common.threshold.Thresholder

Thresholds the specified ByteProcessor (8-bit image), which is modified.

threshold(ByteProcessor, ByteProcessor) - Method in interface imagingbook.common.threshold.adaptive.AdaptiveThresholder

Thresholds a ByteProcessor image by a threshold surface specified as a ByteProcessor.

threshold(ByteProcessor, FloatProcessor) - Method in interface imagingbook.common.threshold.adaptive.AdaptiveThresholder

Thresholds a ByteProcessor image by a threshold surface specified as a FloatProcessor.

Thresholder - Interface in imagingbook.common.threshold

Common interface to be implemented by all thresholders (global and adaptive).

Thresholder.BackgroundMode - Enum in imagingbook.common.threshold

Enum type to discriminate if the image background is assumed to be bright or dark.

ThrowException - Enum constant in enum imagingbook.common.image.OutOfBoundsStrategy

Throws an exception when out-of-boundary coordinates are accessed.

TimesBold - Enum constant in enum imagingbook.pdf.Type1CoreFont

TimesBoldItalic - Enum constant in enum imagingbook.pdf.Type1CoreFont

TimesItalic - Enum constant in enum imagingbook.pdf.Type1CoreFont

TimesRoman - Enum constant in enum imagingbook.pdf.Type1CoreFont

title - Variable in class imagingbook.pdf.PdfExporter.Parameters

Title - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

Title - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

Title - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

tMag - Variable in class imagingbook.common.sift.SiftParameters

Minimum magnitude required in DoG peak detection (abs.

toArray() - Method in class imagingbook.common.math.Complex

Returns a 2-element array with the real and imaginary part of this complex number.

toAwtPoint() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns this point's coordinates as a new AWT Point point.

toAwtPoint2D() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns this point's coordinates as a new AWT Point2D.Double point.

toBooleanArray() - Method in interface imagingbook.common.util.bits.BitVector

Returns the contents of this bit vector as a boolean array.

toByteArray() - Method in class imagingbook.common.util.bits.BitMap

Returns the contents of this bitmap as a one-dimensional byte array, with elements in row-major order.

toByteArray() - Method in interface imagingbook.common.util.bits.BitVector

Returns the contents of this bit vector as a byte array.

toByteArray(int[][]) - Static method in class imagingbook.common.morphology.StructuringElements

Converts the specified int[][] to a byte[][], which is returned.

toByteArray(ByteProcessor) - Static method in class imagingbook.common.ij.IjUtils

Creates and returns a new byte[][] from the specified ByteProcessor.

toByteProcessor() - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new ByteProcessor instance.

toByteProcessor(byte[][]) - Static method in class imagingbook.common.ij.IjUtils

Creates and returns a new ByteProcessor from the specified 2D byte array, assumed to be arranged in the form A[x][y], i.e., the first coordinate is horizontal, the second vertical.

toByteProcessor(double) - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new ByteProcessor instance.

toByteProcessor(int[][]) - Static method in class imagingbook.common.ij.IjUtils

Creates and returns a new ByteProcessor from the specified 2D int array, assumed to be arranged in the form A[x][y], i.e., the first coordinate is horizontal, the second vertical.

toByteProcessor(ColorProcessor) - Static method in class imagingbook.common.ij.IjUtils

Converts the given RGB ColorProcessor to a scalar-valued ByteProcessor, using clearly specified RGB component weights.

toByteProcessor(ColorProcessor, double[]) - Static method in class imagingbook.common.ij.IjUtils

Converts the given RGB ColorProcessor to a scalar-valued ByteProcessor, applying the specified set of RGB component weights.

toCanonicalFrame(double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

toCartesian(double[]) - Static method in class imagingbook.common.math.Arithmetic

Converts polar point coordinates to Cartesian coordinates.

toCartesian(double[]) - Static method in class imagingbook.common.math.Matrix

Converts a homogeneous vector to its equivalent Cartesian vector, which is one element shorter.

toCartesian(double, double) - Static method in class imagingbook.common.math.Arithmetic

Converts polar point coordinates to Cartesian coordinates.

toCIEXYZ(float[]) - Method in interface imagingbook.common.color.colorspace.DirectD65Conversion

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.HlsColorSpace

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.HsvColorSpace

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.LabColorSpace

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.LinearRgb65ColorSpace

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.LuvColorSpace

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.sRGB65ColorSpace

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.XYZ50ColorSpace

toCIEXYZ(float[]) - Method in class imagingbook.common.color.colorspace.XYZ65ColorSpace

toCIEXYZ65(float[]) - Method in interface imagingbook.common.color.colorspace.DirectD65Conversion

Analogous to DirectD65Conversion.toCIEXYZ(float[]) but returns D65-based instead of D50-based PCS color values.

toCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.LabColorSpace

toCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.LinearRgb65ColorSpace

toCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.LuvColorSpace

toCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.sRGB65ColorSpace

toCIEXYZ65(float[]) - Method in class imagingbook.common.color.colorspace.XYZ65ColorSpace

toColorProcessor() - Method in class imagingbook.common.image.ColorPack

toColorProcessor() - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new ColorProcessor instance.

toColorProcessor(double) - Method in class imagingbook.common.image.ColorPack

toColorProcessor(double) - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new ColorProcessor instance.

toComplexArray(Pnt2d[]) - Static method in class imagingbook.common.geometry.fd.FourierDescriptor

toDouble(float[]) - Static method in class imagingbook.common.math.Matrix

Converts a float[] to a double[].

toDouble(float[][]) - Static method in class imagingbook.common.math.Matrix

Converts a float[][] to a double[][].

toDoubleArray() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns this point's coordinates as a new 2-element double array.

toDoubleArray(FloatProcessor) - Static method in class imagingbook.common.ij.IjUtils

Returns a copy of the pixel data as a 2D double array with dimensions [x = 0,..,width-1][y = 0,..,height-1].

toDoubleArray(Pnt2d[]) - Static method in class imagingbook.common.geometry.basic.PntUtils

Converts a given point array Pnt2d[n] to a 2D double array double[n][2], with x-coordinates in column 0 and y-coordinates in column 1.

toFirstQuadrant(double[]) - Method in class imagingbook.common.geometry.ellipse.project.EllipseProjector

toFloat(double[]) - Static method in class imagingbook.common.math.Matrix

Converts a double[] to a float[].

toFloat(double[][]) - Static method in class imagingbook.common.math.Matrix

Converts a double[][] to a float[][].

toFloatArray(FloatProcessor) - Static method in class imagingbook.common.ij.IjUtils

Converts a FloatProcessor to a float[][].

toFloatProcessor() - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new FloatProcessor instance.

toFloatProcessor(double) - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new FloatProcessor instance.

toFloatProcessor(double[][]) - Static method in class imagingbook.common.ij.IjUtils

Creates a new FloatProcessor instance of size width x height from the given double[][] with dimensions [x = 0,..,width-1][y = 0,..,height-1].

toFloatProcessor(float[][]) - Static method in class imagingbook.common.ij.IjUtils

Creates a new FloatProcessor instance of size width x height from the given float[][] with dimensions [x = 0,..,width-1][y = 0,..,height-1].

toFloatProcessor(ColorProcessor) - Static method in class imagingbook.common.ij.IjUtils

Converts the given RGB ColorProcessor to a scalar-valued FloatProcessor, using clearly specified RGB component weights.

toFloatProcessor(ColorProcessor, double[]) - Static method in class imagingbook.common.ij.IjUtils

Converts the given RGB ColorProcessor to a scalar-valued FloatProcessor, applying the specified set of RGB component weights.

toHomogeneous(double[]) - Static method in class imagingbook.common.math.Matrix

Converts a Cartesian vector to an equivalent homogeneous vector by attaching an additional 1-element.

toImageStack() - Method in class imagingbook.common.image.ColorPack

toImageStack() - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new ImageStack with the same number of slices (see PixelPack.getDepth()).

toIntArray() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Returns this point's coordinates as a new 2-element int array.

toIntArray(ByteProcessor) - Static method in class imagingbook.common.ij.IjUtils

Creates and returns a new int[][] from the specified ByteProcessor.

tolerance - Variable in class imagingbook.common.image.matching.lucaskanade.LucasKanadeMatcher.Parameters

Convergence limit

Tolerance - Static variable in class imagingbook.common.math.nonlinear.NonlinearLeastSquares

TOLERANCE - Static variable in interface imagingbook.common.geometry.basic.Pnt2d

The default tolerance for matching coordinates (1E-6).

toLongBits(double[][]) - Static method in class imagingbook.common.math.Matrix

Converts a double[][] to a long[][] whose elements contain the 64-bit representation of the original double values.

Tomato - Enum constant in enum imagingbook.common.color.sets.CssColor

tool03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool04bent1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool04bent1 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool23 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool24 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool25 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool26 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool27 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool38 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool38 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool39 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool40 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool41 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool42 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool43 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool44 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool44 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

tool45 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool46 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool47 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool58 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool59 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool61 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool62 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

tool63 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Tools_ - package Tools_

ToolsSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Binary image with various tools, used for connected components segmentation.

toPath(Complex[]) - Static method in class imagingbook.common.geometry.fd.FourierDescriptor

toPointRoi(Pnt2d[]) - Static method in class imagingbook.common.ij.RoiUtils

Converts an array of 2D points (of type Pnt2d) to a PointRoi instance.

toPolar(double[]) - Static method in class imagingbook.common.math.Arithmetic

Returns the polar coordinates of the Cartesian point xy.

toPolar(double, double) - Static method in class imagingbook.common.math.Arithmetic

Returns the polar coordinates of the Cartesian point (x,y).

toRealVector() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns this point's coordinates as a new RealVector instance (for interfacing with Apache Commons Math).

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.AbstractRgbColorSpace

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.HlsColorSpace

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.HsvColorSpace

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.LabColorSpace

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.LinearRgb65ColorSpace

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.LuvColorSpace

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.XYZ50ColorSpace

toRGB(float[]) - Method in class imagingbook.common.color.colorspace.XYZ65ColorSpace

toShortProcessor() - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new ShortProcessor instance.

toShortProcessor(double) - Method in class imagingbook.common.image.PixelPack

Converts this PixelPack to a new ShortProcessor instance.

toString() - Method in class imagingbook.common.corners.Corner

toString() - Method in class imagingbook.common.edges.EdgeTrace

toString() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

The number of output digits is specified by the current settings of PrintPrecision.

toString() - Method in class imagingbook.common.geometry.basic.Pnt2d.PntInt

toString() - Method in class imagingbook.common.geometry.circle.AlgebraicCircle

toString() - Method in class imagingbook.common.geometry.circle.GeometricCircle

toString() - Method in class imagingbook.common.geometry.delaunay.guibas.Triangle2D

toString() - Method in class imagingbook.common.geometry.ellipse.AlgebraicEllipse

toString() - Method in class imagingbook.common.geometry.ellipse.GeometricEllipse

toString() - Method in class imagingbook.common.geometry.fd.FourierDescriptor

toString() - Method in class imagingbook.common.geometry.hulls.AxisAlignedBoundingBox

toString() - Method in class imagingbook.common.geometry.line.AlgebraicLine

toString() - Method in class imagingbook.common.geometry.line.HessianLine

toString() - Method in class imagingbook.common.geometry.line.ParametricLine

toString() - Method in class imagingbook.common.geometry.line.SlopeInterceptLine

toString() - Method in class imagingbook.common.geometry.mappings.linear.LinearMapping2D

toString() - Method in class imagingbook.common.geometry.mappings.nonlinear.BilinearMapping2D

toString() - Method in class imagingbook.common.hough.HoughLine

toString() - Method in class imagingbook.common.image.LocalMinMaxFinder.ExtremalPoint

toString() - Method in class imagingbook.common.math.Complex

toString() - Method in class imagingbook.common.math.eigen.Eigensolver2x2

toString() - Method in class imagingbook.common.mser.components.Component

toString() - Method in class imagingbook.common.mser.components.ComponentTree

toString() - Method in class imagingbook.common.mser.components.PixelMap.Pixel

toString() - Method in class imagingbook.common.mser.MserData

toString() - Method in class imagingbook.common.regions.BinaryRegion

toString() - Method in class imagingbook.common.regions.Contour.Inner

toString() - Method in class imagingbook.common.regions.Contour.Outer

toString() - Method in class imagingbook.common.regions.Contour

toString() - Method in class imagingbook.common.sift.KeyPoint

toString() - Method in class imagingbook.common.sift.scalespace.ScaleLevel

toString() - Method in class imagingbook.common.sift.SiftDescriptor

toString() - Method in class imagingbook.common.sift.SiftMatch

toString() - Method in class imagingbook.common.util.bits.BitVector32

toString() - Method in class imagingbook.common.util.bits.BitVector64

toString() - Method in class imagingbook.common.util.SortedVector

toString() - Method in class imagingbook.common.util.tuples.Tuple2

toString() - Method in class imagingbook.common.util.tuples.Tuple3

toString() - Method in class imagingbook.common.util.tuples.Tuple4

toString(double[]) - Static method in class imagingbook.common.math.Matrix

Returns a string representation of the specified vector.

toString(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns a string representation of the specified matrix.

toString(float[]) - Static method in class imagingbook.common.math.Matrix

Returns a string representation of the specified vector.

toString(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns a string representation of the specified matrix.

toString(long[][]) - Static method in class imagingbook.common.math.Matrix

Returns a string representation of the specified matrix with long elements.

toString(RealMatrix) - Static method in class imagingbook.common.math.Matrix

Returns a string representation of the specified matrix.

toString(RealVector) - Static method in class imagingbook.common.math.Matrix

Returns a string representation of the specified vector.

toVector2D() - Method in interface imagingbook.common.geometry.basic.Pnt2d

Returns this point's coordinates as a new Vector2D instance (for interfacing with Apache Commons Math).

tPeak - Variable in class imagingbook.common.sift.SiftParameters

Minimum DoG magnitude required for extrapolated peaks (abs.

trace(double[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the trace of the given double[][] matrix.

trace(float[][]) - Static method in class imagingbook.common.math.Matrix

Calculates and returns the trace of the given float[][] matrix.

transform(double[][], boolean) - Method in interface imagingbook.spectral.dct.Dct2d.Double

Transforms the given 2D array 'in-place'.

transform(double[][], double[][], boolean) - Method in interface imagingbook.spectral.dft.Dft2d.Double

Transforms the given 2D arrays 'in-place'.

transform(double[], double[], boolean) - Method in interface imagingbook.spectral.dft.Dft1d.Double

Transforms the given 1D arrays 'in-place'.

transform(double[], double[], boolean) - Method in class imagingbook.spectral.dft.Dft1dDirect.Double

transform(double[], double[], boolean) - Method in class imagingbook.spectral.dft.Dft1dFast.Double

transform(float[][], boolean) - Method in interface imagingbook.spectral.dct.Dct2d.Float

Transforms the given 2D array 'in-place'.

transform(float[][], float[][], boolean) - Method in interface imagingbook.spectral.dft.Dft2d.Float

Transforms the given 2D arrays 'in-place'.

transform(float[], float[], boolean) - Method in interface imagingbook.spectral.dft.Dft1d.Float

Transforms the given 1D arrays 'in-place'.

transform(float[], float[], boolean) - Method in class imagingbook.spectral.dft.Dft1dDirect.Float

transform(float[], float[], boolean) - Method in class imagingbook.spectral.dft.Dft1dFast.Float

Translation2D - Class in imagingbook.common.geometry.mappings.linear

This class represents a pure 2D translation (as a special case of affine transformation).

Translation2D(double[]) - Constructor for class imagingbook.common.geometry.mappings.linear.Translation2D

Constructor, creates a new 2D translation mapping.

Translation2D(double, double) - Constructor for class imagingbook.common.geometry.mappings.linear.Translation2D

Constructor, creates a new 2D translation mapping.

Translation2D(Translation2D) - Constructor for class imagingbook.common.geometry.mappings.linear.Translation2D

Constructor, reates a new translation instance from a given translation.

transpose(double[][]) - Static method in class imagingbook.common.math.Matrix

Returns the transpose of the given double[][] matrix.

transpose(float[][]) - Static method in class imagingbook.common.math.Matrix

Returns the transpose of the given float[][] matrix.

Triangle - Interface in imagingbook.common.geometry.delaunay

Interface specifying a 2D triangle.

Triangle2D - Class in imagingbook.common.geometry.delaunay.guibas

Represents a 2D triangle, specified by three corner points.

Triangle2D(Pnt2d[]) - Constructor for class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Triangle2D(Pnt2d, Pnt2d, Pnt2d) - Constructor for class imagingbook.common.geometry.delaunay.guibas.Triangle2D

Constructor of the 2D triangle class used to create a new triangle instance from three 2D vectors describing the triangle's vertices.

TriangulationGuibas - Class in imagingbook.common.geometry.delaunay.guibas

This is an implementation of the triangulation algorithm described in [1].

TriangulationGuibas(Collection<? extends Pnt2d>) - Constructor for class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

Constructor.

TriangulationGuibas(Collection<? extends Pnt2d>, boolean) - Constructor for class imagingbook.common.geometry.delaunay.guibas.TriangulationGuibas

Constructor.

Tschumperle_Deriche_Filter - Class in Ch17_EdgePreserving_Smoothing

This ImageJ plugin demonstrates the use of the Anisotropic Diffusion filter described in [1].

Tschumperle_Deriche_Filter() - Constructor for class Ch17_EdgePreserving_Smoothing.Tschumperle_Deriche_Filter

Constructor, asks to open a predefined sample image if no other image is currently open.

TschumperleDericheF - Interface in imagingbook.common.filter.edgepreserving

Common interface for Tschumperle-Deriche filter implementations.

TschumperleDericheF.Constants - Class in imagingbook.common.filter.edgepreserving

TschumperleDericheF.Parameters - Class in imagingbook.common.filter.edgepreserving

Parameter bundle for Tschumperle-Deriche filters (implementations of TschumperleDericheF).

TschumperleDericheFilter - Class in imagingbook.common.filter.edgepreserving

This class implements the Anisotropic Diffusion filter described in [1].

TschumperleDericheFilter() - Constructor for class imagingbook.common.filter.edgepreserving.TschumperleDericheFilter

TschumperleDericheFilter(TschumperleDericheF.Parameters) - Constructor for class imagingbook.common.filter.edgepreserving.TschumperleDericheFilter

tsigma - Variable in class imagingbook.common.filter.edgepreserving.KuwaharaF.Parameters

Threshold on sigma to avoid banding in flat regions

Tuple - Interface in imagingbook.common.util.tuples

Elementary implementation of tuples, i.e, ordered sequences of items of arbitrary types.

Tuple2<T0,T1> - Class in imagingbook.common.util.tuples

A tuple with exactly 2 elements of arbitrary types.

Tuple2(T0, T1) - Constructor for class imagingbook.common.util.tuples.Tuple2

Tuple3<T0,T1,T2> - Class in imagingbook.common.util.tuples

A tuple with exactly 3 elements of arbitrary types.

Tuple3(T0, T1, T2) - Constructor for class imagingbook.common.util.tuples.Tuple3

Tuple4<T0,T1,T2,T3> - Class in imagingbook.common.util.tuples

A tuple with exactly 4 elements of arbitrary types.

Tuple4(T0, T1, T2, T3) - Constructor for class imagingbook.common.util.tuples.Tuple4

Turquoise - Enum constant in enum imagingbook.common.color.sets.CssColor

turtle01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle01 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle02 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle03 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle04 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle05 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle06 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle07 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle08 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle09 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle10 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle11 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle12 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle13 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle14 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle15 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle16 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle17 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle18 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle19 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle20 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia216

turtle21 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

turtle22 - Enum constant in enum imagingbook.sampleimages.kimia.Kimia1070

Type1CoreFont - Enum in imagingbook.pdf

This class collects the set of 14 Type-1 standard fonts that every PS/PDF reader is supposed to have available by default.

Type1FontPdfDemo - Class in imagingbook.pdf

Creates a 1-page PDF with samples of all 14 standard Type1 fonts embedded.

Type1FontPdfDemo() - Constructor for class imagingbook.pdf.Type1FontPdfDemo

U

u - Variable in class imagingbook.common.sift.KeyPoint

lattice x-position

UndefinedScoreValue - Static variable in class imagingbook.common.corners.GradientCornerDetector

Unlock_Image - Class in Tools_

ImageJ plugin, unlocks the currently active image.

Unlock_Image() - Constructor for class Tools_.Unlock_Image

unset(int) - Method in interface imagingbook.common.util.bits.BitVector

Unsets the specified element (to bit-value 0).

unset(int) - Method in class imagingbook.common.util.bits.BitVector32

unset(int) - Method in class imagingbook.common.util.bits.BitVector64

unset(int, int) - Method in class imagingbook.common.util.bits.BitMap

Unsets the specified element (to bit-value 0).

unset(Pnt2d.PntInt) - Method in class imagingbook.common.util.bits.BitMap

Unsets the specified element (to bit-value 0).

unsetAll() - Method in class imagingbook.common.util.bits.BitMap

Sets all elements to 0.

unsetAll() - Method in interface imagingbook.common.util.bits.BitVector

Sets all element values to 0.

unsetAll() - Method in class imagingbook.common.util.bits.BitVector32

unsetAll() - Method in class imagingbook.common.util.bits.BitVector64

Unsharp_Masking_Filter - Class in Ch05_Edges_Contours

This plugin implements an Unsharp Masking filter similar to Photoshop without thresholds, using a "clean" (sufficiently large) Gaussian filter.

Unsharp_Masking_Filter() - Constructor for class Ch05_Edges_Contours.Unsharp_Masking_Filter

Constructor, asks to open a predefined sample image if no other image is currently open.

update() - Method in class imagingbook.common.image.ImageGraphics

Forces the image to be updated by copying the (modified) BufferedImage back to the input image.

UpdateAndDraw_Demo - Class in ImageJ_Demos

This ImageJ plugin modifies and re-displays the current image repeatedly.

UpdateAndDraw_Demo() - Constructor for class ImageJ_Demos.UpdateAndDraw_Demo

upscaleFactor - Variable in class imagingbook.pdf.PdfExporter.Parameters

upscaleImage - Variable in class imagingbook.pdf.PdfExporter.Parameters

uriToPath(URI) - Static method in class imagingbook.core.resource.ResourceUtils

Converts an URI to a Path for locations that are either in the file system or inside a JAR file.

Utils - Class in imagingbook.pdf

Utils() - Constructor for class imagingbook.pdf.Utils

V

v - Variable in class imagingbook.common.sift.KeyPoint

lattice y-position

val - Variable in class imagingbook.common.mser.components.PixelMap.Pixel

validate() - Method in class imagingbook.common.corners.GradientCornerDetector.Parameters

validate() - Method in class imagingbook.common.edges.CannyEdgeDetector.Parameters

validate() - Method in class imagingbook.common.mser.components.ComponentTree

Performs integrity checks on this component tree.

validate() - Method in interface imagingbook.common.util.ParameterBundle

Validates the correctness and compatibility of the parameters in this bundle.

validate() - Method in class imagingbook.pdf.PdfExporter.Parameters

validateComponentTree - Variable in class imagingbook.common.mser.MserParameters

ValidImageExtensions - Static variable in interface imagingbook.core.resource.ImageResource

The set of image file extensions supported in ImageResource.autoName().

value() - Element in annotation type imagingbook.common.ij.DialogUtils.DialogDigits

value() - Element in annotation type imagingbook.common.ij.DialogUtils.DialogLabel

value() - Element in annotation type imagingbook.common.ij.DialogUtils.DialogStringColumns

value() - Element in annotation type imagingbook.core.jdoc.JavaDocBaseUrl

value() - Element in annotation type imagingbook.core.plugin.IjPluginName

value() - Element in annotation type imagingbook.core.plugin.IjPluginPath

valueOf(String) - Static method in enum Ch06_Corner_Detection.Find_Corners.DetectorType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum Ch07_Morphological_Filters.Bin_Morphology_Disk.OpType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum Ch08_Binary_Regions.Region_Segmentation_Demo.SegmentationMethod

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum Ch11_Circle_Ellipse_Fitting.Ellipse_Closest_Points_Demo.ClosestPointAlgorithm

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.color.cie.NamedIccProfile

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.color.cie.StandardIlluminant

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.color.quantize.KMeansClusteringQuantizer.InitialClusterMethod

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.color.sets.BasicAwtColor

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.color.sets.CssColor

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.color.sets.RalColor

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.corners.SubpixelMaxInterpolator.Method

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ColorMode

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction.Type

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.geometry.basic.NeighborhoodType2D

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric.FitType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic.FitType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric.FitType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.ij.NamedLookupTable

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.image.interpolation.InterpolationMethod

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.image.matching.DistanceTransform.DistanceType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.image.OutOfBoundsStrategy

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.math.VectorNorm.NormType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.mser.components.ComponentTree.Method

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.mser.MserColors

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.sift.SiftColors

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.sift.SiftDetector.NeighborhoodType3D

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.threshold.adaptive.NiblackThresholder.RegionType

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.common.threshold.Thresholder.BackgroundMode

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.pdf.Type1CoreFont

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.sampleimages.GeneralSampleImage

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.sampleimages.kimia.Kimia1070

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.sampleimages.kimia.Kimia216

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.sampleimages.kimia.Kimia99

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.sampleimages.kimia.KimiaCollage

Returns the enum constant of this type with the specified name.

valueOf(String) - Static method in enum imagingbook.spectral.dft.ScalingMode

Returns the enum constant of this type with the specified name.

values() - Static method in enum Ch06_Corner_Detection.Find_Corners.DetectorType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum Ch07_Morphological_Filters.Bin_Morphology_Disk.OpType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum Ch08_Binary_Regions.Region_Segmentation_Demo.SegmentationMethod

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum Ch11_Circle_Ellipse_Fitting.Ellipse_Closest_Points_Demo.ClosestPointAlgorithm

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.color.cie.NamedIccProfile

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.color.cie.StandardIlluminant

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.color.quantize.KMeansClusteringQuantizer.InitialClusterMethod

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.color.sets.BasicAwtColor

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.color.sets.CssColor

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.color.sets.RalColor

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.corners.SubpixelMaxInterpolator.Method

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ColorMode

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.filter.edgepreserving.PeronaMalikF.ConductanceFunction.Type

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.geometry.basic.NeighborhoodType2D

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.geometry.fitting.circle.algebraic.CircleFitAlgebraic.FitType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric.FitType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.geometry.fitting.ellipse.algebraic.EllipseFitAlgebraic.FitType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric.FitType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.ij.NamedLookupTable

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.image.interpolation.InterpolationMethod

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.image.matching.DistanceTransform.DistanceType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.image.OutOfBoundsStrategy

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.math.VectorNorm.NormType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.mser.components.ComponentTree.Method

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.mser.MserColors

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.sift.SiftColors

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.sift.SiftDetector.NeighborhoodType3D

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.threshold.adaptive.NiblackThresholder.RegionType

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.common.threshold.Thresholder.BackgroundMode

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.pdf.Type1CoreFont

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.sampleimages.GeneralSampleImage

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.sampleimages.kimia.Kimia1070

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.sampleimages.kimia.Kimia216

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.sampleimages.kimia.Kimia99

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.sampleimages.kimia.KimiaCollage

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Static method in enum imagingbook.spectral.dft.ScalingMode

Returns an array containing the constants of this enum type, in the order they are declared.

variance(int[]) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the intensity variance (σ²) of the distribution represented by the given histogram.

variance(int[], int, int) - Static method in class imagingbook.common.histogram.HistogramUtils

Calculates and returns the intensity variance (σ²) of the distribution represented by the given histogram, limited to the specified intensity range (fast version).

varianceSlow(int[], int, int) - Static method in class imagingbook.common.histogram.HistogramUtils

variation - Variable in class imagingbook.common.mser.MserData

Component size variation (wrt.

varThreshold - Variable in class imagingbook.common.filter.edgepreserving.NagaoMatsuyamaF.Parameters

VectorAccessor - Class in imagingbook.common.image.access

Accessor for vector-valued images with arbitrary depth (number of components).

VectorMedianFilter - Class in imagingbook.common.filter.nonlinear

Vector median filter for color images implemented by extending the GenericFilterVector class.

VectorMedianFilter() - Constructor for class imagingbook.common.filter.nonlinear.VectorMedianFilter

VectorMedianFilter(VectorMedianFilter.Parameters) - Constructor for class imagingbook.common.filter.nonlinear.VectorMedianFilter

VectorMedianFilter.Parameters - Class in imagingbook.common.filter.nonlinear

VectorMedianFilterSharpen - Class in imagingbook.common.filter.nonlinear

Sharpening vector median filter for color images implemented by extending the GenericFilterVector class.

VectorMedianFilterSharpen() - Constructor for class imagingbook.common.filter.nonlinear.VectorMedianFilterSharpen

VectorMedianFilterSharpen(VectorMedianFilterSharpen.Parameters) - Constructor for class imagingbook.common.filter.nonlinear.VectorMedianFilterSharpen

VectorMedianFilterSharpen.Parameters - Class in imagingbook.common.filter.nonlinear

VectorNorm - Class in imagingbook.common.math

This class defines various vector norms for calculating the magnitude of a vector and the distance between vectors.

VectorNorm.L1 - Class in imagingbook.common.math

Implementation of the L1 vector norm (Manhattan norm/distance).

VectorNorm.L2 - Class in imagingbook.common.math

Implementation of the L2 vector norm (Euclidean norm/distance).

VectorNorm.Linf - Class in imagingbook.common.math

Implementation of the L-infinity vector norm (maximum norm/distance).

VectorNorm.NormType - Enum in imagingbook.common.math

Enumeration type for VectorNorm to be used as parameter choice.

VERBOSE - Static variable in interface imagingbook.common.geometry.fitting.circle.geometric.CircleFitGeometric

VERBOSE - Static variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseFitGeometric

VERBOSE - Static variable in class imagingbook.common.math.eigen.eispack.QZVEC

VERBOSE - Static variable in class imagingbook.common.math.eigen.GeneralizedEigenDecomposition

VERBOSE - Static variable in class imagingbook.core.plugin.PluginsConfigBuilder

VERBOSE - Static variable in class imagingbook.pdf.CoreFontMapper

verifyPdfLib() - Static method in class imagingbook.pdf.Utils

VideoHD - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

VideoNTSC - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

VideoPAL - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

Violet - Enum constant in enum imagingbook.common.color.sets.CssColor

W

W - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

W - Static variable in class Ch10_Line_Fitting.Line_Rotation_Demo

W - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

W - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

WartburgSmall - Enum constant in enum imagingbook.sampleimages.GeneralSampleImage

Color image, used for piecewise image warping.

whalesharks - Enum constant in enum imagingbook.sampleimages.kimia.Kimia99

Wheat - Enum constant in enum imagingbook.common.color.sets.CssColor

White - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

White - Enum constant in enum imagingbook.common.color.sets.CssColor

WhiteSmoke - Enum constant in enum imagingbook.common.color.sets.CssColor

WideGamutRGB - Enum constant in enum imagingbook.common.color.cie.NamedIccProfile

width - Variable in class imagingbook.common.image.access.ImageAccessor

width - Variable in class imagingbook.common.image.PixelPack

width - Variable in class imagingbook.common.mser.components.PixelMap

Image width

writeObject(Object, File) - Static method in class imagingbook.common.util.SerializationHelper

Writes a serialized representation of an arbitrary Java object to a file.

X

x - Variable in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

The (immutable) x-coordinate of this point

x - Variable in class imagingbook.common.geometry.basic.Pnt2d.PntInt

The (immutable) x-coordinate of this point

x - Variable in class imagingbook.common.sift.KeyPoint

interpolated lattice x-position

x_real - Variable in class imagingbook.common.sift.KeyPoint

real x-position (in image coordinates)

x1 - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

x2 - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

xc - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

xc - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

xc - Variable in class imagingbook.common.geometry.circle.GeometricCircle

Circle parameter.

xc - Variable in class imagingbook.common.geometry.ellipse.GeometricEllipse

Ellipse parameters.

xc - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

xc - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

xyToXYZ(double, double) - Static method in class imagingbook.common.color.cie.CieUtils

Calculates the XYZ coordinates for a given point (x,y) in the CIE xy-color diagram.

xyToXYZ(float, float) - Static method in class imagingbook.common.color.cie.CieUtils

Float version of CieUtils.xyToXYZ(double, double).

xyYToXYZ(double, double, double) - Static method in class imagingbook.common.color.cie.CieUtils

Calculates the XYZ coordinates for a given point (x,y) in the CIE xy-color diagram, with Y explicitly specified.

xyYToXYZ(float, float, float) - Static method in class imagingbook.common.color.cie.CieUtils

Float version of CieUtils.xyYToXYZ(double, double, double).

XYZ50ColorSpace - Class in imagingbook.common.color.colorspace

Implementation of a D50-based XYZ color space, as a substitute for Java's built-in standard connection space (obtained with ColorSpace.getInstance(ColorSpace.CS_CIEXYZ)), with improved accuracy.

XYZ65ColorSpace - Class in imagingbook.common.color.colorspace

Implementation of a D65-based XYZ color space, as a substitute for Java's built-in standard connection space (obtained with ColorSpace.getInstance(ColorSpace.CS_CIEXYZ)), with improved accuracy.

XYZscalingAdaptation - Class in imagingbook.common.color.adapt

This class represents a linear chromatic adaptation transform, mapping XYZ color coordinates from a source white (reference) point to a target white point.

XYZToxy(double[]) - Static method in class imagingbook.common.color.cie.CieUtils

Calculates the 2D (x,y) color diagram coordinates for 3D XYZ color coordinates (X,Y,Z).

XYZToxy(float[]) - Static method in class imagingbook.common.color.cie.CieUtils

Float version of CieUtils.XYZToxy(double[]).

XYZToxyz(double[]) - Static method in class imagingbook.common.color.cie.CieUtils

Calculates the 3D (x,y,z) color diagram coordinates for 3D XYZ color coordinates (X,Y,Z).

XYZToxyz(float[]) - Static method in class imagingbook.common.color.cie.CieUtils

Float version of CieUtils.XYZToxyz(double[]).

Y

y - Variable in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

The (immutable) y-coordinate of this point

y - Variable in class imagingbook.common.geometry.basic.Pnt2d.PntInt

The (immutable) y-coordinate of this point

y - Variable in class imagingbook.common.sift.KeyPoint

interpolated lattice y-position

y_real - Variable in class imagingbook.common.sift.KeyPoint

real y-position (in image coordinates)

y1 - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

y2 - Variable in class Ch10_Line_Fitting.Line_Make_Random.Parameters

yc - Variable in class Ch11_Circle_Ellipse_Fitting.Circle_Make_Random.Parameters

yc - Variable in class Ch11_Circle_Ellipse_Fitting.Ellipse_Make_Random.Parameters

yc - Variable in class imagingbook.common.geometry.circle.GeometricCircle

Circle parameter.

yc - Variable in class imagingbook.common.geometry.ellipse.GeometricEllipse

Ellipse parameters.

yc - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitCoord.Parameters

yc - Variable in class imagingbook.common.geometry.fitting.ellipse.geometric.EllipseGeometricFitDist.Parameters

Yellow - Enum constant in enum imagingbook.common.color.sets.BasicAwtColor

Yellow - Enum constant in enum imagingbook.common.color.sets.CssColor

Yellow - Enum constant in enum imagingbook.common.mser.MserColors

Yellow - Enum constant in enum imagingbook.common.sift.SiftColors

YellowGreen - Enum constant in enum imagingbook.common.color.sets.CssColor

Z

ZapfDingbats - Enum constant in enum imagingbook.pdf.Type1CoreFont

zero() - Method in class imagingbook.common.image.PixelPack.PixelSlice

Sets all pixel values to zero.

zero() - Method in class imagingbook.common.image.PixelPack

Sets all values of this pixel pack to zero.

ZERO - Static variable in class imagingbook.common.geometry.basic.Pnt2d.PntDouble

Singleton point instance with zero coordinates.

ZERO - Static variable in class imagingbook.common.geometry.basic.Pnt2d.PntInt

Singleton point instance with zero coordinates.

ZERO - Static variable in class imagingbook.common.math.Complex

Constant - complex zero value (z = 0 + i 0).

ZeroLengthVectorException() - Constructor for exception imagingbook.common.math.Matrix.ZeroLengthVectorException

ZeroLengthVectorException(String) - Constructor for exception imagingbook.common.math.Matrix.ZeroLengthVectorException

ZeroValues - Enum constant in enum imagingbook.common.image.OutOfBoundsStrategy

Insert zero values.

zeroVector(int) - Static method in class imagingbook.common.math.Matrix

Creates and returns a new zero-valued double[] vector of the specified length.

ZipCompressor - Class in imagingbook.common.util

This class provides ZIP-compression/decompression of byte arrays.

ZipCompressor() - Constructor for class imagingbook.common.util.ZipCompressor

ZipCompressor(int, boolean) - Constructor for class imagingbook.common.util.ZipCompressor

Zoom_Exact - Class in Tools_

ImageJ plugin, resizes the window of the given image to fit an arbitrary, user-specified magnification factor.

Zoom_Exact() - Constructor for class Tools_.Zoom_Exact

Zoom_To_Selection - Class in Tools_

ImageJ plugin, zooms the current image such that the given selection (ROI) fits the image window.

Zoom_To_Selection() - Constructor for class Tools_.Zoom_To_Selection

zoomExact(ImagePlus, double) - Static method in class imagingbook.common.ij.GuiTools

Convenience method for GuiTools.zoomExact(ImagePlus, double, int, int) using default screen margins.

zoomExact(ImagePlus, double, int, int) - Static method in class imagingbook.common.ij.GuiTools

Resizes the window of the given image to fit an arbitrary, user-specified magnification factor.

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