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

C

CAAM - Static variable in class Facemorph.aam.AAM

Specifies to use the correlated active appearance model (NCC) algorithm

CAAM - Static variable in class Facemorph.aam.GLAAM

Specifies to use the correlated active appearance model (NCC) algorithm

CAAMPowell - Class in Facemorph.aam

Correlated Active Appearance Model optimised using Powell's method (therefore slow, for comparison with fast method, not for general use)

CAAMPowell(Mask, PCA, PCI, Image, Template) - Constructor for class Facemorph.aam.CAAMPowell

Constructor for CAAMPowell

CAAMSHAPE - Static variable in class Facemorph.aam.AAM

NCC fiting with pre-calculated derivatives and Hessian

CAAMSHAPE - Static variable in class Facemorph.aam.GLAAM

NCC fiting with pre-calculated derivatives and Hessian

CAAMSolver - Class in Facemorph.aam

Utillity class for solving the normalised cross correlation given the current synthetic image and the derivatives with respect to each model parameter.

CAAMSolver(double[], double[][]) - Constructor for class Facemorph.aam.CAAMSolver

Creates a new instance of CAAMSolver

CAAMSolver(double[], double[][], BigMat, double[], double) - Constructor for class Facemorph.aam.CAAMSolver

Creates a new instance of CAAMSolver

calcHidRects(double) - Method in class Facemorph.haar.Feature

Calculate the hidden rectangles

calcHidRects(double) - Method in class Facemorph.haar.HaarReader

Calculate the hidden rectangles

calculateAffine(List<Point2D.Float>, List<Point2D.Float>) - Method in class Facemorph.MultiscaleWarp

Calculate the affine components of the warp

calculateAffineMatrix(Point2D.Float, Point2D.Float, Point2D.Float, Point2D.Float, Point2D.Float, Point2D.Float, float[][]) - Method in class Facemorph.Template

Calcualtes the best affine transform matrix (rotation, translation, scale and shear)

calculateCurvature(FloatImage[], int) - Static method in class Facemorph.FloatImage

Calculates the curvature after scaling by the amount indicated

calculateDerivatives(FloatImage[], float) - Method in class Facemorph.mdl.GLGroupwiseImageRegistration

Calculate the derivatives (x and y shift of each point)

calculateError(FloatImage[], FloatImage[]) - Method in class Facemorph.mdl.SpecificityCombinedTest

calculateError(FloatImage[], FloatImage[]) - Method in class Facemorph.mdl.SpecificityCombinedTestFile

calculateError(FloatImage[], FloatImage[]) - Method in class Facemorph.mdl.SpecificityImageTest

calculateError(Template, Template) - Method in class Facemorph.mdl.SpecificityTemplateTest

Calculates the error between two Templates

calculateError(T, T) - Method in interface Facemorph.mdl.SpecificityTest

Calculates the error between two Ts

calculateFeatureProbability(SteerablePyramid, float, float) - Method in class Facemorph.psm.PSM

Calculate the probability of this feature

calculateInterpConstraints(int, double[], double[], double[], double[]) - Method in class Facemorph.BSplineQuadTree

Calculate the interpolation function from the given constraints

calculateInterpConstraints(int, FloatImage, FloatImage, FloatImage) - Method in class Facemorph.BSplineQuadTree

Calculate the interpolation with the constraints given as a set of FloatImages

calculateInverseNormalisationMatrix(double[][], double[], double) - Static method in class Facemorph.Template

Calculats the inverse of the normalisation matrix

calculateMaxWeights(int, int) - Method in class Facemorph.PCI

Calculates the max weights required to keep the component within the (min, max) range

calculateMean(Vector<double[]>) - Method in class Facemorph.PGA

Estimate the mean

calculateMean(Vector<double[]>) - Method in class Facemorph.pga.SpherePGA

Estimate the mean

calculateMeanWeights(int, int) - Method in class Facemorph.PCI

Calculates the mean weights required to keep the component within the (min, max) range

calculateNormalisationMatrix(Point2D.Float, Point2D.Float, Point2D.Float, Point2D.Float) - Static method in class Facemorph.Template

Calculates the rigid body matrix (rotation, translation and scale) given two matching point pairs

calculateNormalisationMatrix(double[][], double[], double) - Static method in class Facemorph.Template

Calculates a 3 by 2 rigid body matrix from the rotation, translation and scale specified

calculateRigid(List<Point2D.Float>, List<Point2D.Float>) - Method in class Facemorph.MultiscaleWarp

Calculate the rigid components of the warp

calculateRigidBodyFit(Template, double[][], double[]) - Method in class Facemorph.Template

Calculates and performs a least-square error rigid-body transform on this Template

calculateSpecificity(int, int) - Method in class Facemorph.mdl.SpecificityCombinedTest

calculateSpecificity(int, int) - Method in class Facemorph.mdl.SpecificityCombinedTestFile

calculateSpecificity(int, int) - Method in class Facemorph.mdl.SpecificityImageTest

calculateSpecificity(int, int) - Method in class Facemorph.mdl.SpecificityTemplateTest

Calculates the specitivity of the model

calculateSpecificity(int, int) - Method in interface Facemorph.mdl.SpecificityTest

Calculates the specitivity of the model

calculateVariance(ArrayList<Pyramid>, int) - Method in class Facemorph.Pyramid

Calculates the pixelwise variance of a set of Pyramids

calculateWarp(int, ArrayList<Point2D.Float>, ArrayList<Point2D.Float>) - Method in class Facemorph.BSplineQuadTree

Calculates a warp from the constraints given

calculateWarp(int, Template, Template) - Method in class Facemorph.BSplineQuadTree

Calculate a warp from the constraints given as two Templates

calculateWarpConstraints(int, double[], double[], double[], double[]) - Method in class Facemorph.BSplineQuadTree

Calculate the constraints for warp

calculateWarpConstraints(int, FloatImage, FloatImage, FloatImage) - Method in class Facemorph.BSplineQuadTree

Calculate the warp with constraints specified in FloatImages

caricatureChimeric(BufferedImage, BufferedImage, BufferedImage, Template, float, float, float) - Static method in class Facemorph.Transformer

Half face transform on the image (no warping)

CascadeListener - Interface in Facemorph.haar

Listener for animating the Haar wavelet search

centre(FloatImage) - Static method in class Facemorph.oesf.OESF

Shift the origin to centre for easier human veiwing / interpretation

checkBufferedImage(Image) - Static method in class Facemorph.psychomorph.DelineatorForm

Returns a BufferedImage from the Image, justs casts if possible

checkError(GL) - Method in class Facemorph.aam.FBOwarp

Check for an OpenGL error

checkError(GL) - Method in class Facemorph.aam.OpenGLwarp

Check for opengl errors

checkFileName(String, File) - Static method in class Facemorph.psychomorph.DelineatorForm

Convert a name read from a file into a full path name

classify(FloatImage, FloatImage, FloatImage, FloatImage, FloatImage) - Method in class Facemorph.FloatImage

Classifies the liklihood of pixels in an image belonging to the class defined by 2 histograms.

ClasspathInspector - Class in Facemorph.psychomorph

Find classes in the classpath (reads JARs and classpath folders).

ClasspathInspector() - Constructor for class Facemorph.psychomorph.ClasspathInspector

ClassSelector - Class in Facemorph.psychomorph

ClassSelector for picking batchable classes

ClassSelector(Frame, boolean, String, Class) - Constructor for class Facemorph.psychomorph.ClassSelector

Creates new form ClassSelector

cleanup(PsychoMorphForm) - Method in class Facemorph.psychomorph.batchable.AddMenuTest

cleanup(PsychoMorphForm) - Method in interface Facemorph.psychomorph.Plugin

Called when the plugin is unloaded or removed by psychomorph allows the pluggin to cleanup any resources it has opened/

clear() - Method in interface Facemorph.IPQ

Empty the queue

clear() - Method in class Facemorph.multifilter.PQplus

Empty the array, alternatively could reallocate

clear() - Method in class Facemorph.PQ

Empty the array, alternatively could reallocate

clearRects() - Method in interface Facemorph.haar.CascadeListener

clear the rectangles

clearRects() - Method in class Facemorph.haar.HaarDemo

clearRects() - Method in class Facemorph.haar.HaarDemoApplet

ClientHttpRequest - Class in Facemorph

Title: Client HTTP Request class

ClientHttpRequest(URLConnection) - Constructor for class Facemorph.ClientHttpRequest

Creates a new multipart POST HTTP request on a freshly opened URLConnection

ClientHttpRequest(URL) - Constructor for class Facemorph.ClientHttpRequest

Creates a new multipart POST HTTP request for a specified URL

ClientHttpRequest(String) - Constructor for class Facemorph.ClientHttpRequest

Creates a new multipart POST HTTP request for a specified URL string

CLM - Class in Facemorph.aam

Consatrained Local Model implementation

CLM() - Constructor for class Facemorph.aam.CLM

CLMLR - Class in Facemorph.aam

CLM logistic regression method

CLMLR() - Constructor for class Facemorph.aam.CLMLR

CLMSVM - Class in Facemorph.aam

Constrained local model with SVM based patch detectors

CLMSVM() - Constructor for class Facemorph.aam.CLMSVM

clone() - Method in class Facemorph.Mask

clone() - Method in class Facemorph.Template

close() - Method in class Facemorph.aam.AAMTracker

Close the mdeia

close() - Method in class Facemorph.haar.HaarTrackerEffect

Close the effect

collapse_pyramid(Filter, Filter, Filter, Filter, Filter, int) - Method in class Facemorph.Pyramid

Collapse the Pyramid

Colour - Class in Facemorph.haar

A double precisiong RGB colour class

Colour() - Constructor for class Facemorph.haar.Colour

Creates a default colour (0.0, 0.0, 0.0)

Colour(Color) - Constructor for class Facemorph.haar.Colour

Creates a colour

Colour(int, int, int) - Constructor for class Facemorph.haar.Colour

Creates a colour

Colour(double, double, double) - Constructor for class Facemorph.haar.Colour

Creates a colour

columnHeader - Variable in class Facemorph.CSVFile

combine(PCA, Template, PCA, Template) - Method in class Facemorph.PCA

Combine two PCA models into a single one.

combine(PCI[], Template, int, int, Mask) - Method in class Facemorph.PCI

Builds a PCI by combining a set of PCIs

combine2(PCA, Template, PCA, Template) - Method in class Facemorph.PCA

Combine two PCA models into a single one.

combineUV(FloatImage, FloatImage) - Static method in class Facemorph.FloatImage

Attempts to combine the U and V components to a single channel for skin detection using U*U*(U*U-U/V)*(U*U-U/V)

Complex - Class in Facemorph

Basic complex number class

Complex(double, double) - Constructor for class Facemorph.Complex

Constructor for complex number

complexAverage(Template[]) - Method in class Facemorph.Template

Calculates the full procrustes average using complex maths

complexAverage(ArrayList<Template>) - Static method in class Facemorph.Template

Calculates the full procrustes average using complex maths

complexDotProduct(Template) - Method in class Facemorph.Template

Complex dot product of this with t, treating (x,y) coords of each point as complex number x+iy

componentsExplainedBy(double) - Method in class Facemorph.PCA

Returns the minimum number of components required to explain a certain amount of variance

computeTriangulation(Vector<Point2D.Float>) - Method in class Facemorph.aam.FBOwarp

Compute the delaunay triangulation of the given points

computeTriangulation(Vector<Point2D.Float>) - Method in class Facemorph.aam.OpenGLwarp

Compute the Delaunay Triangulation of a set of points

concatenate(Warp) - Method in class Facemorph.MultiscaleWarp

concatenate(MultiscaleWarp, MultiscaleWarp) - Method in class Facemorph.MultiscaleWarp

Concatenates 2 MultiscaleWarps

concatenate(MultiscaleWarpRB, MultiscaleWarpRB) - Method in class Facemorph.MultiscaleWarpRB

Concatenates two warps

concatenate(Warp) - Method in class Facemorph.Warp

Concatenates warp with this

concatenate(Warp, Warp) - Method in class Facemorph.Warp

Concatenates the two warps and puts the result in this

concatenateParameters(float[], Template, Template) - Static method in class Facemorph.aam.GLAAM

Concatenate the parameters

conjugate() - Method in class Facemorph.Complex

Conjugate the complex number

connect() - Method in class Facemorph.ClientHttpRequest

Opens the output stream if it is not already open

connections - Variable in class Facemorph.Server

The list of connections

constructMultilinearFitter(int, Image, Template, Mask, Multilinear, Multilinear, float) - Method in class Facemorph.Template

Constructs the data needed for fitting a multilinear AAM to an image using efficient reverse method, with linear projection model, includes colour information

CONTOUR_FORWARD - Static variable in class Facemorph.Mask

Indicates a line goes in the direction of points

CONTOUR_REVERSE - Static variable in class Facemorph.Mask

Indicates a line goes in the opposite direction to the points

controllerUpdate(ControllerEvent) - Method in class Facemorph.aam.AAMTracker

Controller Listener.

controllerUpdate(ControllerEvent) - Method in class Facemorph.haar.HaarTracker

Controller Listener.

convert(FloatImage) - Static method in class Facemorph.oesf.OESF

Scan converts a FloatImage to an array of Complex

convert(FloatImage[]) - Static method in class Facemorph.oesf.OESF

Converts a pair of FloatImages {real, imaginary} into a Complex array

convert(Complex[], int, int) - Static method in class Facemorph.oesf.OESF

Converts an array of Complex back into a FloatImage, discarding imaginary components

convert(String) - Method in class Facemorph.Template

Parses this Template from the text string in some suitable format

convert(FloatImage, FloatImage) - Method in class Facemorph.Warp

Converts this warp into the two FloatImages

convertComplex(Complex[], int, int) - Static method in class Facemorph.oesf.OESF

Convert a Complex array into a pair of FloatImages {real, imaginary}

convertFloatImage(FloatImage[]) - Method in class Facemorph.aam.AAM

Converts a FloatImage to a double array

convertFloatImage(FloatImage[]) - Method in class Facemorph.aam.GLAAM

Converts a FloatImage to a double array

convertImage(Image, FloatImage, FloatImage, FloatImage, ImageObserver) - Static method in class Facemorph.FloatImage

Splits a colour image into 3 FloatImages

convertImage(BufferedImage, FloatImage, FloatImage, FloatImage) - Static method in class Facemorph.FloatImage

Converts a BufferedImage into three FloatImages for red, green and blue

convertImage(BufferedImage) - Method in class Facemorph.FloatImage

Converts the given image into this float image, the pixel values are the mean of the r,g,b values

convertImage(Image) - Method in class Facemorph.FloatImage

Converts the given image into this float image, the pixel values are the mean of the r,g,b values

convertImage(int[], int, int) - Method in class Facemorph.FloatImage

Convert the int array (each int is an RGB colour) into an intensity image

convertImageHSV(Image, FloatImage, FloatImage, FloatImage, ImageObserver) - Static method in class Facemorph.FloatImage

Splits a colour image into 3 FloatImages Note: this isn't proper HSV, more like YUV components, with UV converted to polar coords ...

convertImageLAB(Image, FloatImage, FloatImage, FloatImage, ImageObserver) - Static method in class Facemorph.FloatImage

Splits a colour image into 3 (LAB) component FloatImages

convertImageRGB(Image, FloatImage, FloatImage, FloatImage, ImageObserver) - Static method in class Facemorph.FloatImage

Splits a colour image into 3 FloatImages

convertImageYUV(Image, FloatImage, FloatImage, FloatImage, ImageObserver) - Static method in class Facemorph.FloatImage

Splits a colour image into 3 (YUV) component FloatImages

convertInterleaveImageRGB(BufferedImage, FloatImage) - Static method in class Facemorph.FloatImage

Converts a BufferedImage into one interleaved FloatImages in Red, Green, Blue order

convertParams(double[]) - Method in class Facemorph.aam.CAAMPowell

Convert parameters for better behaviour in an optimsation routine

convertParams(double[]) - Method in class Facemorph.tensor.Multilinear

Convert the parameters to multi-linear

convertParams(double[], int) - Method in class Facemorph.tensor.Tensor

Convert a single set of linear parameters into a set of parameters alon each direction

convertSubImage(int[], int, int, int, int, int, int) - Method in class Facemorph.FloatImage

Convert the int array (each int is an RGB colour) into an intensity image

convertToImage(FloatImage, FloatImage, FloatImage) - Static method in class Facemorph.FloatImage

Create a colour image from three float images representing the R, G and B components

convertToImageYUV(FloatImage, FloatImage, FloatImage) - Static method in class Facemorph.FloatImage

Create a colour image from three float images representing the Y, U and V components

convolve(FloatImage, float[][], int, int, int) - Method in class Facemorph.FloatImage

Non-separable convolution

convolve(FloatImage, FloatImage, int, int, int) - Method in class Facemorph.FloatImage

Convolve this float image with a filter defined by an image

convolve(float[], int, int) - Method in class Facemorph.FloatImage

Filter the image in the x and y directions (separably) with the filter specified

convolve(FloatImage, float[], int, int) - Method in class Facemorph.FloatImage

Filter the image in the x and y directions (separably) with the filter specified with masking

convolve(Filter) - Method in class Facemorph.Pyramid

Filter all subbands

convolve_x(FloatImage, float[], int, int) - Method in class Facemorph.FloatImage

Filter this FloatImage in the x direction

convolve_x(FloatImage, FloatImage, float[], int, int) - Method in class Facemorph.FloatImage

Filter this FloatImage in the x direction with masking

convolve_y(FloatImage, float[], int, int) - Method in class Facemorph.FloatImage

Filter this FloatImage in the y direction

convolve_y(FloatImage, FloatImage, float[], int, int) - Method in class Facemorph.FloatImage

Filter this FloatImage in the y direction with masking

convolveFFT(FloatImage, FloatImage, boolean) - Method in class Facemorph.FloatImage

FFT based convolution, the result is put in this

copy() - Method in class Facemorph.BigMat

Create a copy of this matrix

copy(BigMat) - Method in class Facemorph.BigMat

Copy the matrix given into this

copy() - Method in class Facemorph.Complex

Returns a new copy of this complex number

copy() - Method in class Facemorph.FloatImage

Creates and returns a copy of this image

copy(FloatImage) - Method in class Facemorph.FloatImage

Copy fimg into this

copy(GMM) - Method in class Facemorph.GMM

Copy the given GMM

copy(MultiscaleWarp) - Method in class Facemorph.MultiscaleWarp

Copy the given warp

copy(BSplineQuadTree) - Method in class Facemorph.MultiscaleWarp

Copy a warp defined as a BSplineQuadTree

copy(MultiscaleWarpRB) - Method in class Facemorph.MultiscaleWarpRB

Copy the given warp

copy(Template3D) - Method in class Facemorph.oesf.Template3D

Copies the given template into this

copy(DiagonalGMM) - Method in class Facemorph.psm.DiagonalGMM

Copy the given GMM

copy(Pyramid, boolean) - Method in class Facemorph.Pyramid

Copy the given Pyramis into this

copy(Pyramid) - Method in class Facemorph.Pyramid

Copy the given pyramid into this, including the low pass residual

copy(boolean) - Method in class Facemorph.Pyramid

Create a copy of this pyramid.

copy(Template) - Method in class Facemorph.Template

Copies the Template given into this

copy(Tensor) - Method in class Facemorph.tensor.Tensor

Copy another Tensor

copySamples(Template) - Method in class Facemorph.Template

Make each contour have the same number of samples as Template t

copySubband(Pyramid, int) - Method in class Facemorph.Pyramid

Copy a subband of the given pyramid

correct(int, float, int, int) - Method in class Facemorph.multifilter.OptFilter

Correct a particular value

correlationFFT(FloatImage, FloatImage) - Method in class Facemorph.FloatImage

Correlation using FFT, the result is held in this

count - Variable in class Facemorph.Server

The number of connections to cycle around

createAverageAndSubtractMatrix(int) - Static method in class Facemorph.tensor.Tensor

Creates the matrix that can be used to calculate and subtract the average from rows of length width

createColourHistogram(FloatImage, FloatImage, FloatImage, FloatImage) - Static method in class Facemorph.FloatImage

Creates a 2D colour histogram (R/(R+G+B), G/(R+G+B)) for part of an image defines by a mask.

createColourHistogram(FloatImage, FloatImage, FloatImage) - Static method in class Facemorph.FloatImage

Creates a 2D colour histogram (R/(R+G+B), G/(R+G+B)) for an image.

createDynamics(Vector) - Static method in class Facemorph.GMM

Creates estimates for the dynamic coefficents by concatenating each frame with the next

createDynamics(Vector) - Static method in class Facemorph.psm.DiagonalGMM

Creates estimates for the dynamic coefficents by concatenating each frame with the next

createDynamics2(Vector) - Static method in class Facemorph.GMM

Estimates the derivative of the appearance

createDynamics2(Vector) - Static method in class Facemorph.psm.DiagonalGMM

Estimates the derivative of the appearance

createExampleData(String[]) - Static method in class Facemorph.tensor.Tensor

Create some example data, reconstructs some example images

createTemplates(Template, String, ArrayList<String>) - Static method in class Facemorph.mdl.multiScaleEdgeMDLFile

Warps the given templates into a set of templates and writes the results to disk

createTemplates(Template, String, ArrayList<String>, ArrayList<String>) - Static method in class Facemorph.mdl.multiScaleEdgeMDLFile

Warps the given templates into a set of templates and writes the results to disk

createTreePoints(FloatImage, FloatImage, FloatImage, FloatImage, FloatImage, FloatImage) - Method in class Facemorph.FloatImage

Create an array of kd tree points using pre-selected edge points

createWarp(int, int, int, int, int, boolean) - Static method in class Facemorph.Warp

Factory method for creating a warp of the specified type

CSVFile - Class in Facemorph

Load a Comma Separated Value file

CSVFile(File, String, boolean) - Constructor for class Facemorph.CSVFile

CSVFile(double[][]) - Constructor for class Facemorph.CSVFile

CSVFile(double[][], Vector<String>, Vector<String>) - Constructor for class Facemorph.CSVFile