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D

D50 - Static variable in class Facemorph.psychomorph.batchable.BatchColourCalibrate
reference white D50 in XYZ coordinates
D55 - Static variable in class Facemorph.psychomorph.batchable.BatchColourCalibrate
reference white D55 in XYZ coordinates
D65 - Static variable in class Facemorph.psychomorph.batchable.BatchColourCalibrate
reference white D65 in XYZ coordinates
D75 - Static variable in class Facemorph.psychomorph.batchable.BatchColourCalibrate
reference white D75 in XYZ coordinates
data - Variable in class Facemorph.CSVFile
 
data - Variable in class Facemorph.Filter
The coefficients of this filter
data - Variable in class Facemorph.mdl.KdTreePoint
The KdTreePoint data
deAdjust(double[], double[], double[]) - Static method in class Facemorph.tensor.Tensor
Reverse the whitening
DEFAULT_PORT - Static variable in class Facemorph.Server
The default port
deinterleaveImages(FloatImage) - Static method in class Facemorph.FloatImage
Take an interleaved image, eg.
deinterleaveImages(FloatImage, FloatImage, FloatImage, FloatImage) - Static method in class Facemorph.FloatImage
 
delaunay(Point2D.Float[], int, float, float, float, float) - Method in class Facemorph.TessGen
Delaunay triangulation method
delaunay(Vector3[], int, float, float, float, float, float, float) - Method in class Facemorph.TessGen3D
Perform 3D Delaunay triangulation
DelaunayTriangle - Class in Facemorph
A triangle with 3 vertices and three neighbours, all stored as indeces into lists
DelaunayTriangle() - Constructor for class Facemorph.DelaunayTriangle
 
delete(int) - Method in class Facemorph.Mask
Delete a contour from this mask
deleteLine(int) - Method in class Facemorph.Template
Delete a line
deletePoint(int) - Method in class Facemorph.Template
Deletes the specified point from the Template
delineate(BufferedImage, HaarReader, Template, ImageZoomPanel) - Method in class Facemorph.aam.CLM
Delineate am image using this CLM
delineate(BufferedImage, HaarReader, Template, ImageZoomPanel) - Method in class Facemorph.aam.CLMLR
Delineate am image using this CLMLR and the convex quadratic fitting method (CQF)
delineate(BufferedImage, HaarReader, Template, ImageZoomPanel) - Method in class Facemorph.aam.CLMSVM
Delineate am image using this CLMSVM using the convex quadratic fitting (CQF) method
delineate(Image, Point2D.Float...) - Method in class Facemorph.ASM
Delineate an image using this ASM
delineate(BufferedImage, HaarReader, Template, ImageZoomPanel) - Method in class Facemorph.oesf.ORASM
Delineate using this ORASM using an exhaustive local search ELS based method
delineate(BufferedImage, HaarReader, Template, double[], ImageZoomPanel) - Method in class Facemorph.oesf.ORASM
Delineate using this ORASM using an exhaustive local search ELS based method
delineate(BufferedImage, Template, ImageZoomPanel, boolean, boolean, int) - Method in class Facemorph.oesf.ORASM3D
Delineate an image using this 3D ORASM model
delineateCLM(BufferedImage, HaarReader, Template, ImageZoomPanel) - Method in class Facemorph.oesf.ORASM
Delineate using this ORASM using an constrain local model (CLM) style search
delineateCQF(BufferedImage, HaarReader, Template, ImageZoomPanel) - Method in class Facemorph.oesf.ORASM
Delineate using this ORASM using an convex quadratic fitting (CQF) based method
delineateCQF(BufferedImage, HaarReader, Template, ImageZoomPanel, int, boolean) - Method in class Facemorph.oesf.ORASM
Delineate using this ORASM using an convex quadratic fitting (CQF) based method
delineateELS(BufferedImage, HaarReader, Template, ImageZoomPanel) - Method in class Facemorph.aam.CLMLR
Delineate am image using this CLMLR using the exhaustive local search (ELS) method
DelineatorForm - Class in Facemorph.psychomorph
DelineatorForm holds main delineator / Transformer window
DelineatorForm(PsychoMorphForm) - Constructor for class Facemorph.psychomorph.DelineatorForm
Creates new form DelineatorForm
destroy() - Method in class Facemorph.aam.FBOwarp
Deletes this (currently empty method)
destroy() - Method in class Facemorph.aam.OpenGLwarp
Destroy the offscreen context
detectFace(BufferedImage, HaarReader) - Static method in class Facemorph.oesf.OESF
Detect a face
detectFace(BufferedImage, HaarReader, Rectangle) - Static method in class Facemorph.oesf.OESF
Detect a face
DiagonalEMFeature - Class in Facemorph.psm
DiagonalEMFeature implementation
DiagonalEMFeature() - Constructor for class Facemorph.psm.DiagonalEMFeature
DiagonalEMFeature constructor
DiagonalGaussian - Class in Facemorph.psm
DiagonalGaussian model
DiagonalGaussian(int) - Constructor for class Facemorph.psm.DiagonalGaussian
DiagonalGaussian constructor
DiagonalGaussian(double[], double[]) - Constructor for class Facemorph.psm.DiagonalGaussian
DisagonalGaussian constructor
DiagonalGaussianFeature - Class in Facemorph.psm
Diagonal Gaussian PSM Feature implementation
DiagonalGaussianFeature() - Constructor for class Facemorph.psm.DiagonalGaussianFeature
Constructor
DiagonalGMM - Class in Facemorph.psm
A DiagonalGaussian mixture model
DiagonalGMM(int) - Constructor for class Facemorph.psm.DiagonalGMM
Constructs a GMM of count clusters
DiagonalGMM() - Constructor for class Facemorph.psm.DiagonalGMM
Constructs a GMM of count clusters
DiagonalGMMFeature - Class in Facemorph.psm
Diagonal GMM Feature implementation
DiagonalGMMFeature() - Constructor for class Facemorph.psm.DiagonalGMMFeature
DiagonalGMMFeature constructor
DisjointSets - Class in Facemorph.haar
A disjoint sets ADT.
DisjointSets(List) - Constructor for class Facemorph.haar.DisjointSets
Construct a disjoint sets object.
display() - Method in class Facemorph.aam.FBOwarp
Force a redraw? (currently empty)
display(GLAutoDrawable) - Method in class Facemorph.aam.FBOwarp
 
display() - Method in class Facemorph.aam.OpenGLwarp
Force a redraw of the offscreen context
display(GLAutoDrawable) - Method in class Facemorph.aam.OpenGLwarp
 
display(String) - Method in class Facemorph.BigMat
Write this matrix out to the console for debugging
display(String) - Method in class Facemorph.Gaussian
DIsplay the eigenvector matrix, the eigenvalue array and the mean
display(GLAutoDrawable) - Method in class Facemorph.glmorph.HardwareMorph
 
display(GLAutoDrawable) - Method in class Facemorph.glmorph.HardwareTransform
 
display(GLAutoDrawable) - Method in class Facemorph.glmorph.HardwareTransformNoAccum
 
display() - Method in class Facemorph.GMM
Displays the GMM on the console
DISPLAY_NONE - Static variable in class Facemorph.psychomorph.ImageZoomPanel
Don't display a template or 3 points
DISPLAY_POINTS - Static variable in class Facemorph.psychomorph.ImageZoomPanel
Display 3 points
DISPLAY_TEMPLATE - Static variable in class Facemorph.psychomorph.ImageZoomPanel
Display the Template
displayChanged(GLAutoDrawable, boolean, boolean) - Method in class Facemorph.aam.FBOwarp
 
displayChanged(GLAutoDrawable, boolean, boolean) - Method in class Facemorph.aam.OpenGLwarp
 
displayChanged(GLAutoDrawable, boolean, boolean) - Method in class Facemorph.glmorph.HardwareMorph
 
displayChanged(GLAutoDrawable, boolean, boolean) - Method in class Facemorph.glmorph.HardwareTransform
 
displayChanged(GLAutoDrawable, boolean, boolean) - Method in class Facemorph.glmorph.HardwareTransformNoAccum
 
dispose() - Method in class Facemorph.aam.FBOwarp
Disposes this FBOwarp
dispose() - Method in class Facemorph.aam.OpenGLwarp
Dispose of this
disposeWarp() - Method in class Facemorph.aam.GLAAM
Dispose of the warp
distance(double[], double[]) - Static method in class Facemorph.mdl.KdTree
Find the distance between two points
distance(Vector3) - Method in class Facemorph.Vector3
 
distanceSquared(Vector3) - Method in class Facemorph.Vector3
 
divide(Complex) - Method in class Facemorph.Complex
Multiply this by z (result = this*z) and return the result as a new complex number
divide(FloatImage, float) - Method in class Facemorph.FloatImage
Divides this image by fimg to give this = this / fimg
divide(FloatImage, FloatImage) - Method in class Facemorph.FloatImage
Pixelwise divide f and g by this and set this to 1 (where this is not zero)
doCascade(HaarReader, double, double, double, double, int, int, int, int, boolean) - Method in class Facemorph.haar.HaarCascade
Performs the cascade referenced by haar on the picture in this object.
doCascade(HaarReader, double, double, double, double, List<Face>, int, int, int, int, boolean, boolean) - Method in class Facemorph.haar.HaarCascade
Performs the cascade referenced by haar on the picture in this object.
doCascade(HaarReader, int, int, double, boolean) - Method in class Facemorph.haar.HaarCascade
Performs the cascade referenced by haar on the picture in this object.
dotProduct(double[], double[]) - Static method in class Facemorph.aam.CAAMSolver
Calculates the dot product between two arrays of equal length
dotProduct(double[], double[]) - Static method in class Facemorph.aam.TaylorSolver
Calculates the dot product between two arrays of equal length
dotProduct(double[], double[]) - Static method in class Facemorph.BigMat
Return the inner (dot) product for two vectors
dotProduct(Complex) - Method in class Facemorph.Complex
Returns the complex dot product of this with z
dotProduct(FloatImage) - Method in class Facemorph.FloatImage
Finds the dot product (aka scalar product or sum of pixel products) of this image with fimg
dotProduct(FloatImage, FloatImage) - Method in class Facemorph.FloatImage
Finds the dot product (aka scalar product or sum of pixel products) of a masked part of this image with fimg
dotProduct(double[], double[], int, int) - Static method in class Facemorph.pga.MultiSpherePGA
Calculates the dot product of part of the vectors a and b
dotProduct(Pyramid) - Method in class Facemorph.Pyramid
Dot product, each level's contribution scaled up to match largest
dotProduct(Pyramid, FloatImage) - Method in class Facemorph.Pyramid
Dot product, each level's contribution scaled up to match largest
dotProduct(Template) - Method in class Facemorph.Template
Calcualtes the dot product of the templates given
dotProduct(double[], double[]) - Static method in class Facemorph.tensor.AutoRegressor
Dot product between two vectors
dotProduct(double[], double[]) - Static method in class Facemorph.tensor.Multilinear
Find the dot product between two vectors
doubleToBytes(double, byte[], int) - Static method in class Facemorph.FloatImage
Convert a double into a byte array
draw(int, int) - Method in class Facemorph.AWN
Draws the wavelets to a FloatImage
draw(Graphics, int, int) - Method in class Facemorph.Template
Draws the Template as a series of points (+) and curved lines on the Graphics provided
drawAverage(Image, Template, int, int) - Method in class Facemorph.psychomorph.ImageZoomPanel
 
drawAverage(Image, Template, int, int) - Method in class Facemorph.psychomorph.PsychoMorphForm
Draw the (partial or completed) average on the right hand side
drawAverage(Image, Template, int, int) - Method in interface Facemorph.TransformerListener
Called when the average needs to be redrawn
drawCurvedOval(Graphics, double, double, double, double, double, double, double, double) - Method in class Facemorph.EMtest
Draws an ellipse rotated to an angle
drawImage(Image, Template, boolean) - Method in class Facemorph.psychomorph.ImageZoomPanel
 
drawImage(Image, Template, boolean) - Method in class Facemorph.psychomorph.PsychoMorphForm
Draw the image on the left side
drawImage(Image, Template, boolean) - Method in interface Facemorph.TransformerListener
Called when the image needs to be drawn
drawMaskOnImage(BufferedImage, Template, Mask, Color, int, boolean) - Static method in class Facemorph.psychomorph.DelineatorForm
Draw the mask on the image
drawRects() - Method in interface Facemorph.haar.CascadeListener
Draw the rectangles
drawRects() - Method in class Facemorph.haar.HaarDemo
 
drawRects() - Method in class Facemorph.haar.HaarDemoApplet
 
drawTess(Image) - Method in class Facemorph.LinearWarp
Draw the triangulation (tesselation) used for the warp on the supplied image
drawTess(Image) - Method in class Facemorph.LinearWarp_1
Draws the calculated triangulation on the image as a set of red lines, useful for testing the tesselation should already have been calculated e.g.
drawZoomed(Graphics, int, int, float, float) - Method in class Facemorph.Template
Draw this Template to the Graphics provided as a series of curved lines and points (+), scaled by the amounts given
dual_convolve_x(FloatImage, float[], float[], int, int, int) - Method in class Facemorph.FloatImage
Convolves in x-direction with two different filters at odd and even pixels respectively
dual_convolve_y(FloatImage, float[], float[], int, int, int) - Method in class Facemorph.FloatImage
Convolves in y-direction with two different filters at odd and even pixels respectively

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