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

U

undoMask() - Method in class Facemorph.psychomorph.ImageZoomPanel

Undo the last Mask edit

unfold(double[]) - Method in class Facemorph.pga.MultiSpherePGA

Unfolds a sample into the tangent plane

unfold(double[]) - Method in class Facemorph.pga.SpherePGA

Unfolds a sample into the tangent plane

unfold(int) - Method in class Facemorph.tensor.Tensor

unfold method, unfolds along a dimension i

union(int, int) - Method in class Facemorph.haar.DisjointSets

union() unites two disjoint sets into a single set.

unvectorise(double[]) - Method in class Facemorph.oesf.Template3D

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

Turns an array representation back into a a template.

unvectoriseColourFloatImage(double[], int, int) - Static method in class Facemorph.tensor.Multilinear

Unvectorise an image to an array of FloatImage

unvectoriseImage(double[], int, int) - Static method in class Facemorph.tensor.Multilinear

Unvectorise an image

update(double[]) - Method in class Facemorph.Kalman

Update the estimate and model in light of the new observation z

update(PQplusElement) - Method in class Facemorph.multifilter.PQplus

Alter the value of the element in place and adjust the PQ appropriately

updateAppearance() - Method in class Facemorph.aam.CAAMPowell

Update the appearance model parameters

updateConstraints(int) - Method in class Facemorph.BSplineQuadTree

Final step in setting the constraints

updateLinearConstraints() - Method in class Facemorph.BSplineQuadTree

Final step in constructing the linear (affine) part of the warp/interpolation

updateResponses(FloatImage) - Method in class Facemorph.oesf.FilterSet

Update the responses to the filters fitlering this image

upperTriangularBacksub(double[], double[]) - Method in class Facemorph.BigMat

Solves AT=X for T where A = this and T and X are column vectors A must be upper triangular

upperTriangularInverseMultiply(BigMat) - Method in class Facemorph.BigMat

Calculates A^(-1)M where A = this is upper triangular, by using repeated backsubstitutions.

upsample(MultiscaleWarp, float[], int) - Method in class Facemorph.MultiscaleWarp

Upsample (expand) the small warp into this

upsample(MultiscaleWarpRB, float[], int) - Method in class Facemorph.MultiscaleWarpRB

Upsample small into this