A B C D E F G H I J K L M N O P Q R S T U V Z

D

D1 - Static variable in class sugr.Relation

D2 - Static variable in class sugr.Relation

D3 - Static variable in class sugr.Relation

DIM - Static variable in class sugr.Homography_2D

dimension must be set.

DIM - Static variable in class sugr.Homography_3D

dimension must be set.

DIM - Static variable in class sugr.Line_2D

DIM - Static variable in class sugr.Line_3D

DIM - Static variable in class sugr.Plane_3D

DIM - Static variable in class sugr.Point_2D

DIM - Static variable in class sugr.Point_3D

DIM - Static variable in class sugr.ProjectiveCamera

DIMC - Static variable in class sugr.ProjectiveCamera

Number of cols of projection matrix

DIMR - Static variable in class sugr.ProjectiveCamera

Number of rows of projection matrix

DOF - Static variable in class sugr.Line_2D

DOF - Static variable in class sugr.Line_3D

DOF - Static variable in class sugr.Plane_3D

DOF - Static variable in class sugr.Point_2D

DOF - Static variable in class sugr.Point_3D

DOF - Static variable in class sugr.ProjectiveCamera

DualMatrixC() - Static method in class sugr.Line_3D

Get the dualization matrix C with LDual=C*L.

d - Variable in class sugr.Relation

Represents the non-squared, non-normalized test value.

decision() - Method in class sugr.Relation

returns true if a relation between two elements (e.g l||m ) holds, and false if not

delColumn(int) - Method in interface sugr.linalg.Matrix

delete a column from A.

delColumn(int) - Method in class sugr.linalg.MatrixImplColt

delRow(int) - Method in interface sugr.linalg.Matrix

delete a row from A.

delRow(int) - Method in class sugr.linalg.MatrixImplColt

det() - Method in interface sugr.linalg.Matrix

Computes the determinant of the matrix

det() - Method in class sugr.linalg.MatrixImplColt

doCondition(RelationalProperty[]) - Static method in class sugr.BiRelationalProperty

Do conditioning of the observations.

doCondition(RelationalProperty[], double[]) - Static method in class sugr.BiRelationalProperty

Do conditioning of the observations.

doCondition(double[]) - Method in class sugr.Element

Condition that element with a set of conditioning factors.

doCondition(Entity[]) - Static method in class sugr.Entity

Do the conditioning of a set of entities.

doCondition(double) - Method in class sugr.Entity

Condition this element with a condition factor f.

doCondition(double[]) - Method in class sugr.Entity

Condition that element with a set of conditioning factors.

doCondition(double[]) - Method in class sugr.Homography_2D

Condition that element with a set of conditioning factors.

doCondition(double[]) - Method in class sugr.Homography_3D

Condition that element with a set of conditioning factors.

doCondition(double[]) - Method in class sugr.ProjectiveCamera

Condition that element with a set of conditioning factors.

doCondition(RelationalProperty[]) - Static method in class sugr.TriRelationalProperty

Do conditioning of the observations.Two factors for all first entities and all second entities are returned.

doCondition(RelationalProperty[], double[]) - Static method in class sugr.TriRelationalProperty

Do conditioning of the observations.

doConditionOneFactor(RelationalProperty[]) - Static method in class sugr.TriRelationalProperty

Do conditioning of the observations with one factor.

doHomography(Homography_3D) - Method in class sugr.example.MyChair

Applies Homography H to all elements (points, lines, planes)

doTesting(boolean) - Method in class sugr.Relation

This is the main routine. it tests two entities wether a given relation hold or not.