Uses of Class
sugr.Element

Packages that use Element
sugr This package (SUGR) is a library for Statistically Uncertain Geometric reasoning.  
sugr.GUI This package includes two simple applets generated with the SUGR library. 
 

Uses of Element in sugr
 

Subclasses of Element in sugr
 class Affinity_2D
           This class contains constructors to build a Affinity_2D.
 class Affinity_3D
           This class contains constructors to build a Affinity_3D.
 class Entity
          Entity is the super-class of Point_xD, Line_xD and Plane_3D.
 class Homography_2D
           This class contains constructors to build a Homography_2D.
 class Homography_3D
           This class contains constructors to build a Homography_3D.
 class Line_2D
          Implementation of Line_2D
 class Line_3D
          Implementation of Line_3D
 class Motion_2D
          This matrix contains translation(2) and rotation(1) in 2D
 class Motion_3D
          This matrix contains Translation (3 parameters) and Rotation(3 parameters) in 3D just as needed for exterior orientation, for example.
 class Object_2D
           A common upper class for all 2D objects.
 class Object_3D
           A upper class for all 3D objects.
 class Plane_3D
          Implementation of Plane_3D
 class Point_2D
          Implementation of Point_2D
 class Point_3D
          Implementation of Point_3D
 class ProjectiveCamera
          This class represents a projective camera.
 class Rotation_2D
          Class containing rotation (1) constructors.
 class Rotation_3D
          class containing rotation(3) constructors.
 class ScaledMotion_3D
          This matrix contains Translation(3) and Rotation(3) and one Scalefactor for all three axis in 3D
 class Transformation
           This class contains main methods for transformations and their special cases.
 class Translation_2D
          class containing transformation(2) constructors
 class Translation_3D
          class containing transformation(3) constructors
 

Uses of Element in sugr.GUI
 

Methods in sugr.GUI with parameters of type Element
static boolean EstimationWrapper.estimate(Element e, RelationalProperty[] rprops, boolean doConditioning, int maxiter, RelationalProperty[] yhat)
          Call estimation function and deliver sigma0 and no_of_iterations in class variables.